COUNTER-IEDCAPABILITY MATURITY MODEL& SELF-ASSESSMENT TOOLBOB SEDDON & ALFREDO MALARET BALDOABOUT UNIDIRThe United Nations Institute for Disarmament Research (UNIDIR) is a voluntarily funded, autonomous
institute within the United Nations. One of the few policy institutes worldwide focusing on disarmament,
UNIDIR generates knowledge and promotes dialogue and action on disarmament and security. Basedin Geneva, UNIDIR assists the international community to develop the practical, innovative ideas
needed to find solutions to critical security problems.

ACKNOWLEDGEMENTS
Support from UNIDIR core funders provides the foundation for all the Institute’s activities. This researcharea of the Conventional Arms Programme is supported by the Government of France. Photos weremade available by Bob Seddon, the United Nations Mine Action Service (UNMAS), and the African
Union Mission in Somalia.

NOTE
The designations employed and the presentation of the material in this publication do not imply theexpression of any opinion whatsoever on the part of the Secretariat of the United Nations concerning
the legal status of any country, territory, city or area, or of its authorities, or concerning the delimitationof its frontiers or boundaries. The views expressed in the publication are the sole responsibility of theindividual authors. They do not necessary reflect the views or opinions of the United Nations, UNIDIR,
its staff members or sponsors.

CONTRIBUTORSThe authors would like to thank the following for their contributions: Abbas Kadhom Obaid,
Ambassador Yann Hwang, Alexander Ralf Riebl, Allison Dray, Andres Perez, Chad Houllis, Charlotte
Renckens, Colonel Major Nema Sagara, David Lockhead, Diana Castro, Douglas Leech, Elodie Hainard,
Frederique Gautier, Gareth Collett, James Revill, Katherine Prizeman, Lasha Giorgidze, Mark Davis,
Melanie Gerber, Michael Whited Jr., Miguel Angel Fuentes Peniza, Mike Lewis, Noel Hsu, Pascal Levant,
Sayed Musaddeq, Simon Yazgi and a number of serving officials who wish to remain anonymous. The
authors also thank UNIDIR staff who supported and guided this research, in particular Renata Dwan,
Himayu Shiotani, Manuel Martinez, Nora Doukkali, and Sebastian Wilkin.

www.unidir.org© UNIDIR 2020

TABLE OF CONTENTSEXECUTIVE SUMMARY............................................................................................................1
1

INTRODUCTION................................................................................................................ 3

2

PURPOSE, SCOPE, AUDIENCE, USE, AND CONSULTATIONS................................... 5
2.1 Purpose and Scope.............................................................................................................................................. 5
2.2 Audience................................................................................................................................................................... 5
2.3 How to Use This Document.............................................................................................................................. 5
2.4 Consultations.......................................................................................................................................................... 63

IED AND COUNTER-IED CONTEXT............................................................................... 9
3.1 Definitions................................................................................................................................................................ 9

3.1.1 IED Definition................................................................................................................................................... 9
3.1.2 Types of IED...................................................................................................................................................... 9

3.2 Components of an IED......................................................................................................................................10
3.3 Counter-IED Context..........................................................................................................................................11
3.4 What is a Capability Maturity Model?.........................................................................................................11

3.5 Why Use a Capability Maturity Model?......................................................................................................13
4

COUNTER-IED CAPABILITY MATURITY MODEL........................................................15
4.1 Characteristics of the Counter-IED Capability Maturity Model.........................................................15
4.2 Counter-IED Capability Maturity Levels.....................................................................................................15

5

UNIDIR’S COUNTER-IED CAPABILITY MATURITY SELF-ASSESSMENT TOOL.....19
5.1 Approaches to Addressing IED Proliferation..........................................................................................19
5.2 Upstream IED Counter-Proliferation Measures.......................................................................................195.2.1 National Policy, Legislation and Regulations.....................................................................................195.2.2 Security and Control of Explosives........................................................................................................20
5.2.3 IED Risk Education........................................................................................................................................20
5.2.4 Counter-IED Capability Development..................................................................................................215.2.5 Border Controls.............................................................................................................................................21

5.2.6 Control of IED Precursors..........................................................................................................................22

5.2.7 Regional and International Cooperation and Information Sharing..........................................24
5.2.8 Intelligence-Led Operations.....................................................................................................................24

5.3 Downstream IED Counter-Proliferation Measures.................................................................................25
5.3.1 IED Response – Render Safe.....................................................................................................................25
5.3.2 IED Response – Scene Exploitation........................................................................................................26
5.3.3 Recovered Evidence Analysis...................................................................................................................26
5.3.4 Information Management.........................................................................................................................26
5.3.5 Technical Exploitation of Recovered IEDs............................................................................................27
5.3.6 Identification of Perpetrators...................................................................................................................27

5.3.7 Judicial Process..............................................................................................................................................27
5.3.8 Development of IED Countermeasures................................................................................................28
6

USING UNIDIR’S COUNTER-IED CAPABILITY MATURITY
SELF-ASSESSMENT TOOL.............................................................................................31
6.1 Introduction to Using the Counter-IED Self-Assessment Tool..........................................................31
6.2 Using the Data Visualization Tool.................................................................................................................31
6.2.1 Entering Data into the Data Visualization Tool.................................................................................31
6.2.2 Displaying Results in the Data Visualization Tool............................................................................33

6.3 Assessing Upstream Counter-IED Maturity..............................................................................................34
6.3.1 Upstream Counter-IED Measures: National Policy, Legislation and Regulations...............34
6.3.2 Upstream Counter-IED Measures: Security and Control of Explosives...................................36

6.3.3 Upstream Counter-IED Measures: IED Risk Education..................................................................38

6.3.4 Upstream Counter-IED Measures: Counter-IED Capability Development.............................40

6.3.5 Upstream Counter-IED Measures: Border Controls........................................................................426.3.6 Upstream Counter-IED Measures: Control of IED Precursors.....................................................44

6.3.7 Upstream Counter-IED Measures: Regional and International Cooperation andInformation Sharing...............................................................................................................................................47

6.3.8 Upstream Counter-IED Measures: Intelligence-Led Operations...............................................48

6.4 Assessing Downstream Counter-IED Maturity........................................................................................51
6.4.1 Downstream Counter-IED Measures: IED Response – Render Safe.........................................51

6.4.2 Downstream Counter-IED Measures: IED Response – Scene Exploitation............................54

6.4.3 Downstream Counter-IED Measures: Recovered Evidence Analysis........................................56

6.4.4 Downstream Counter-IED Measures: Information Management.............................................57

6.4.5 Downstream Counter-IED Measures: Technical Exploitation of Recovered IEDs................59
6.4.6 Downstream Counter-IED Measures: Identification of Perpetrators........................................61

6.4.7 Downstream Counter-IED Measures: Judicial Process..................................................................62

6.4.8 Downstream Counter-IED Measures: Development of IED Countermeasures....................64

FIGURES		
Figure 1. Components of an IED...............................................................................................................................10
Figure 2. A Five-Level Capability Maturity Model..............................................................................................12
Figure 3. Counter-IED Capability Maturity Model Proposed Levels...........................................................15
Figure 4. Upstream and Downstream Components of Counter-IED Capability.....................................19
Figure 5. Data Visualization Tool — Data Entry..................................................................................................32

Figure 6. Data Visualization Tool — Display of Results....................................................................................33

TABLES
Table 1. EU Restricted Explosive Precursors..........................................................................................................23
Table 2. EU Reportable Explosive Precursors........................................................................................................23
Table 3. Summary of Upstream Counter-IED Activities....................................................................................34

Table 4. Summary of Downstream Counter-IED Activities..............................................................................51

LIST OF ACRONYMS AND ABBREVIATIONSACTO		

(ammunition) attractive to criminal or terrorist organizations

C-IED CMCounter-IED Capability Maturity (Level)

C-IED CMM

Counter-IED Capability Maturity Model

COMINT

communications intelligenceCMM		

capability maturity model		ECM		electronic countermeasures

ELINT

electronic intelligenceEOD		

explosive ordnance disposalEU		

European Union

HUMINT

human intelligence

IED		

improvised explosive device

IEDD		

improvised explosive device disposal (or defeat)IM

information management

INTERPOL

International Criminal Police Organization

OSINT

open source intelligence

RCIED

radio-controlled improvised explosive device

RCV		

remote-controlled vehicle

SIGINTsignals intelligenceSIM		

subscriber identity module

UNIDIR

United Nations Institute for Disarmament Research

UXO		

unexploded ordnance

WCO		

World Customs Organization

TERMS AND DEFINITIONSThis document does not provide a comprehensive glossary of terms and definitions. A
complete list of terms and definitions can be found in the United Nations Improvised Explosive
Device Lexicon, produced by the United Nations Mine Action Service and available here:
https://unmas.org/en/improvised-explosive-device-lexicon

ABOUT THE RESEARCH TEAMBOB SEDDON spent 27 years in the British Army in a variety of ammunition, explosive
ordnance disposal (EOD), weapons intelligence, special projects and related policy
appointments. He commanded an EOD squadron in Great Britain and a regularregiment in Northern Ireland and has served on operations all over the globe. In his
final military appointment, he was the Principal Ammunition Technical Officer andthe British Army’s competent authority and inspector for improvised explosive device
disposal, weapons intelligence and explosive safety. He now works principally in theareas of explosive threat mitigation and capability development. He is a Chartered
Engineer and has a first degree in Command and Control, Communications andInformation Systems and master’s degrees in Design of Information Systems, Explosive
Ordnance Engineering, and Defence Studies.
ALFREDO MALARET BALDO is a Research Associate with UNIDIR’s ConventionalArms Programme. He coordinates the Urban Violence research portfolio. Alfredo
specializes in public policy analysis, urban violence reduction strategies, and linkages
between security and development efforts. Alfredo joined UNIDIR after working for
the Stockholm International Peace Research Institute, the United Nations Regional
Centre for Peace, Disarmament and Development in Latin America and the Caribbean,
and for Ret. US Ambassador Dennis Jett. He has a bachelor’s degree in Political Scienceand master’s degrees in Public Affairs from Brown University and International Affairs
and Economic Development from The Pennsylvania State University.

EXECUTIVE SUMMARY
Improvised explosive devices (IEDs) pose a major threat to societies around the globe.

As noted by the United Nations General Assembly in 2018: “The devastation causedby the increasing use of improvised explosive devices by illegal armed groups, terrorists
and other unauthorized recipients … has affected a large number of countries and has
resulted in thousands of casualties, both civilian and military”.1 Against this background,the United Nations General Assembly, mandated the United Nations Institute for
Disarmament Research (UNIDIR) to develop “a voluntary self-assessment tool to assist
States in identifying gaps and challenges in their national regulation and preparedness
regarding improvised explosive devices”.2
The purpose of this document is to assist States in the development of coherent national
responses to the threat posed by IEDs. It could also help donors assess the likely scaleof contributions and the priority of work in enhancing national counter-IED capabilities.
This document is structured in three broad parts: The first (sections 1-4) provides abrief introduction and sets the context of the problem. The second (section 5) provides
the rationale for applying a capability maturity model and describes the Counter-IED
Capability Maturity Model (C-IED CMM). The third (section 6) describes the UNIDIR SelfAssessment Tool, which is based on the C-IED CMM.
The term “counter-IED” is used in its broadest possible context and includes all activities
a State may undertake to prevent and mitigate the use of IEDs. Components of counterIED capability are divided into two categories: upstream components, which are focusedon those activities aimed at deterring or preventing IED events from taking place, anddownstream components, which are associated with responding to a particular IED
event or mitigating an IED event should it occur. The general premise of the model isthat the greater the maturity and effectiveness of upstream measures, the fewer
downstream measures are required to counter the use of IEDs.
Readers requiring an overview of the methodology for assessing State preparedness
for dealing with IEDs should scan sections 1 to 5 of this report to familiarize themselveswith the five levels of maturity defined within the C-IED CMM. Readers involved in thedetailed assessment of counter-IED preparedness should immerse themselves in section
6, which describes how the C-IED CMM should be applied and how the Self-Assessment
Tool should be used. A simple data visualization application, accessible via a hyperlink
provided in section 6, has been developed to aid users in the collation of assessment
data and the display of results. The output from the Self-Assessment Tool is a set ofindicative capability maturity levels for the upstream and downstream components ofcounter-IED capability.

1 General Assembly, Countering the Threat Posed by Improvised Explosive Devices, UN document A/
RES/73/67, 5 December 2018.
2 General Assembly, Countering the Threat Posed by Improvised Explosive Devices, UN Document A/
RES/71/72, 5 December 2016, para. 20

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1 INTRODUCTION
Improvised explosive devices (IEDs) pose a major threat to societies around the globe.
As noted by the United Nations General Assembly in 2018:
The devastation caused by the increasing use of improvised explosive devices byillegal armed groups, terrorists and other unauthorized recipients … has affected alarge number of countries and has resulted in thousands of casualties, both civilian
and military.3
The threat posed by the IED in many parts of the world is considerable and increasing,with complex dynamics, summarized by the following excerpt:
The IED is the weapon of choice for the overlapping consortium of networks operating
along the entire threat continuum — criminal, insurgent, and terrorist alike. Threat
networks use IEDs because they are cheap, readily available, easy to construct, lethal,and effective. The IED is a weapon used strategically to cause casualties, create
the perception of insecurity, and influence national will. This threat is complex andtransnational in nature, representing layers of interdependent, inter-connected global
threat networks, and support systems.4
The IED is an indiscriminate weapon, and its effects are felt most acutely by civilians. For
example, the use of victim-operated IEDs can render large areas uninhabitable and have
similar long-term effects to the use of anti-personnel and anti-tank landmines.
In 2016, the United Nations Institute for Disarmament Research (UNIDIR) was mandated
by the United Nations General Assembly to develop “a voluntary self-assessment
tool to assist States in identifying gaps and challenges in their national regulation andpreparedness regarding improvised explosive devices”.5
In response to this request, UNIDIR developed this Counter-IED Capability Maturity Modeland Self-Assessment Tool. To ensure the production of a Tool that is fit-for-purpose,
UNIDIR solicited comments and inputs from a wide variety of stakeholders throughout
the development process. The main mechanisms for feedback and consultation havebeen the extensive circulation of draft versions, two informal expert review meetings,
and pilot testing in varying capacity contexts.

3 General Assembly, Countering the Threat Posed by Improvised Explosive Devices, UN document A/
RES/73/67, 5 December 2018.
4 Joint Improvised Explosive Device Defeat Organization, JIEDDO Counter-Improvised Explosive Device
Strategic Plan, 2012-2016, 1 January 2012.
5 General Assembly, Countering the Threat Posed by Improvised Explosive Devices, UN Document A/
RES/71/72, 5 December 2016, para. 20

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2 PURPOSE, SCOPE, AUDIENCE, USE, AND
CONSULTATIONS
2.1 PURPOSE AND SCOPE
This document is designed to assist States in the development of coherent national
responses to the threat posed by IEDs. This is not solely the province of the technicalexperts involved in rendering safe IEDs, the document is therefore aimed at all who
have an interest in developing or enhancing counter-IED capabilities. It could also
help donors assess the likely scale of contributions and the priority of work in enhancing
national counter-IED capabilities.
This document is structured in three broad parts: the first (sections 1-4) provides a brief
introduction and sets the context of the problem. The second (section 5) provides therationale for applying a capability maturity model (CMM) and describes the C-IED CMM.
The third (section 6) describes the Self-Assessment Tool, which is based on the C-IED
CMM.

2.2 AUDIENCEThis document is intended for use by:»

Senior government officials and policymakers to influence those who have control
over the allocation of resources and those who may be involved in the developmentof national legislation, policies and capabilities for countering IEDs.

»

Government officers and members of the police and military units who are
involved in developing capabilities and responding to the use of IEDs.

»

Donors and the staff of international and non-governmental organizations andother entities involved in the delivery of national capacity development projects
relating to counter-IED. The Counter-IED Capability Maturity Model and SelfAssessment Tool provide a means by which a State’s national preparedness may beassessed and inform how international assistance may be applied to best effect.

2.3 HOW TO USE THIS DOCUMENT
Those requiring an overview of the methodology for assessing State preparedness for
dealing with IEDs should read sections 1 to 5 of this report to familiarize themselves withthe five levels of maturity defined within the C-IED CMM. Those involved in the detailed
assessment of counter-IED preparedness should immerse themselves in section 6, which
describes how the C-IED CMM should be applied and how the Self-Assessment Tool
should be used. Section 6 also contains a hyperlink for a Data Visualization Tool.
This Self-Assessment Tool is a framework for States to self-identify gaps and challenges
in their national preparedness. In practice, this means that this tool is designed for States
to gauge themselves the maturity of their own counter-IED capabilities. Use of thistool provides States with an overview of their current counter-IED capability maturity
level; thus, indicating areas where attention is required to enhance national capabilities.
Should assistance be required in utilizing this tool, UNIDIR could, upon request, provide
technical guidance. Utilizing the Self-Assessment Tool is voluntary and any data that may
be generated when utilizing the tool is the sole property of the State, unless otherwise
agreed between parties that may be involved in undertaking joint assessments.
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2.4 CONSULTATIONSWith a view to develop a fit-for-purpose Counter-IED Capability Maturity Model and
Self-Assessment Tool, UNIDIR engaged in a series of steps to solicit and incorporate
feedback from a variety of stakeholders involved in countering the proliferation of IEDs.
These consultations involved an initial expert meeting, in August 2019, hosted by thePermanent Representation of France to the Conference on Disarmament in Geneva, to
aid in the conceptualization of the tool. Subsequently, UNIDIR circulated an initial draft tosolicit written feedback and hosted a second expert review meeting, in November 2019,
for an in-depth review of the initial draft. After incorporating inputs from the first roundof written feedback and the second expert review meeting, UNIDIR re-circulated the
updated draft to a wider network of stakeholders for continued advise and comments.
An advance version of this document was made available, upon request, to all HighContracting Parties to Amended Protocol II to the Convention on Prohibitions or
Restrictions on the Use of Certain Conventional Weapons Which May Be Deemed to Be
Excessively Injurious or to Have Indiscriminate Effects (CCW). High Contracting Parties
were encouraged to provide feedback and comments in writing and/or test the tool inpractice, as considered appropriate.
In total, this document was distributed to more than 70 stakeholders, many of whom
provided valuable support and key inputs. To conclude the consultative process, UNIDIR
carried out two pilot testing activities, in varying capacity contexts and in different
languages, to ensure this tool matched up to the realities of countering the threat posed
by IEDs.

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3 IED AND COUNTER-IED CONTEXT
3.1 DEFINITIONS
3.1.1

IED Definition
An IED is defined as:
A device placed or fabricated in an improvised manner incorporating destructive, lethal,
noxious, pyrotechnic or incendiary chemicals and designed to destroy, incapacitate,harass or distract. It may incorporate military stores, but is normally devised from nonmilitary components.6
For the purposes of this report and the Self-Assessment Tool, the following types of
weapon system are considered “out of scope”:»

Devices containing chemical, biological, radiological or nuclear materials»

Conventional weapons»

Conventional ammunition (though high explosive shells, bombs and missile warheads
may be incorporated into IED main charges)»

Mines (anti-personnel and anti-vehicle/tank, though un-fuzed anti-tank mines may
be incorporated into IED main charges)7

3.1.2 Types of IED
IEDs may be classified by function:»

Command IED. An IED where the precise time of initiation of the device is controlled
by the perpetrator. A wide variety of command initiation methods are available,
including radio control, command wire, command pull and projectile control.

»

Time-operated IED. An IED designed to function after a predetermined delay. Timedelays may be achieved through mechanical, chemical, electrical or pyrotechnicmeans.

»

Victim-operated IED. An IED activated by the actions of an unsuspecting individual.
It requires the intended target to carry out some form of action that will cause
the IED to function. A wide variety of victim-operated methods are used, includingpressure plate, tripwire, light initiation, movement, collapsing circuit and anti-lift.

»

Projected IED. An IED launched from some form of improvised baseplate with theintention of defeating perimeter security measures.

6 United Nations Mine Action Service, Improvised Explosive Device Lexicon, 2016, https://unmas.org/sites/
default/files/unmas_ied_lexicon_0.pdf.
7 Some groups that commit acts of terrorism mass-produce anti-personnel and anti-vehicle victim-operated
IEDs to a similar pattern. While these weapons have some characteristics that allow them to be classified fully
as mines, their improvised nature means that they are also classified as IEDs, as defined in the United Nations
Improvised Explosive Device Lexicon.

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9»Suicide IED. An IED initiated by the attacker at the time of their choosing in which
they intentionally kill themselves as part of the attack, or possibly to deny capture.8

3.2 COMPONENTS OF AN IEDIED Container

Power
SupplyMain
ChargeInitiator

Firing Switch

The five principal components of an IED are shown in Figure 1.
Figure 1. Components of an IED.

Figure 1 shows a typical IED configured for electrical initiation. Some IEDs use nonelectrical means of initiation, such as clockwork timers, chemical action or cocked strikers
to release energy to initiate an explosive charge.
In considering the development of effective strategies for the denial of IED components,
consideration must be given to the dual-use nature of many IED components andprecursors. Regulation and control of the following components may be effective in
reducing the proliferation of IEDs:»

Initiator. All IEDs require some form of initiator, and it is usually in the form ofa manufactured (commercial or military) or home-made detonator.9 The initiator
is a critical component of all IEDs, and effective State control of these items is aprerequisite to managing IED proliferation.

»

Main charge. The main explosive charge of an IED may consist of one or more of
the following types of explosive:o Bulk commercial explosives (e.g. dynamites, gelignites and ammonium nitratebased explosives used in the extractive industries)

8 United Nations Mine Action Service, Improvised Explosive Device Lexicon, 2016, https://unmas.org/sites/
default/files/unmas_ied_lexicon_0.pdf.
9 Also known as a “blasting cap”.

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UNIDIRo Military bulk explosives (e.g. plastic explosives, TNT demolition charges)
o Military ordnance containing high explosives (e.g. artillery shells, aircraft bombs,
missile warheads)10o Home-made explosive compounds (e.g. organic peroxides such as Triacetone
Triperoxide and Hexamethylene Triperoxide Diamine)o Home-made explosive mixtures (e.g. fuel–oxidizer explosive compositions basedon nitrates, chlorates or perchlorates)»

Electronic switches. The firing and arming switches of IEDs may be based onubiquitous electronic components that are impossible to regulate. It may, however,
be possible to regulate and control the more sophisticated electronic systems
associated with radio-controlled IEDs (RCIEDs) (e.g. transmitters and receivers,dual-tone modulated frequency switches, complete industrial radio-frequencybased switching systems).

3.3 COUNTER-IED CONTEXTThe IED is not a new weapon; it has been used over many decades. What is new is thegeneral recognition that the IED is an effective asymmetric weapon that may be used toattack a stronger, conventionally armed opponent. In recent years, the term “counterIED” has been defined by some as:
The collective efforts to defeat the IED system by attacking the networks, defeating thedevice, and preparing a force.11
For the C-IED CMM and the Self-Assessment Tool, the term “counter-IED” is usedin its broadest possible context and includes all activities a State may undertaketo prevent and mitigate the use of IEDs.12 Components of counter-IED capability
are divided into two broad categories: upstream components, which are focused on
those activities aimed at deterring or preventing IED events from taking place, anddownstream components, which are associated with responding to a particular IED
event or mitigating an IED event should it occur.

3.4 WHAT IS A CAPABILITY MATURITY MODEL?
CMMs were first developed by the US Department of Defense to assess the capability ofcontractors to deliver complex software-based programmes.13 A CMM may be considered
as a set of structured levels that describe how well the behaviours, practices and processesof an organization can reliably and sustainably produce required outcomes. One of the
key benefits to be accrued from employing a CMM is that it provides a benchmark, or a
10 Military munitions that fall into the category of “ammunition attractive to criminal and terrorist organizations” are particularly vulnerable to illicit diversion and inclusion in IEDs. In recent years, groups that commit
acts of terrorism have sought to make extensive use of any military munition containing substantial quantities
of high explosive; aircraft bombs, artillery shells, missile warheads and anti-tank mines have been particularly
sought-after items for inclusion in IED main charges.
11 NATO, Allied Joint Doctrine for Countering-Improvised Explosive Devices, AJP-3.15(C), February 2018,
p. 1-5. https://assets.publishing.service.gov.uk/government/uploads/system/uploads/attachment_data/
file/686715/doctrine_nato_countering_ied_ajp_3_15.pdf
12 As noted in United Nations General Assembly resolution A/RES/71/72, 2016, a “whole of government
approach” is essential for comprehensive action to prevent and mitigate the use of IEDs. The C-IED CMM andthe Self-Assessment Tool also encourage a whole of government approach to fully address the cross-cutting
nature of the IED threat.
13 W.S. Humphrey, “Characterizing the Software Process: A Maturity Framework”, IEEE Software, vol. 5, no. 2,
1988, pp. 73–79.

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set of references, for the basis of comparison. A CMM may also indicate capability gaps
and areas where process improvement may be required.
CMMs provide a means by which people, processes and technology may be qualitatively
assessed, and most are based on a five-level maturity model; a typical example is shownin Figure 2. A key characteristic of all maturity models is that as the organization’s
capability increases, the maturity level also increases.
The key changes between each level in the five-level maturity model are as follows:»

Initial (1). The process is characterized as ad hoc and, occasionally, even chaotic.
Few processes are defined, and success depends on individual effort.

»

Repeatable (2). Basic management processes are established, and the necessary
process discipline is in place to repeat earlier successes on projects with similar
applications.

»Defined (3). The process is documented, standardized and integrated into theorganization’s overall business processes.

»

Managed (4). Detailed measures of process and product quality are collected, andthe products and processes are quantitatively understood and controlled.

»

Optimizing (5). Continuous process improvement is enabled by quantitative
feedback from the process and from piloting innovative ideas and technologies. 14

Optimizing(5)

Managed(4)

Defined(3)

Repeatable(2)

Initial(1)

Figure 2. A Five-Level Capability Maturity Model.14

14 M.C. Paulk et al., Capability Maturity Model for Software, Version 1.1, Software Engineering Institute, CMU/
SEI-93-TR-24, 1993.

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UNIDIR3.5 WHY USE A CAPABILITY MATURITY MODEL?
CMMs have been widely adopted across many areas as they address the difficulty ofachieving consistent improvement in complex domains.
The key advantages of using CMMs are that they:»

Provide a common and consistent mechanism for comparing organizations»

Can indicate critical capability gaps and areas that need to be addressed to enableorganizational improvement»

Provide a common language and frame of reference for assessing maturity andprogress»

Allow the experience and lessons learned by others to be applied, thus reducing
the time required to introduce improvements

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4 COUNTER-IED CAPABILITY MATURITY MODEL
4.1 CHARACTERISTICS OF THE COUNTER-IED CAPABILITY MATURITYMODEL
The C-IED CMM draws on the same basic principles employed in other widely used CMMs.
The C-IED CMM has been developed to support UNIDIR’s Self-Assessment Tool, and theoutput from the tool is an indication of the current counter-IED capability maturity level.
The development of counter-IED capability is not a purely linear process, and themodel represented here is a simplification to provide broad metrics for evaluationand comparison.
The C-IED CMM has been designed to be intuitive and simple to apply and provides
a qualitative rather than quantitative assessment of the current counter-IED capability
maturity level. It is not intended to act as a route map toward enhancing nationalcounter-IED capabilities but to indicate areas where attention is required to enhancenational capabilities. The principal features of the C-IED CMM are:»

As C-IED capability maturity levels increase, national counter-IED capabilities arealso enhanced.

»

Increasing C-IED capability maturity levels requires the application of effort and,critically, takes time.

The time required to increase counter-IED capability maturity is important as it may
be possible for groups that commit acts of terrorism to acquire and employ IEDs in asignificantly shorter time frame than that required by the State to respond effectively.
This is the cycle of IED and counter-IED institutionalization, which can be demonstrated
graphically for a number of countries that have faced the wrath of the IED. The C-IED
CMM therefore has applicability for States that do not currently face a significant IED
threat and may be considering what contingency arrangements are required to acquire
suitable counter-IED capabilities should an IED threat emerge in the future.

4.2 COUNTER-IED CAPABILITY MATURITY LEVELS
Proposed counter-IED capability maturity levels are shown in Figure 3. (These are referred to as
the “C-IED CM” levels throughout the model and the Self-Assessment Tool.)
C-IED CM
Level 5Optimizing
C-IED CM
Level 4Managed

Increasing
Counter-IED
Capability

C-IED CM
Level 3Defined
C-IED CM
Level 2Developing

C-IED CM
Level 1Initial

Time

Figure 3. Counter-IED Capability Maturity Model Proposed Levels.

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C-IED CM Level 1 – Initial. The approach to countering IEDs is not well defined,
and the process of countering IEDs is conducted by low-level units responding
with little or no equipment or training and not in accordance with a nationallydefined policy. Generally, States at C-IED CM Level 1 can fall into three categories:
those that do not face a significant IED threat, those that do not know they havean IED threat owing to a lack of understanding, and those that have only recently
started to witness the impact of IEDs on their population. States assessed to
be at C-IED CM Level 1 that are facing significant IED threats generally require
substantial external support and assistance, the most urgent generally being in
the areas of personnel development, training, equipment capability, and policy
and strategy development.

»

C-IED CM Level 2 – Developing. The State understands that it has an issue
with the use of IEDs, and the basic legislative and regulatory framework is inplace to establish the judicial basis for countering IEDs. At the operational andtactical levels,15 entities involved in countering and responding to IEDs may still
possess significant capability gaps, and the technical and procedural means to
exploit recovered IEDs are not generally present. At C-IED CM Level 2, States
generally still require significant external support and assistance but have someunderstanding of their own capability gaps. For external entities, it is important toemphasize the need for a holistic national counter-IED strategy and to not rely on
unrealistic technical solutions. It may be necessary to deliver life-saving technicalsolutions to reduce the level of attrition as capacity develops, but donors should
not see this as the end of the commitment.

»

C-IED CM Level 3 – Defined. The State has probably faced a substantial IED
threat for some time and has been engaged in a protracted campaign againstgroups that commit acts of terrorism and that have employed IEDs. It is likely that
the State’s security apparatus has sustained significant casualties, learning hard
lessons on how to counter IEDs. At C-IED CM Level 3, there are generally competentand effective entities involved in countering IEDs, and they operate within afairly well-defined national policy framework. Entities involved in responding
to IED incidents may articulate the need to acquire more complex counter-IED
capabilities, such as protected vehicles, electronic countermeasures (ECMs),
equipment to counter the use of RCIEDs, and other sophisticated equipment tolocate and render safe IEDs. It is also likely at this level that the police will seek
better capabilities to preserve, recover and analyse forensic evidence, though
they are unlikely to have the capability to analyse and use the more complex
forensic processes. The State’s approach is probably still focused on national,
as opposed to regional, measures to counter IEDs. States at this maturity level
generally have a substantial appetite for international assistance and a goodunderstanding of what new capabilities and assistance are required. For donors,
the most productive assistance measures are those based on building standalone and enduring national capabilities with a defined exit strategy.

»

C-IED CM Level 4 – Managed. At C-IED CM Level 4, the State has generally a very
good understanding of the nature of the current IED threats it is facing and has
well-proven measures to deal with IEDs. Comprehensive policies and technicaloperating procedures exist to allow for all relevant evidence from IED scenes
to be collected and analysed. The State is also capable of mounting proactive,
intelligence-led operations against groups that may wish to employ IEDs. There
may also exist a degree of cross-border, regional or international cooperation

15 In the context of an IED threat this could also be viewed at the district or governorate levels, rather thanthe purely military definitions of the operational and tactical levels of conflict.

16

UNIDIRto address transnational IED threats and to assist in the interception of supply
chains.
»C-IED CM Level 5 – Optimizing. At C-IED CM Level 5, the State has a fully
functioning apparatus that can deal with the complete range of IED threats.
International cooperation is most often based on the exchange of mutually
beneficial IED intelligence. At this maturity level, the State can both countercurrent threats and predict and respond to emerging threats, and it is an intelligent
customer when acquiring new counter-IED capabilities.

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18

UNIDIR5 UNIDIR’S COUNTER-IED CAPABILITY MATURITY
SELF-ASSESSMENT TOOL
5.1 APPROACHES TO ADDRESSING IED PROLIFERATION
A thorough understanding of the IED system16 is a prerequisite to developing andevaluating the effectiveness of IED counter-proliferation measures. One possible
approach is to consider IED events as a part of a wider system: for an IED attack to beundertaken, a number of linked activities also need to take place. A generic approach fordescribing the State response to an IED event is shown in Figure 4.

Figure 4. Upstream and Downstream Components of Counter-IED Capability.

5.2 UPSTREAM IED COUNTER-PROLIFERATION MEASURES
5.2.1 National Policy, Legislation and Regulations
Security is the universal and fundamental desire of most people. It includes both personalsafety (for self, family and livelihood) and freedom from fear, together with State stability
and good governance. Arguably, it is the key government responsibility and must bepart of a government’s accountability for economic and social development and thewell-being of its citizens, especially the poor and vulnerable. The IED is a weapon thatcreates personal safety issues, instils fear, destabilizes, impacts sustainable development
goals, impedes commerce, obstructs humanitarian response and thrives under poor
governance.
The glue that holds together most successful national approaches to counter-IED isan overarching policy that defines a “whole of government approach” to preventing
and mitigating the effects of IEDs used. An effective counter-IED strategy most often
16 The term “IED system” is used in its broadest context. Groups that commit acts of terrorism employing IEDs
have their own specific characteristics and nuances. Transnational terrorist groups such as Da’esh/ISIL havevery different approaches to the use of IEDs from criminals using IEDs to protect or sustain the production anddistribution of narcotics.

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requires a coordinated, cross-government approach, and this should ideally be led by asuitably resourced and empowered single government ministry or department.
Effective security sector governance and compliance with the rule of law are fundamental
to all successful counter-IED activities. It is essential that suitable national legislationprohibits all activities associated with the development, acquisition of components,
manufacture and use of IEDs. This upstream component of counter-IED capability is thenatural mirror of the downstream component “judicial process”. National legislation andregulations should also cover the lawful use of explosives (and explosive precursors),
and these regulations should include:»

The lawful acquisition, control, transport, storage and end use of explosives bycivilian entities (e.g. industries associated with mining, quarrying, exploration andextraction of oil and gas, and civil engineering and demolition)»

The acquisition, storage and use of ammunition and explosives by the armed forces
and the law enforcement community»

The storage and transport of explosives

The most effective regulatory regimes are those that are introduced with the cooperationand support of both commerce and government. In States where considerable quantities
of commercial explosives are used in the extractive industries, it is important that
adequate consideration is given to security and control from the point of manufacture
or import to the point of end use. It is also essential that appropriate legislation andregulations are supported by an effective enforcement or assurance regime.
5.2.2 Security and Control of Explosives
Diversion of lawfully held explosives has been a significant source of explosives usedby many criminals and groups that commit acts of terrorism. The State should ensurethat all legitimate stockpiles of manufactured explosive are denied as a source of
explosives for IEDs, and the following should be considered:»Effective security and control of State ammunition and explosive stockpiles17»

Effective security and control of explosives held by authorized civilian entities»

Guarding or removal of unexploded ordnance (UXO) on military ranges and former
conflict zones, and mines in legacy minefields 18

5.2.3 IED Risk Education
Risk education is one of the five pillars of mine action, and it relates to all activities
aimed at reducing the risk of injury from mines and other UXO by raising awareness andpromoting behavioural change through public information campaigns, education andtraining, and liaison with communities.
The significant growth in casualties as a result of the use of IEDs underpins the needfor effective IED risk education. Furthermore, the indiscriminate and increasing use of
17 This subject falls under the generic heading of physical security and stockpile management. For further
practical information see UNIDIR, Utilizing the International Ammunition Technical Guidelines in ConflictAffected and Low-Capacity Environments, 2019.
18 In Somalia, military explosives such as TNT have been harvested from UXO and then incorporated either as
the main charge in victim-operated IEDs and RCIEDs or as a booster in a vehicle-borne IED employing a verylarge home-made main explosive charge.

20

UNIDIRboth victim-operated IEDs and suicide IEDs has led to a significant increase in civilian
casualties over time.
IED risk education should also be undertaken by State security elements that are notdirectly involved in the clearance of IEDs or the exploitation of IED scenes. Other first
responders, such as the civil police, fire and rescue services, and medical services, mayalso be the target of IEDs. These services should be provided with appropriate educationand training so that they can identify, avoid and report suspected IEDs.
5.2.4 Counter-IED Capability Development
National counter-IED measures cover the full panoply of capabilities required for theState to effectively counter the use of IEDs, including:»An understanding of the security environment and legal framework in which all
those with the ability to implement a counter-IED strategy operate»

Development of a national counter-IED strategy that defines how the IED will bedefeated within the context of existing or proposed government structures19»

Provision of suitably trained and equipped military or police IED disposal or IED
defeat (IEDD)20 teams to render safe recovered IEDs and to ensure that scenes where
IEDs have functioned are safe for forensic exploitation by law enforcement agencies»

Provision of suitable IED awareness and training to the police and military forces
who may be required to operate in an IED threat environment»

Development of appropriate national capabilities, or bilateral agreements withinternational partners, to deal with the forensic exploitation and analysis of IED
incidents and recovered IED material»

Effective control of borders and the monitoring of the import of IED-related
precursors»

IED awareness for the civilian population»

Horizon scanning and the development of timely responses to predicted future IED
threats

5.2.5 Border Controls
Effective border controls have a critical role to play in countering the proliferation of
IEDs. These borders may be littoral21 as well as inter-State.22 Global Shield23 is a good
example of a successful international programme. The objectives24 of the Global Shieldprogramme are to:19 Often, a whole of government approach is advocated for the development of an effective nationalcounter-IED strategy. What is required, as a minimum, is a degree of cooperation between the Ministries or
Departments of Interior, Defence, Justice, Customs, and the State intelligence agencies in order that national
resources may be mobilized and used in an effective and coordinated fashion.
20 “IED disposal” and “IED defeat” are both commonly used terms and may be considered interchangeable.
21 Littoral in this context refers to a maritime border
22 Yemen is an example of a State that has a maritime IED threat as well as an IED threat on land.
23 Global Shield is a joint initiative between the World Customs Organization (WCO), INTERPOL and theUnited Nations Office on Drugs and Crime. It was initiated in November 2010 and is supported as an ongoingprogramme by the WCO.
24 WCO, “Improvised Explosive Devices (IEDs) Programme Global Shield”, www.wcoomd.org/en/topics/enforcement-and-compliance/activities-and-programmes/security-programme/programme-global-shield.aspx.

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»Promote cooperation among customs and police administrations in combating theillicit diversion of materials used to manufacture IEDs»

Raise global awareness of the increased threat posed by precursor chemicals andother dual-use materials that can be used to manufacture IEDs»

Engage with private industry players to establish best practice programmes to avoid
the illicit diversion of precursor chemicals and other dual-use materials that canbe used to manufacture IEDs (this is also relevant for the internal control of IED
precursors)»

Train customs officers in the detection and handling of IED materials»

Train trainers in all parts of the world in order for them to be able to deliver nationalor regional trainings»

Identify and seize illicit shipments of IED materials and communicate these seizures
to other programme participants and partner organizations through a securecommunication platform»

Initiate investigations and other enforcement activities regarding illicit shipments(backtracking investigations)»

Identify and share best practices to combat the illicit diversion and trafficking of IED
materials»

Monitor and track legitimate shipments of IED materials to identify the patterns,
diversity and extent of illicit international trade»Through risk-based targeting, facilitate legitimate trade in precursor chemicals andother dual-use materials that can be used to manufacture IEDs

Support for the Global Shield initiative has been further noted by the United Nations
General Assembly, which recognizes the initiative’s important role in preventing thesmuggling and illicit diversion of precursor chemicals that could be used to manufacture
IEDs.25
In low-capacity and conflict-affected environments, many of the materials employedin the manufacture of IEDs are imported.26 In these circumstances, effective bordercontrols and proactive transnational tracking and monitoring of IED precursors may
pay dividends in identifying those involved in the illicit supply of IED components andexplosive precursors.
5.2.6 Control of IED Precursors
Explosive precursors are chemical substances that can be used for legitimate purposes but

may also be misused in the manufacture of home-made explosives. One of the issues
facing all States is the dual-use nature of most of the precursors used in the manufactureof IEDs. In States where effective controls on military and civil explosives exist, groups
intent on using IEDs will seek to manufacture home-made explosives. Home-made25 General Assembly, Countering the Threat Posed by Improvised Explosive Devices, UN document A/
RES/72/36, 4 December 2017. Based on: General Assembly, General and Complete Disarmament: Report of theFirst Committee, UN document A/72/409, 13 November 2017.
26 Many States lack the domestic industrial infrastructure; hence, the imposition of effective controls atborders can inhibit the ability of groups that commit acts of terrorism to acquire the most common precursors
used in the manufacture of IEDs.

22

UNIDIRexplosives fall into two broad categories: explosive compounds, which are synthesized,
and explosive compositions, which consist of a mechanical mixture of a fuel and anoxidizer. Effective controls on explosive precursors can significantly reduce the ease withwhich home-made explosive compounds and mixtures can be manufactured.
International controls on explosive precursors vary from State to State. The approach
adopted by the European Union (EU), is to categorize certain chemicals. That is, “restricted
explosives precursors”, are not generally available to members of the public and theiracquisition is subject to control and, possibly, licensing. For “reportable explosives
precursors”, the emphasis is placed on online and offline sellers, as well as online
marketplaces, to report suspicious transactions. EU restricted explosive precursors, as
listed in its new regulation, are shown in
EU restricted explosive precursors, as listed in its new regulation, are shown in Table 1, and EU
reportable precursors are shown in Table 2.

TABLE 1. EU RESTRICTED EXPLOSIVE PRECURSORS27
Precursor Chemical
Limit Value
Upper Limit Value for the
Purpose of Licenscing
EU Restricted Explosive Precusors

Nitric acid

Hydrogen peroxide
Sulphuric acid
Nitromethane
Ammonium nitrate

3% w/w

10% w/w

Potassium chlorate

12% w/w
35% w/w
15% w/w
40% w/w
16% w/w
40% w/w
16% w/w ofnitrogen in relation to ammonium nitrate
40% w/w

Sodium chlorate

40% w/w

Potassium perchlorate
Sodium perchlorate

40% w/w
40% w/w

TABLE 2. EU REPORTABLE EXPLOSIVE PRECURSORS
Precursor Chemical
EU Reportable Explosive Precusors
Hexamine
AcetonePotassium nitrate
Sodium nitrate
Calcium nitrate
Calcium ammonium nitrate
Magnesium powders
Magnesium nitrate hexahydrate
Aluminium powders

Counter-IED Tool23

5.2.7 Regional and International Cooperation and Information Sharing
Given the length and porosity of many international borders, a purely national approachto the control of explosive precursors and IED components is unlikely to be successful.
International cooperation in the area of law enforcement is particularly important inaddressing the transnational nature of IED supply chains and threats. INTERPOL’s Project
Watchmaker is one such initiative.27
Project Watchmaker has developed a regional-based model in line with the current
IED threats, which is derived from actual incident data. At the heart of the Project
Watchmaker initiative is a database that includes information on known and suspected
persons involved in the acquisition, manufacture or use of IEDs. This database allows
the International Criminal Police Organization (INTERPOL) to assist law enforcement
agencies in detecting the transnational movement and operation of IED makers andfacilitators. INTERPOL uses a series of colour-coded notices to communicate IED-related
information to its members.
Other relevant international initiatives include the 11 Regional Intelligence Liaison Officesof the World Customs Organization (WCO), which facilitate the exchange of intelligenceacross all six WCO regions. The WCO uses the Customs Enforcement Network, which
was conceived to assist the customs enforcement community in gathering data andinformation for intelligence purposes.28
5.2.8 Intelligence-Led Operations
Intelligence-led counter-IED operations form an essential part of a State’s response to
the use of IEDs by criminals and groups that commit acts of terrorism. A plethora of useful
information may be gained from the forensic exploitation of recovered components
from IED incidents. Carefully planned and executed pre-emptive operations may disrupt
IED networks and prevent those involved in the procurement of IED precursors andthe manufacture and supply of IEDs from prosecuting successful IED-based operations.
Intelligence-led operations could take many forms and may include the following:»

Identification and closure of IED precursor supply chains, perhaps in cooperation
with international partners»

Identification and prosecution of those involved in the use of IEDs»

Counter-radicalization initiatives aimed at reducing recruitment into organizations
that use IEDs»

Measures to reduce the availability of technical knowledge relating to the construction
and tactical use of IEDs29

The effective analysis and technical exploitation of IEDs is fundamental to developing
future IED countermeasures and to determining whether changes in own force tactics,
techniques and procedures are needed to address current developments or those pre

27 Project Watchmaker is a global, neutral platform that assists specialized agencies in its member countries
to exchange intelligence to counter the threat of IED attacks. It also seeks to enhance capabilities in IED
prevention, preparedness, response and recovery.
28 WCO, “Customs Enforcement Network (CEN)”, www.wcoomd.org/en/topics/enforcement-and-compliance/
instruments-and-tools/cen-suite/cen.aspx.
29 In practice, this is almost impossible to achieve, but legislation prohibiting the possession of IEDrelated technical knowledge, such as the manufacture of home-made explosives, has proved effective in theprosecution of IED makers.

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UNIDIRdicted in the use of IEDs by criminal organizations or by groups that commit acts ofterrorism.

5.3 DOWNSTREAM IED COUNTER-PROLIFERATION MEASURES
5.3.1 IED Response – Render Safe
The ability to neutralize IEDs and to deal safely with a find of IED components is afundamental responsive capability needed by all States that face the threat of IEDs. In
the early stages of an IED campaign, it is not unusual to see this role filled by military
personnel who may have received training only in conventional munitions disposal.
IEDs vary significantly in their complexity and design, and there are no manufacturing
standards for IED construction, although individual IED fabricators may have their own
unique IED-making signatures. IED technology is disseminated widely via the movementof personnel between countries where the use of IEDs is prevalent, as well as the spreadof information over the Internet. Design often lies within the imagination and technicalability of the bomb maker.
The immediate response to an IED is normally conducted by an explosive ordnancedisposal (EOD) or an IEDD team. The principal purposes of this team are to: 30»

Save life»

Preserve property»

Remove the threat»

Record and recover IED components to facilitate the technical development of IED
countermeasures and to aid in the identification of IED manufacturers and facilitators»

Restore the situation to normality, or restore freedom of manoeuvre for military andsecurity force units, as soon as possible»

Deter groups from using IEDs by efficient and effective IEDD operations

An important capability related to IED render safe is that of IED search. This involves thelocation of IED-related materiel, such as main charges, firing switches, power supplies,
detonators and containers.
One of the factors that should be considered in evaluating the maturity of a State’s IED
response capability is its ability to logistically sustain the specialist equipment required
to conduct render safe activities. Often, especially in low-capacity and conflict-affectedenvironments, insufficient attention is paid to the challenges involved with the issue,
maintenance and procurement of spare parts and the general life cycle management ofcritical consumables. Highly specialized counter-IED equipment is often purchased frompreferred manufacturers, with little attention given to the longer-term sustainability of
the capability. This results in States having equipment that is difficult to maintain, andthe resulting low serviceability rates mean that it is not available to support counter-IED
operations at the levels required by the end users.

30 United Nations Department of Peacekeeping Operations, “EOD Philosophy and Principles”, in United Nations Peacekeeping Missions Military EOD Unit Manual, 2017, Section 1.4, p. 13.

Counter-IED Tool25

5.3.2 IED Response – Scene Exploitation
Scene exploitation covers all activities conducted at an IED incident after the IED has
been rendered safe. It encompasses those activities required to preserve the scene andfacilitate the collection of forensic evidence. Forensic evidence is the physical evidence
connected with an incident that may be used in the scientific investigation of criminalor civil offences. This evidence may subsequently be used in criminal proceedings ina court of law to gain convictions. It may also be used to link groups or individuals to
IEDs and to assist in counter-IED targeting, as part of a broader national approach tocounter-IED.
The collection of forensic evidence is a vital aspect of counter-IED operations. The
quality of evidence that may be collected from incidents and scenes will be dictatedby the training and level of forensic awareness of those conducting the process of IED
render safe. The correct collection, presentation and submission of this evidence is also
crucial for the future prosecution of perpetrators.
The exploitation of IED scenes, including those where the IED has functioned, isconducted to aid the following:»

Collect Evidence: IED scenes yield physical evidence, including parts of the IED
itself or the explosive residue from which an assessment of the type of explosive
employed by the maker can be made.

»Determine the Cause of an Explosion: identification of the type of explosive used
can assist in the development of counter-IED targeting strategies; for example, did
the IED consist of military or home-made explosive?

»

Estimate the Type and Size of Explosive Charge: an estimation of the size andtype of IED main charge is very important in aiding the development of technicalcountermeasures, armour protection and other physical protective measures.

»

Assess the Method of IED Functioning: such assessments may yield information on

how the IED was constructed and its method of functioning.31

5.3.3 Recovered Evidence Analysis
Thorough forensic analysis of recovered IED material is fundamental to determining
how the IED was designed to function. Manufactured explosive components, suchas main charges and detonators, may be identified through the manufacturer’s
markings. For electronic components, particularly on integrated circuits andmicroprocessors, identification and batch markings may indicate where and when theitem was manufactured. The correct identification of IED components represents thefirst stage in the identification of the IED supply chain.
5.3.4 Information Management
Information management (IM) is the process of collecting, organizing, storing andproviding information within an organization. There are marked similarities between IM
and the intelligence cycle, which consists of direction, collection, processing, analysis
and dissemination.
The following types of collated information underpin an effective approach to counterIED:
31 Consideration also needs to be given to the means of delivery of the IED. The analysis of vehicles and unmanned aerial vehicles used in some IED incidents may yield considerable evidence and intelligence.

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UNIDIR»

Reports and photographs from those involved in the rendering safe of IEDs»

Forensic analysis reports on physical exhibits collected from IED incidents»

Forensic evidence and police interview reports collected from those arrested andsubsequently prosecuted for IED-related offences»All-source32 intelligence reports pertaining to IED incidents or people suspected of
involvement in IED-related offences»

Reports pertaining to the analysis of tactics, techniques and procedures by groups
that commit acts of terrorism with IEDs

5.3.5 Technical Exploitation of Recovered IEDs
The technical exploitation of recovered IEDs is primarily concerned with understanding
the intentions of those building and deploying the IED. Thorough technical exploitationof the IED may enable a State to:»

Identify the source of supply of specific IED components»

Link incidents through the technical evaluation of specific IED maker signatures andother characteristics»

Inform the development of countermeasures»

Inform the future training of IEDD teams and other members of the security forces

5.3.6 Identification of Perpetrators
People involved in the manufacture, supply and emplacement of IEDs may be identified
through the application of sound police investigative principles that are based on a valid
forensic exploitation of recovered IED components. Perpetrators may be identified from:»

Biometric evidence (fingerprints and DNA) recovered from IED components»

Links to the acquisition of specific batches of IED components (i.e. the perpetrators’
links to transactions associated with the acquisition of IED materiel)»

Physical links from visible and invisible forensic evidence collected at IED scenes (e.g.
fibres, tool marks and abrasions, and explosive residues)»

Recovered evidence, which may also be used to support the testimony of other
witnesses; this is particularly important in some judicial systems

5.3.7 Judicial Process
All IED incidents are crime scenes, and it is essential that forensic evidence is collected
and managed in due cognisance of the law. It is preferable that forensic evidence at IED
scenes is collected by trained and authorized police forensic personnel, but in many
situations this may not be possible, and other personnel may have to collect evidence
on behalf of the judicial authorities. In all circumstances, the integrity of the forensic
chain of custody should be maintained in order that material recovered may be used
to support the prosecution of perpetrators. Most States require no special legislative or
regulatory measures to deal with IEDs, as the application of the same procedures used
32 Including human intelligence, signals intelligence and open source intelligence.

Counter-IED Tool27

for other serious crimes normally suffice. It is, however, usually necessary for specialist
techniques and procedures to be developed for the preservation, collection and analysisof IED-related material.
5.3.8 Development of IED Countermeasures
The recovery of IED components is essential in aiding understanding of the destructive
effects of IEDs against structures and vehicles. The recovery of components from RCIEDs
is crucial in informing the development of ECM systems.

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UNIDIR

6

USING UNIDIR’S COUNTER-IED CAPABILITY
MATURITY SELF-ASSESSMENT TOOL

6.1 INTRODUCTION TO USING THE COUNTER-IED SELF-ASSESSMENTTOOLThe Counter-IED Self-Assessment Tool is based on the C-IED CMM and is designed toprovide a qualitative assessment of the current counter-IED maturity level. The SelfAssessment Tool evaluates a broad range of components of counter-IED capability,
which are grouped into upstream and downstream counter-IED measures. The generalpremise of the model is that the greater the maturity and effectiveness of the
upstream measures, the fewer downstream measures are required to counter theuse of IEDs.

6.2 USING THE DATA VISUALIZATION TOOL
A Data Visualization Tool with simple data entry and visualization functions has
been developed within a macros-enabled Microsoft Excel spreadsheet to facilitate
assessment efforts. The spreadsheet uses a series of linked tabbed sheets for data
entry, with one tab per component of counter-IED capability. Summary tabs are used tofacilitate the display of consolidated results in both tabular and graphical format. This
Data Visualisation Tool, convenient for conducting self-assessments, can be accessedfollowing this hyperlink: Data Visualization Access Link33.
6.2.1 Entering Data into the Data Visualization Tool
To aid those conducting this software-based self-assessment, each of the identified
components of counter-IED capability is considered in a separate spreadsheet tab.
Upstream component of capability are coloured green; downstream are coloured tan.
Each tab highlights issues for consideration, and guidance is provided on how the specificcounter-IED capability maturity level should be assessed for that particular component.
Each tab also contains free text boxes that allow the user to enter key findings andsupporting data. At the top of each tab, the user can select a “radio button” of theassessed maturity level for that particular component of counter-IED capability (onlyone option may be selected). An example of one of the tabbed data entry screens usedby the data visualization tool is shown in Figure 5.

33 Visit www.unidir.org/CIEDDataVisualization

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Upstream Counter-IED Measures - National Policy, Legislation and Regulations
Counter-IED Maturity Level
Counter-IED Maturity Level 1 - Initial
Counter-IED Maturity Level 2 - Developing

Assessed Counter-IED Maturity Level:

1Counter-IED Maturity Level 3 - DefinedCounter-IED Maturity Level 4 - Managed
Counter-IED Maturity Level 5 - Optimizing

Assessor Key Comments - National Policy, Legislation and Regulations:Introduction
This component of counter-IED capability covers the highest levels of government policy and determines whether the State has an adequate policy,
legislative and regulatory framework to address the use of IEDs.
Most States have relevant criminal legislation that may be applied to the criminal use of explosive devices for murder and attempted murder. It is importantthat appropriate legislation exists to cover the unlawful possession of IED precursors as well as the intent to use IEDs for criminal or terrorist acts.

Assessment Considerations
The following questions should be considered in assessing a State’s counter-IED capability maturity in terms of current national legislation and regulations:
1. Is there a national counter-IED policy or strategy? Does it encompass an effective whole of government approach to the IED problem?
2. To what extent is there extant legislation prohibiting the acquisition of IED components and the manufacture and use of IEDs?
3. Is there robust and comprehensive legislation governing the lawful acquisition, storage, transport and use of explosives and related items? Such legislation
may cover:
Manufacture of explosives and related items
Stockpile control measures
The control, including acquisition, storage and use, of IED precursors
All lawful uses of explosive, such as civil engineering (construction and demolition), mining, quarrying, seismic survey, and oil and gas explorationand production
4. Are the State regulations governing the control, storage and use of explosives and ammunition sufficient to prevent the illicit diversion of material?
5. Do the security forces have in place suitable security arrangements to safeguard ammunition attractive to criminal and terrorist organizations (ACTO)?
6. Is there evidence over the past five years of ammunition being acquired from State stockpiles by groups that commit acts of terrorism? Is the trend
increasing or decreasing?

Assessment Criteria
C-IED CM Level 1 – Initial is indicated by the following:
There is no specific legislation in place covering the unauthorized possession of explosives or the use of explosives for criminal purposes.
There are no effective legislative or regulatory controls in place to govern the civil use and acquisition of explosives.
C-IED CM Level 2 – Developing is indicated by the following:
There are some legislation and regulations in place, but they are not generally enforced.
There is an embryonic national counter-IED strategy, but there are concerns about support from some government departments.
C-IED CM Level 3 – Defined is indicated by the following:
There is a defined national counter-IED strategy, and there is a single ministry or department responsible for coordinating an effective whole of government
approach to countering IEDs.
Legislation and regulations are present, and there is a resourced organization for assuring and enforcing compliance.
There is an effective judicial system operating within the State, and groups accused of IED-related offences are able to be prosecuted using relevant
legislation.
Relevant regulations are in place relating to the control and use of IED precursors, particularly dual-use materials that may be used in the manufacture ofhome-made explosives.
C-IED CM Level 4 – Managed is indicated by the following:
The State has robust procedures for both enforcing and reviewing national legislation and regulations.
The State has a robust and effective licensing system that assesses the suitability of persons to gain lawful access to explosives.
C-IED CM Level 5 – Optimizing is indicated by the following:
The State is seen to adopt best international practice and participates in regional and international forums, develops new control measures, and shares andadopts best practice.

Figure 5. Data Visualization Tool – Data Entry.

32

UNIDIR

6.2.2 Displaying Results in the Data Visualization Tool
Two separate summary tabs (one each for the upstream and downstream componentsof counter-IED capability), both coloured red, display the consolidated results. Thesesummary sheets use a radar-type chart to provide a graphical representation of the
upstream and downstream counter-IED maturity levels and a table to provide a summaryof the individual capability maturity levels for each component of counter-IED capability.
A mean calculated overall capability maturity score is also provided for upstream anddownstream components. An example of the results produced by the data visualization
tool is shown in Figure 6.

Upstream Counter-IED Measures - Summary of Counter-IED Capability Maturity
Upstream Components of Counter-IED Capability
Component of Counter-IED Capability

CMM
Level

U1 - National Policy, Regulations and Legislation
U2 - Security and Control of Explosives
U3 - IED Risk Education
U4 - Counter-IED Capability Development
U5 - Border Controls
U6 - Control of IED Precursors
U7 - International Cooperation and Info Sharing
U8 - Intelligence-Led Operations

1
3
1
1
3
5
4
5

Mean Upstream Counter IED Maturity Level

3

Upstream Counter-IED Maturity Level
U1 - National Policy,
Regulations andLegislation
5
U8 - Intelligence-Led
Operations4
3

U2 - Security and Controlof Explosives

2
U7 - International
Cooperation and Info
Sharing

1
0

U6 - Control of IED
Precursors

U3 - IED Risk Education

U4 - Counter-IED
Capability Development
U5 - Border Controls

Date:
Assessment Description:
Assessor(s):1-Jul-20
Country X
A Author

Figure 6. Data Visualization Tool – Display of Results.

Counter-IED Tool

33

6.3 ASSESSING UPSTREAM COUNTER-IED MATURITY
Table 3 shows the principal upstream components of the C-IED CMM.

TABLE 3. SUMMARY OF UPSTREAM COUNTER-IED ACTIVITIES
Serial

Measure1

National Policy, Legislation andRegulations

2

Security and Control of Explosives

3

IED Risk Education

Comment
Pertaining to IEDs and control of explosives

4

Counter-IED Capability Development

5

Border Controls

Including measures to monitor andcontrol the import of IED-related material

6

Control of IED Precursors

Predominantly dual-use material thatcan be used in the manufacture ofhome-made explosives and IED firing
switches

7

Regional and International Coop- Pertaining to countering IEDs and coveration and Information Sharing
ering information-sharing

8

Intelligence-Led Operations

6.3.1 Upstream Counter-IED Measures: National Policy, Legislation and Regulations
6.3.1.1 Introduction
This component of counter-IED capability covers the highest levels of government policy
and determines whether the State has an adequate policy, legislative and regulatory
framework to address the use of IEDs.
Most States have relevant criminal legislation that may be applied to the criminal useof explosive devices for murder and attempted murder. It is important that appropriate
legislation exists to cover the unlawful possession of IED precursors as well as the intent
to use IEDs for criminal or terrorist acts.
6.3.1.2 Assessment Considerations
The following questions should be considered in assessing a State’s counter-IED
capability maturity in terms of current national legislation and regulations:34»

Is there a national counter-IED policy or strategy? Does it encompass an effective
whole of government approach to the IED problem?

»

To what extent is there extant legislation prohibiting the acquisition of IED
components and the manufacture and use of IEDs?

»

Is there robust and comprehensive legislation governing the lawful acquisition,
storage, transport and use of explosives and related items? Such legislation may
cover:UNIDIRo Manufacture of explosives and related items
o Stockpile control measureso The control, including acquisition, storage and use, of IED precursors
o All lawful uses of explosive, such as civil engineering (construction and demolition),mining, quarrying, seismic survey, and oil and gas exploration and production»

Are the State regulations governing the control, storage and use of explosives andammunition sufficient to prevent the illicit diversion of material?

»

Do the security forces have in place suitable security arrangements to safeguard
ammunition attractive to criminal and terrorist organizations (ACTO)?34»

Is there evidence over the past five years of ammunition being acquired fromState stockpiles by groups that commit acts of terrorism? Is the trend increasing or
decreasing?

»

Does the State have a licensing system that assesses the suitability of persons tolawfully acquire and use explosives?

»

To what extent does the State have regulations that cover the international movement
or trans-shipment of explosives or identified IED precursors?

»

What attempts, if any, have been made to achieve regional harmonization ofregulatory controls? (This is particularly important where neighbouring States may
already be facing significant IED threats.)

6.3.1.2 Assessment Criteria
C-IED CM Level 1 – Initial is indicated by the following:»

There is no specific legislation in place covering the unauthorized possession of
explosives or the use of explosives for criminal purposes.

»

There are no effective legislative or regulatory controls in place to govern the civil
use and acquisition of explosives.

C-IED CM Level 2 – Developing is indicated by the following:»

There are some legislation and regulations in place, but they are not generally
enforced.

»

There is an embryonic national counter-IED strategy, but there are concerns about
support from some government departments.

34 The UN Model Regulations, which cover the transport of dangerous goods, refer to “high consequence
dangerous goods”, which are goods that have potential for misuse in a terrorist incident and that may, as aresult, produce serious consequences, such as mass casualties or mass destruction. Most ammunition andexplosive fall into this category. The term ACTO is drawn from the field of military ammunition management.
Potentially, any item with a high explosive warhead could be of interest to groups that commit acts ofterrorism and that are intent on manufacturing an IED.

Counter-IED Tool

35

C-IED CM Level 3 – Defined is indicated by the following:»

There is a defined national counter-IED strategy, and there is a single ministry or
department responsible for coordinating an effective whole of government approachto countering IEDs.

»

Legislation and regulations are present, and there is a resourced organization forassuring and enforcing compliance.

»

There is an effective judicial system operating within the State, and groups accusedof IED-related offences are able to be prosecuted using relevant legislation.

»

Relevant regulations are in place relating to the control and use of IED precursors,particularly dual-use materials that may be used in the manufacture of home-madeexplosives.

C-IED CM Level 4 – Managed is indicated by the following:»

The State has robust procedures for both enforcing and reviewing national legislation
and regulations.

»

The State has a robust and effective licensing system that assesses the suitability of
persons to gain lawful access to explosives.

C-IED CM Level 5 – Optimizing is indicated by the following:»

The State is seen to adopt best international practice and participates in regional
and international forums, develops new control measures, and shares and adopts
best practice.

6.3.2 Upstream Counter-IED Measures: Security and Control of Explosives
6.3.2.1 Introduction
The unlawful diversion of civil and military explosives is a very common source of
explosives for use in IEDs. Security measures generally relate to the physical security
measures put in place to ensure that unauthorized personnel do not have access to
explosives. Control measures are generally those procedural methods, such as licensing
and vetting, taken to reduce the potential for groups that commit acts of terrorism togain illicit access to explosives and divert them for use in IEDs.
This component of capability is concerned with the security and control of manufactured
military and commercial explosives. The control of IED precursors, specifically materials
that may be used to manufacture home-made explosives, is considered a separate
component of counter-IED capability (see section 6.3.6).
In reviewing the effectiveness of security and control measures, it is necessary to consider
every stage of the life cycle of explosives, from manufacture to final use or disposal,
including manufacture, transport, storage, issue, use and disposal.
6.3.2.2 Assessment Considerations
In assessing the maturity level of this component of counter-IED capability, it isrecommended that military and civil explosives are considered separately.
The following should be considered in assessing the security of explosives within a State:
36

UNIDIR»Are effective controls in place to prevent the diversion of explosives from civil users?
For example, are there documented cases of groups that commit acts of terrorism
deliberately targeting civil explosive stores with a view to obtaining explosives foruse in IEDs?

»

Are military explosives stored in secure and guarded facilities in accordance withthe recommended security measures described in the International Ammunition
Technical Guidelines?35»

Are effective controls in place for the control and security of ammunition andexplosives used by members of international military units that may be present in
the country?

»

Are those individuals with uncontrolled access to explosives suitably vetted?

»

Are civil and military explosives marked or tagged to aid detection or identification
if they are subject to diversion?

»

Are there unguarded sources of military explosives available (e.g. uncleared mines
or UXO on military ranges or in former conflict zones)?

»

Is there any evidence or intelligence to suggest that groups that commit acts ofterrorism are acquiring explosives from commercial or military sources?36 If so, is thetrend increasing?

»Is there evidence from recovered IEDs that illicit civil or military explosives are being
employed by groups manufacturing IEDs?

»

Does the State employ UN Model Regulations, or similar, to cover the transport of
explosives?37»

Is there a suitably resourced entity within the State responsible for assuring
compliance with legislation and regulations?

»

How often does that entity inspect or review those acquiring, storing and using
explosives?

6.3.2.3 Assessment Criteria
C-IED CM Level 1 – Initial is indicated by the following:»

Security and control of either civil or military explosives is poor, and groups thatcommit acts of terrorism have ready access to explosives for use in IED main
charges.

C-IED CM Level 2 – Developing is indicated by the following:»

There are regulations in place defining the security requirements for civil and military
explosives, but compliance is mixed and security regulations are not rigorously
enforced.

35 United Nations Office for Disarmament Affairs, Security Principles and Systems, International Ammunition
Technical Guideline (IATG) 09.10, 2nd ed., 2015.
36 Analysis of recovered IED components would provide some indication of the types of explosive being
acquired for use in IEDs by groups that commit acts of terrorism.
37 United Nations, “Security Provisions”, in UN Model Regulations: Recommendations on the Transport ofDangerous Goods, vol. 1, 21st ed., 2019, Annex 1, ch. 1.4, pp. 41–48.

Counter-IED Tool

37

C-IED CM Level 3 – Defined is indicated by the following:»

There are regulations in place defining the security requirements for civil and military
explosives, and compliance is rigorously enforced by a suitably resourced entity.

C-IED CM Level 4 – Managed is indicated by the following:»

The State takes proactive measures to ensure that illicit diversion of civil and military
explosives cannot take place.

»

There is no evidence of illicit civil or military explosives being used in IEDs, andgroups are forced to employ home-made explosives in IEDs.

C-IED CM Level 5 – Optimizing is indicated by the following:»

The State engages in regional and international forums and exchanges information
with partner nations to prevent the transnational spread of civil and military
explosives for use in IEDs.

6.3.3 Upstream Counter-IED Measures: IED Risk Education
6.3.3.1 Introduction
The very significant increase in civilian casualties as a result of the use of IEDs demonstrates
the fundamental requirement for States to inform and educate their civilian population
and raise awareness of the hazard posed by the use of IEDs.
6.3.3.2 Assessment Considerations
The following should be considered in assessing the maturity of a State’s approach to

IED risk education:

38»

Does the State carry out injury surveillance and collect data on casualties caused
by IEDs? Is the trend increasing or decreasing? Do the types of injury being
encountered by health-care professionals indicate the nature and types of IEDs
being employed by groups that commit acts of terrorism?

»

To what extent does the State recognize that IEDs pose a threat to its civilian
population?

»

To what extent does the State carry out public information campaigns, educationand training, and liaison with communities on the IED threat?

»

Where States face a conventional mine threat and mine risk education isconducted, is IED risk awareness conducted as a separate but related activity?

»

Are the IED awareness messages updated as the threat posed by the use of IEDs
changes?

»

To what extent do humanitarian actors (international organizations or nongovernmental organizations) conduct IED risk awareness within the country or
region?

»Is there evidence that effective IED risk education is leading to the increased
reporting of found IEDs?

UNIDIR»

How does the State develop and conduct IED awareness training for the membersof its security forces who are not counter-IED specialists?

6.3.3.3 Assessment Criteria
C-IED CM Level 1 – Initial is indicated by the following:»

The State has no strategy for informing its civilian population of the hazard posed
by IEDs.

»

The dissemination of IED awareness information to the State’s own security forces
is ad hoc and fragmented.

C-IED CM Level 2 – Developing is indicated by the following:»

The State recognizes that IEDs pose a hazard to its civilian population.

»

The State has a rudimentary approach to informing its civilian population of thehazard posed by IEDs, but the message is generally fragmented and not centrally
coordinated.

»

Mine risk education is conducted, but the specific nuances of the hazards posed by
IEDs are not covered.

C-IED CM Level 3 – Defined is indicated by the following:»

There is a nominated government entity responsible for the coordination of IEDawareness within the State.

»

The State has a national strategy that addresses IED awareness and the hazard
posed by IEDs.

»

There are well-defined and publicized methods by which civilians can report thepresence of suspected IEDs.

C-IED CM Level 4 – Managed is indicated by the following:»

The State has an effective system for conducting injury surveillance and is able todeduce the types of IED employed and the most appropriate means of mitigationby the civilian population.

»

The State has an effective and integrated approach to the dissemination of IEDawareness information.

»

IED threat material and the associated mitigation messages are updated frequently
as the specific threats posed by the use of IEDs change.

C-IED CM Level 5 – Optimizing is indicated by the following:»

The State has a very well-coordinated and integrated approach to IED risk
education, and all types of media and public awareness channels are used topresent a coherent message to the civilian population of the hazards posed by
IEDs.

»

The State entities responsible for IED risk awareness monitor how internationaland regional partners conduct IED risk awareness and adopt best practice whereappropriate.
Counter-IED Tool

39

6.3.4 Upstream Counter-IED Measures: Counter-IED Capability Development
6.3.4.1 Introduction
An assessment of national counter-IED capability development maturity is potentiallyan extremely broad subject and is almost worthy of an assessment in its own right. One
possible approach is to use the counter-IED lines of operation38 (i.e. assess the State’s
ability to conduct the following):»

Defeat the device»

Engage the network»

Prepare its population, teams and personnel to mitigate and respond to the threats
posed by IEDs

6.3.4.2 Assessment Considerations
The following should be considered in assessing the maturity of a State’s system forcounter-IED capability development:
Defeat the Device»

How effective is the inter-agency cooperation within the State in developing drills,
tactics, techniques and procedures and other protection measures to mitigate theuse of IEDs?
o What is the nature of inter-agency cooperation?
o Are there inter-agency cooperation protocols?
o How often do inter-agency meetings take place? Are these arrangements ad
hoc or formalized? Do meetings take place to an agreed agenda and are actions
tracked?

»

Does the State have trained and equipped teams to mitigate the effects of IEDs?
If so, how suitable is their equipment and training to deal with the prevailing IED
threat?

»Is there effective inter-agency cooperation between those entities responsible
for responding to IED incidents (first responders), EOD/IEDD teams, and those
responsible for the recovery and analysis of forensic evidence?

»

How effective is the State procurement system in acquiring the necessary specialist
IEDD equipment and protected vehicles to enable its security forces to operate in ahigh-threat IED environment?

»

To what extent can the State develop its own equipment requirements and procure
new equipment to respond to changes in the IED threat?

»

How does the State disseminate IED awareness material to its population? Are there
measures in place to inform the civilian population of new threats and how to avoid
becoming the inadvertent victims of IED attacks?

38 NATO, Allied Joint Doctrine for Countering Improvised Explosive Devices, AJP-3.15, Edition C, Version 1,
2018.

40

UNIDIR»Is the State able to respond expeditiously and clear suspected IEDs reported bymembers of the local population in IED-affected areas?

»

To what extent does the State have the support and confidence of the civilian
population in the areas where IEDs are being employed?

Engage the Network»

To what extent does the State have a clear understanding of the adversaries that are
employing IEDs against it?

»

Does the State maintain a positive relationship with the local population in IEDaffected areas? Are members of the civilian population encouraged to report thepresence of IEDs?

»

Does the State have a strategy for identifying and exploiting the critical vulnerabilities
in the organizations or individuals procuring, manufacturing or employing IEDs?

»

How does the State use the forensic and biometric intelligence gained from the
exploitation of IEDs to identify those involved in the acquisition, manufacture anddeployment of IEDs?

»

Is the State able to mount and prosecute pre-emptive operations aimed at preventing
adversaries from employing IEDs?

Preparation of the Population, Teams and Personnel»

Does the State have an effective approach to IED risk education for its population?
o Does the State have a means by which the effectiveness of IED risk education ismeasured?
o Does analysis of casualty data indicate that civilian casualties caused by IEDs are
increasing?

»How effective is the State in preparing and training its personnel and organizations
involved in all aspects of counter-IED?
o Does the State have facilities and suitably trained and equipped people to conduct
the training of IEDD operators, IED searchers and IED forensic responders?
o How many IEDD operators, IED searchers and IED forensic responders can theState call on to deal with IEDs?
o How many IEDD operators, IED searchers and IED forensic responders does theState train each year?

»

How does the State disseminate changes in own force counter-IED tactics, techniques
and procedures as a result of changes in the IED threat?

»

How does the State exchange, if it all, information on countering emerging IED
threats with partner or neighbouring nations?

Counter-IED Tool

41

6.3.4.3 Assessment Criteria
C-IED CM Level 1 – Initial is indicated by the following:»

There is little or no centralized coordinated effort to develop the capabilities requiredfor countering the use of IEDs.

C-IED CM Level 2 – Developing is indicated by the following:»

The State has rudimentary processes for acquiring new counter-IED capabilities,
but these are generally ad hoc, and there is a significant reliance on support frominternational partners for equipment and training.

C-IED CM Level 3 – Defined is indicated by the following:»

The State has generally well-founded counter-IED capability development processeson the “defeat the device” and “preparation of teams” lines of operation.

C-IED CM Level 4 – Managed is indicated by the following:»

The State is an informed customer and can articulate counter-IED capability
development requirements. It has an understanding of what types of equipment are
viable given prevailing national capabilities in the areas of equipment and logistic
support.

»The State recognizes that there are few “silver bullets” in countering IEDs and thata coordinated approach, across all counter-IED lines of operation and covering
multiple government entities, is required.

C-IED CM Level 5 – Optimizing is indicated by the following:»

The State has robust mechanisms for developing counter-IED capability across alllines of operation, including “engage the network”.

»

The State is recognized by regional and international partners as having a soundcounter-IED capability development process and exchanges information on a
structured basis with regional and other international partners.

6.3.5 Upstream Counter-IED Measures: Border Controls
6.3.5.1 Introduction
Effective border controls have an important role to play in reducing the proliferationof IEDs. In many States there is no indigenous manufacturing capability for key IED
dual technologies and components such that effective border controls can significantly
inhibit the ability of groups to manufacture IEDs.
Open borders and free trade areas need not compromise the imposition of effective
border controls, but they do require that legislation and regulations covering the security
and control of explosives and IED precursors are addressed at the regional, rather thanpurely State, level.39

39 The regulatory measures on IED precursors enacted by the EU on materials used in the manufacture ofhome-made explosives are a good example of how regulations may be introduced at the regional level toprovide effective control across a free trade area or region.

42

UNIDIR

6.3.5.2 Assessment Considerations
The following should be considered in assessing the effectiveness of a State’s bordercontrols in reducing the proliferation of IEDs:»

Is the State’s approach to border security and customs control coordinated acrossall relevant government departments?

»

To what extent is it possible for people to enter the country, or free movement area,
without passing through a recognized border control point?

»

What is the porosity of the State’s borders, and does the State share a land or littoral
border with a country where groups manufacturing IEDs are active?
o How many cases of cross-border smuggling of illicit weapons and IED components
have been detected by customs and border forces in the past?
o Is the trend for smuggling of illicit materials increasing or decreasing?
o Are other illicit materials, such as narcotics, smuggled across borders? Is there
any evidence or intelligence to suggest that groups that commit acts of terrorism
could exploit criminal supply chains for the passage of IED components?

»

How effective are the customs controls and the screening of freight and parcels
entering the country?
o How much freight and what quantity of parcels are handled on a periodic basis bycustoms and border forces?
o What percentage of shipments are subject to physical inspection, and whatpercentage of inspections leads to the detection of illicit material of all types?
o Is there evidence or intelligence to suggest that groups that commit acts ofterrorism are exploiting the international freight or postal systems to acquire IEDcomponents?

»

How sound is the integrity and capability of the border security force? Is there
evidence to suggest that criminals or groups that commit acts of terrorism havesuborned customs or border officials to facilitate the import of illicit materials
associated with the manufacture of IEDs?

»

To what extent does the State participate in regional and international forums? (Thisis especially important where neighbouring States may already be facing a significant
IED threat.)»

Does the State employ measures that permit the tracking of freight and parcels into
the country, or through the country where transhipment from a port is taking place,in order to facilitate traceability?

6.3.5.3 Assessment Criteria
C-IED CM Level 1 – Initial is indicated by the following:»

Border controls are absent or generally ineffective, and it is possible to import IED
components and other precursors into the country at will.

Counter-IED Tool

43

C-IED CM Level 2 – Developing is indicated by the following:»

The State has rudimentary controls in place at key border crossing points, airports
and seaports, but it is possible for these controls to be circumvented with relative
ease.

C-IED CM Level 3 – Defined is indicated by the following:»

The State has a defined border control system that conducts comprehensive checking
at border crossings, airports and seaports and carries out a degree of patrolling onland and maritime borders. It is however sometimes possible to move IED-relatedmaterial surreptitiously across borders.

»Customs and border protection officers are trained in IED awareness and haveappropriate technical capabilities (e.g. radiographic systems and other detection
and analysis systems) to identify IED precursors and other material requiring further
investigation.

»

The State participates in the Global Shield initiative and other relevant programmessponsored and supported by the WCO.

C-IED CM Level 4 – Managed is indicated by the following:»

The effectiveness of State controls at border crossing points, airports and seaports
renders it extremely difficult to move IED components through these locations.

»

Considerable resources are invested in border protection forces, and they are
generally successful in interdicting illicit material crossing borders.

»

There are proven examples of where information- and intelligence-sharing with
regional and international partners has led to the interception of IED precursors bycustoms or border security forces.

C-IED CM Level 5 – Optimizing is indicated by the following:»

The State has very effective border controls and conducts comprehensive screeningof personnel, freight and parcels entering the country.

»

There is little or no evidence to suggest that criminals or groups that commit acts ofterrorism are obtaining materials abroad and importing them illicitly to manufactureIEDs.

6.3.6 Upstream Counter-IED Measures: Control of IED Precursors
6.3.6.1 Introduction
Controls on IED precursors play an important part in inhibiting the ability of groups
to manufacture effective IEDs. These controls assume even greater importance when
the State already has effective control measures in place on military and commercial
explosives that mean that groups using IEDs are forced to manufacture home-madeexplosives.
The most effective controls on IED precursors take place when the State and commerce
operate in concert toward a common goal: preventing criminals and groups that commit
acts of terrorism from acquiring IED precursors for illicit purposes.

44

UNIDIR

6.3.6.2 Assessment Considerations
The following factors should be considered in assessing the effectiveness of a State’scontrol of IED precursors and related dual-use technology:»

To what extent does the State recognize that certain materials may be misused in
the manufacture of home-made explosives, and does the State license and regulate
their acquisition?

»

Does the State have a recognized list of identified IED precursors?

»

How effective is the regulatory and licensing regime for the control of IED precursors
that could be used in the manufacture of home-made explosives?
o Has the State engaged manufacturers and the supply chain in highlighting thepotential for IED precursors to be misused?
o Has the State highlighted to manufacturers and suppliers the types of behaviour
that should be regarded as suspicious and reported?
o Does the State oblige manufacturers and suppliers to record the identity of thoseacquiring IED precursors?
o Does the State monitor the distribution of high nitrogen content ammonium
nitrate-based fertilizers, and are there arrangements in place to ensure that thepotential for diversion from end users in the agricultural sector is reduced?
o Are statistics on the misuse of IED precursors recorded? Is the trend for misuse
increasing or decreasing?
o Are the regulatory and licensing arrangements for the control of IED precursors
aligned with and in accordance with best international practice?

»

Is there support from the commercial providers of potential IED precursor material
to prevent diversion?

»

For extractive industries that manufacture explosives on site (i.e. site mixing ofammonium nitrate or nitromethane-based compositions):o Are appropriate arrangements in place to prevent and identify diversion?
o Is the use of commercial explosives by civil users in accordance with bestinternational practice?40»

Has there been evidence (from recovered IEDs) of groups that commit acts ofterrorism employing home-made explosives in the main charge of IEDs? If so, whatis the composition of the explosives, and what are the likely sources of the precursors
used to manufacture the explosives?

»

Does the State understand the materials used in the manufacture of IEDs? Doesthe exploitation of recovered IED components involve the dissemination of relevant
information to entities such as the border protection forces?

40 For example, in the oil and gas sector, are users of explosives following the best practice guidelines
promulgated by the American Petroleum Institute?

Counter-IED Tool45

»

Does the State have regulatory measures in place to control the use of radiotransmitters? Is it possible for subscribers to gain access anonymously to the cellularcommunications network, or are effective controls in place to govern the distributionof subscriber identity module (SIM) cards and international roaming on cellular
networks?41

6.3.6.3 Assessment Criteria
C-IED CM Level 1 – Initial is indicated by the following:»

There are no effective controls in place on IED precursors, and the State has little orno knowledge of the sources of supply used for IED components.

C-IED CM Level 2 – Developing is indicated by the following:»

The State has a degree of understanding of the types of material being used in IEDs
but has only a limited understanding of the supply chain.

C-IED CM Level 3 – Defined is indicated by the following:»

The State has a good understanding of the types of precursor being used in IEDs andhas taken steps to monitor or shut down the sources within its national jurisdiction.

»

The State has an effective licensing and regulatory regime associated with thecontrol of IED precursors. The licensing regime is supported by an appropriate levelof assurance.

»

The State is capable of analysing material from recovered IEDs and determining thetypes of material used in IED construction.

C-IED CM Level 4 – Managed is indicated by the following:»

The State has a well-defined regulatory regime that controls access to the precursors
most used in the manufacture of home-made explosives.

»

The State participates in INTERPOL’s Project Watchmaker.

C-IED CM Level 5 – Optimizing is indicated by the following:»

There is evidence to suggest that criminals and groups that commit acts of terrorism
find it difficult to source the precursors used in the manufacture of the most common
home-made explosives; the effectiveness of their IEDs is reduced as a result.

»

The State has extremely effective controls in place on IED precursors and exchanges
information with regional and international partners.

41 These measures are potentially important in inhibiting the use of RCIEDs.

46

UNIDIR

6.3.7 Upstream Counter-IED Measures: Regional and International Cooperation andInformation Sharing
6.3.7.1 Introduction
In most parts of the world, groups that employ IEDs do not recognize international
borders, and IEDs and precursor materials may be sourced in one country for use inanother. It is thus essential that a transnational approach is taken if these threats are tobe effectively managed and mitigated.
6.3.7.2 Assessment Considerations
The following factors should be considered in assessing the effectiveness of a State’s
regional and international cooperation:»

Does the State recognize that it has a current IED problem or may face a future IED
threat? If so, is the State prepared to share information and develop capabilities inconcert with regional and international partners?

»

If the State is in receipt of international donor assistance, does it have a strategy
for defining its own national priorities in terms of the acquisition of counter-IED
capabilities?

»

To what extent does the State centralize and collate IED reports and related
information and make them available to regional and international partners?

»

Does the State have a national IED or bomb data centre?

»

Does the State have the means to securely receive, store and process classified
information relating to IED intelligence?

»

Does the State have memorandums of understanding with regional or international
partners for the exchange of IED-related information?

»

To what extent does the State recognize that the proliferation of IEDs is a transnational
problem and requires coordinated international efforts?

»

To what extent has the State, in conjunction with international partners, beensuccessful in curbing the ability of armed groups to operate across international
borders?

6.3.7.3 Assessment Criteria
C-IED CM Level 1 – Initial is indicated by the following:»

The State does not share counter-IED-related information with regional or otherinternational partners.

»

The State either faces no current IED threat or refuses to acknowledge IEDs are a
problem.

C-IED CM Level 2 – Developing is indicated by the following:»

The State shares information on an ad hoc basis with regional partners, but there
are no defined mechanisms for the formal exchange of information and intelligence.

»

The State understands that it, or regional partners, may be facing an IED threat but
Counter-IED Tool47

generally does not acknowledge that mitigating this threat requires coordinatedand sustained international effort.
C-IED CM Level 3 – Defined is indicated by the following:»

The State recognizes the importance of exchanging relevant counter-IED-related
information with international partners.

»

The State has the means to receive, securely process and store IED-related intelligence.

»

The State supports the development of common curricula for the training of counterIED specialists.

»

The State has a focus for the collation and dissemination of IED data (normally abomb data centre).

C-IED CM Level 4 – Managed is indicated by the following:»

The State has defined processes, which may include memorandums of understanding
with regional and international partners, for the exchange of information and timesensitive intelligence.

»

The State is a member of the Global Shield programme and participates in INTERPOL’s
Project Watchmaker.

»

The State shares customs-related intelligence and participates in the Global Shieldand other relevant initiatives supported by the WCO.

C-IED CM Level 5 – Optimizing is indicated by the following:»

The State exchanges relevant counter-IED-related information with international
partners and is proactive in taking steps to identify and shut down the international
supply chains of IED-related material.

»

The State offers opportunities for the training of counter-IED specialists from regional
or international partners with lower levels of counter-IED capability.

»

The State has an IED or bomb data centre that acts as the focus for the disseminationof IED incident-related data to international partners.

6.3.8 Upstream Counter-IED Measures: Intelligence-Led Operations
6.3.8.1 Introduction
Probably the most effective upstream counter-IED measure is to use proactive intelligence
to interdict individuals or groups before they can manufacture and deploy IEDs. Where
possible, it is always preferable for suspects to be taken into custody by the State security
forces in order that further information may be gleaned through lawful questioning.
In some circumstances, the prevailing security situation may not be conducive to theuse of pre-emptive arrest operations; military force, duly authorized by the State andemployed in accordance with the laws of armed conflict, may then be necessary.
In some States, the use of intelligence to proactively degrade the effectiveness of IE
networks is a line of operation known as “attack the network”.42 A key factor in sustaining
42 The term “engage the network” is more appropriate for the broader definition of counter-IED employedwithin the C-IED CMM and the Self-Assessment Tool.

48

UNIDIReffective intelligence-led counter-IED operations is the production of actionable orreleasable intelligence. The best intelligence collection and analysis system in the world
is of no value if dissemination of timely and actionable intelligence does not take place.
6.3.8.2 Assessment Considerations
The following factors should be considered in assessing the effectiveness of a State in
conducting intelligence-led counter-IED operations:»

To what extent is the State able to direct, collect, analyse and disseminate IED-related
intelligence?
o Does the State have a recognized intelligence gathering organization?
o Does the State’s intelligence organization operate domestically and internationally?

»Is there a national strategy that supports the use of intelligence-led operations todeny groups material for manufacturing IEDs and to prevent them from using IEDs?

»

How effective are the measures within the State in coordinating, analysing anddisseminating data and intelligence products from multiple domestic intelligenceagencies?
o What is the nature of inter-agency cooperation?
o Are there inter-agency cooperation protocols?
o How often do inter-agency meetings take place? Are these arrangements ad hoc
or formalized? Do meetings take place to an agreed agenda, and are actions
tracked?

»

Are there successful examples of where the State has employed IED-related
intelligence to interdict the sourcing of IED precursors or the manufacture or
deployment of IEDs by groups that commit acts of terrorism?

»

Does the State have a domestic security organization capable of collating relevant
forms of intelligence to interdict networks that use IEDs?

»

Is the State able to adapt intelligence processes it has developed for counteringtransnational criminality, such as those used for counter-narcotics, to counter theuse of IEDs?

»

Are the State security organizations able to share and exchange IED-related intelligencewith international partners? Does the State have the secure communications andinformation systems architecture to facilitate storage, processing and disseminationof intelligence within its national security apparatus?

»

Is the State able to take the products from the analysis of recovered IED material
and fuse this with other sources of intelligence, such as signals intelligence (SIGINT),
human intelligence (HUMINT) and open source intelligence (OSINT)?

»

To what extent are there effective feedback loops between the persons recovering
IED-related material and those physically conducting forensic and technicalexploitation of recovered IED material?

Counter-IED Tool49

6.3.8.3 Assessment Criteria
C-IED CM Level 1 – Initial is indicated by the following:»

The State has very limited experience or capability to employ intelligence to reduceor degrade the employment of IEDs by groups that commit acts of terrorism.

»

The State intelligence agencies do not recognize the IED as a significant threat andhave no real understanding of the IED threat networks they face.

C-IED CM Level 2 – Developing is indicated by the following:»

The State has some experience in the use of counter-IED intelligence, but this isfocused solely at the lower tactical levels.

C-IED CM Level 3 – Defined is indicated by the following:»

The State has a defined intelligence organization with some experience of employing
intelligence to reduce the use of IEDs.

»

The use of intelligence for countering IEDs is coordinated at the national level, butthere are no defined formal procedures for sharing information with regional orinternational partners.

»

The State recognizes that IED threat networks need engaging at the network level.

»

Domestic intelligence agencies understand the worth of the technical products
obtained from IED exploitation and can use them to assist in the identification of
perpetrators.

»

The State has some experience in fusing all-source intelligence products fromits domestic intelligence agencies and has mounted successful intelligence-led
operations against criminals or groups that commit acts of terrorism using IEDs.

C-IED CM Level 4 – Managed is indicated by the following:»

The State has a strong track record in conducting effective intelligence-led operations
against groups that commit acts of terrorism, and there are examples of instanceswhere members of such groups have been identified, captured and successfullyprosecuted through the State legal system.

»

There are examples of where effective intelligence-led operations have reduced
the ability of groups to source explosives and IED precursors and, as a result, theeffectiveness of the IEDs employed has been degraded.

»

The State has a good understanding of the IED threat networks it faces domestically.

»

The State is a member of the Global Shield programme and participates in INTERPOL’s
Project Watchmaker.

C-IED CM Level 5 – Optimizing is indicated by the following:

50»

The State is very experienced in conducting intelligence-led operations against
armed movements, at both the national and international levels.

»

The State has well-defined procedures for the sharing of time-sensitive IED-related
intelligence with regional and international partners.
UNIDIR

6.4 ASSESSING DOWNSTREAM COUNTER-IED MATURITY
Table 4 shows the principal downstream components of the C-IED CMM.
TABLE 4. SUMMARY OF DOWNSTREAM COUNTER-IED ACTIVITESSERIAL
MEASURECOMMENTAll actions from the finding of an IED to its
1
IED Response – Render Safe
2
3

IED Response – Scene Exploitation

4
5

Information Management
Technical Exploitation of Recovered
IEDs

6
7
8

Recovered Evidence Analysis

Identification of Perpetrators
Judicial Process
Development of IED Countermeasures

final render safe
Forensic exploitation of IED scenes
Effective physical analysis of recovered IED
components

Use of recovered forensic evidence to identify
perpetrators
Effective response to new or anticipated IED
developments

6.4.1 Downstream Counter-IED Measures: IED Response – Render Safe
6.4.1.1 Introduction
The ability to deal safely with emplaced IEDs is a fundamental capability required by all
States that face, or may face, IEDs. At its most basic level, this requires that the State has
sufficiently trained and equipped EOD/IEDD teams to render safe all types of IED that
may be encountered. Related capabilities are those of IED search, the preservation of IED
scenes and the recovery of forensic evidence. The latter being to support the technicalevaluation of the IED in order to identify sources of supply and the IED perpetrators andfor use in judicial proceedings and future intelligence-led operations.
6.4.1.2 Assessment Considerations
The following should be considered in assessing a State’s counter-IED capability maturity
in terms of IED Response – Render Safe:»

How mature or comprehensive are the State’s policies, doctrine and technicaloperating procedures for dealing with the threat posed by IEDs?

»

Does the State have entities (generally police or military units) trained and equipped
to deal with IEDs?
o Are these entities deployed in such a manner that they can respond across theentirety of the State’s territory?
o Is there ungoverned space where groups that commit acts of terrorism canmanufacture and employ IEDs with impunity?

»

Are other first responders provided with sufficient training and equipment to operatesafely in an IED threat environment?

»

How comprehensive is the training given to those who conduct IED render safe
operations?
Counter-IED Tool51

o What level of EOD and IEDD training has been provided to those responsible forthe rendering safe of IEDs?
o Has the EOD and IEDD training been delivered to recognized international
standards?43
o How many trained IEDD operators and IED searchers can the State call on?
»

What types of equipment do EOD/IEDD teams use? Are the teams equipped withremote-controlled vehicles (RCVs)? Are teams equipped with ECM systems to deal
with the threat posed by RCIEDs?

»

How effective is the State in analysing the IED attacks that have been conducted andmodifying its capabilities accordingly?
o Is there a recognized feedback loop between the downstream response to
IED incidents, the analysis of recovered IED components and the upstream
development of more effective counter-IED capabilities?
o Does the State have entities capable of analysing IED incidents and developing
lessons learned in order to refine counter-IED tactics, techniques and procedures?

»

How effective are the State’s capabilities in the search and IED detect areas?
o Does the State recognize IED search as a specific discipline?
o Does the State have personnel who are trained and equipped to search for IEDs in
the threat environment that exists or is anticipated?
o Does the State collate statistics on IEDs that have been found? Is the trend
increasing?

In evaluating the State’s technical capabilities to deal with IEDs, it is necessary to consider
the following components of capability:»

Personnel»

Equipment»

Training»

Doctrine and technical operating procedures»

Organization and logistics

6.4.1.3 Assessment Criteria
C-IED CM Level 1 – Initial is indicated by the following:»

Personnel are not specifically selected and/or trained to conduct IEDD operations.

»

There is no specific equipment available for IEDD operations.

43 For generic EOD training, it is appropriate to classify the level of EOD competence according to the levels
defined in the International Mine Action Standards: Level 1, Level 2 or Level 3. For IEDD, it is appropriate todefine the level of IEDD competence according to the United Nations Improvised Explosive Device Disposal
Standards: Basic IEDD Operator, IEDD Assistant, Intermediate IEDD Operator or Advanced IEDD Operator.

52

UNIDIR»

The teams responding to IEDs are sustaining high casualties.

»

IEDD operators gain experience “on the job”, and there is limited dissemination ofbroader lessons learned.

»

There is no defined national doctrine or no technical operating procedures for IEDD.

C-IED CM Level 2 – Developing is indicated by the following:»

The State has identified units and organizations that will be trained to render safe
and mitigate the effects of an enduring IED threat, but overall unit capabilities arestill at an embryonic level.

»

The State has started to identify the basic requirements for establishing counter-IED
team technical operating procedures and lessons learned from current IED searchand disposal operations.

»

Personnel are selected and trained for general EOD duties, and some basic awarenesstraining is provided on IEDs.

»

There are local but not national procedures for dealing with IEDs.

»

There are no standard formats for reporting IED incidents and recording the technicaldetails of items that have been recovered.

C-IED CM Level 3 – Defined is indicated by the following:»

Personnel are selected and trained and given specific IEDD training appropriate forthe types of IED they are likely to encounter.

»

IED response teams have specific equipment suitable for dealing with the majority
of IEDs but lack an RCV or an ECM capability.

»

There is a defined doctrine and set of technical operating procedures that guide
IEDD operators on how IEDD operations are to be conducted.

»

There is a defined career path for specialists involved in IEDD and IED search.

»

There is a standard format for the reporting of IED incidents, and reports are collated
by a national entity.

C-IED CM Level 4 – Managed is indicated by the following:»

Personnel involved in IEDD operations have substantial experience and are quick to
detect changes in tactics, techniques and procedures by those using IEDs.

»

There is a nationally recognized process for validating the competence of IED
specialists.

»

IEDD teams have the capability to employ RCVs to remotely render safe IEDs.

»

Where RCIEDs are a threat, IEDD teams are equipped with appropriate ECM
equipment.

C-IED CM Level 5 – Optimizing is indicated by the following:»

IEDD teams are extremely experienced and are generally recognized as operating at
the expert level.
Counter-IED Tool

53

»

IEDD equipment is developed to specifically meet emerging threats, and requirements
draw on the analysis of recovered IEDs and intelligence on the predicted intentionsof groups that commit acts of terrorism.

»

The State exchanges IEDD-related information with regional and international peers.

6.4.2 Downstream Counter-IED Measures: IED Response – Scene Exploitation
6.4.2.1 Introduction
The preservation, collection and analysis of forensic evidence recovered from IED scenes
is fundamental to the establishment of effective upstream and downstream measuresfor countering the proliferation of IEDs.
IED scene exploitation starts at the point where an IEDD team has rendered an IED scene
safe and ends at the point when all relevant material and information from the scene
has been recorded and recovered. The priority is always the preservation of life, andinappropriate risks to life should not be taken in order to preserve or collect forensic
evidence.
6.4.2.2 Assessment Considerations
The following should be considered in assessing a State’s counter-IED capability maturity
in terms of IED Response – Scene Exploitation:»

To what extent has the State a viable forensic science capability, and is it able topreserve, collect and analyse material recovered from IED scenes?
o Does the State possess certified and accredited forensic laboratories?
o Are the State forensic laboratories equipped and capable of conducting theanalysis of IED-related materiel?

54»

To what extent does the State conduct joint training or exercises involving thoseentities that are responsible for IED render safe and scene exploitation?

»

To what extent are IEDD teams trained in the requirements for IED scene preservationand support for the recovery of IED-related material?

»

How mature are the broader State capabilities for the analysis of forensic evidence?
For example, is the State able to recover and record fingerprints and compare themto fingerprints stored in a national or international database?

»Is the State able to recover, analyse and record DNA evidence and compare it toprofiles in a national or international database?

»Is the continuity of evidence maintained from the point at which forensic evidence iscollected to the point at which it may be required to support judicial proceedings?

»

Are there examples of where the State has used information acquired from IED
scenes in the successful prosecution of those using IEDs?

»

Are forensic teams able to conduct effective post-blast investigations and collectevidence from scenes where IEDs have functioned?

UNIDIR

6.4.2.3 Assessment Criteria
C-IED CM Level 1 – Initial is indicated by the following:»

There are no State-mandated requirements for the recovery of material from IED
incidents, or the security environment is so hostile that the State is unable to safely
recover IED-related material.

»

State investigative units have little or no training in how to respond to IED incidents.

»

IEDD operators are either not appropriately trained or pay limited attention to theneed for forensic scene preservation at IED incidents.

»

There is no recognized approach for maintaining the integrity of the continuity ofevidence.

C-IED CM Level 2 – Developing is indicated by the following:»Some attention is paid to the recovery of material from IED scenes, but the material
is generally recovered in an ad hoc fashion and not in accordance with a Statemandated process.

»Police crime scene investigators exist, and they are able to collect and mark recovered
IED material, but they lack specific training in responding to IED incidents.

»

There is a recognized approach for maintaining the integrity of the continuity ofevidence.

C-IED CM Level 3 – Defined is indicated by the following:»

The State has a mandated process for recovering forensic evidence from IED incidents.

»

Forensic recovery teams are trained and equipped appropriately and are able todeal effectively with IED scenes.

»

There is broad understanding of the need to preserve IED scenes and recover
forensic evidence.

C-IED CM Level 4 – Managed is indicated by the following:»

The State has robust procedures for managing IED scenes, and a high level ofcompetence is exhibited by those responsible for IED scene exploitation.

»

Forensic teams responding to IED incidents are well equipped and are very effectivein their scene management, preservation and collection of forensic evidence.

»

There are examples of where recovery of forensic evidence from IED scenes has
led to the identification and prosecution of those involved in the manufacture anddeployment of IEDs.

»

The forensic entities can collect, process, analyse and compare fingerprints recoveredfrom IED scenes with the recorded fingerprints of suspects stored in national andinternational databases.

Counter-IED Tool

55

C-IED CM Level 5 – Optimizing is indicated by the following:»

The State participates in international forums associated with the exploitation andinvestigation of IED scenes.

»

The State can collect, process, analyse and compare DNA recovered from IED scenes
with suspect DNA profiles in national and international databases.

6.4.3 Downstream Counter-IED Measures: Recovered Evidence Analysis
6.4.3.1 Introduction
The preservation and recovery of forensic evidence is worthless without an effective
system for analysing exhibits. The analysis of recovered IED components poses somechallenges as special chemical analysis techniques may be required to determine thecomposition of explosive mixtures and chemical precursors. The analysis of electronic
components of IEDs, particularly the radio-controlled initiation systems used in RCIEDs,
also requires specific equipment, knowledge and techniques in order that the method
and frequency of operation of the IED can be determined.
6.4.3.2 Assessment Considerations
The following should be considered in assessing a State’s counter-IED capability maturity
for recovered evidence analysis:»

Does the State have access to accredited forensic analysis laboratories? (These may
be national capabilities or provided by a third party.)»

To what extent does the State possess technical abilities to conduct the following?
o Chemical analysis of explosive compositions and soil samples from the site of IED
explosionso Analysis of visible forensic evidence (comparison and identification of IED
components, fragments of IED containers, paints, body fluids)
o Analysis of invisible forensic evidence (fingerprints, DNA, fibres, explosive vapour
residues, microscopic fragments, and tool marks and abrasions)o Technical evaluation of electronic IED components»

Does the State have a recognized training and qualification programme to ensure
the competence of all personnel engaged in the analysis of forensic evidence?

»

Are there examples of where forensic evidence has been used to successfullyprosecute the use of IEDs or other explosives-related offences?

»

How effective is the feedback loop between those rendering safe and recovering IED
components and those analysing material in accredited laboratories?
o How does the exchange of information between those involved in the analysis of
IED-related forensic evidence, those engaged in the rendering safe of IEDs andthose involved in the investigation of IED incidents take place?
o Are there defined protocols that govern the passage of information?

56

UNIDIR

o Do regular and formal meetings take place between those engaged in the analysis
of forensic evidence and those at the forefront of counter-IED operations?
»

How mature are the State’s capabilities for processing items recovered that arelinked to IED incidents but not directly part of an IED?44»

Does the State have macro-analytical techniques for the processing of “big data”
associated with IED incidents? Is geographical analysis of incidents undertaken?

6.4.3.3 Assessment Criteria
C-IED CM Level 1 – Initial is indicated by the following:»

The State has no indigenous capability for the forensic analysis of recovered IED
components.

»

The State does not recognize that the analysis of recovered IED components may
have an important part to play in countering the use of IEDs.

C-IED CM Level 2 – Developing is indicated by the following:»

The State has no indigenous capability for the forensic analysis of IED components
but does recognize the importance of this activity and makes use of expertiseprovided by third parties.

C-IED CM Level 3 – Defined is indicated by the following:»

The State has the capability to analyse recovered IED material in authorized andaccredited laboratories.

»

Evidence to support judicial proceedings and information to support future
intelligence-led operations is generated from the analysis of recovered IED
components.

C-IED CM Level 4 – Managed is indicated by the following:»

The State has competent forensic practitioners who can analyse the full range ofexhibits recovered from IED incidents.

»

The State uses effective techniques for the macro-l analysis of IED-related data.

»

The State maintains a national biometric database and can match perpetrators to
IED scenes using recovered biometric evidence, usually through the matching of
fingerprints.

»

The State participates in INTERPOL’s Project Watchmaker.

C-IED CM Level 5 – Optimizing is indicated by the following:»

The State cooperates fully with regional and international partners and exchanges
information acquired from IED scenes to identify transnational IED supply chains.

»

The State exchanges biometric data with international partners to identify IED makers
and perpetrators who operate across international borders.

44 This covers the technical exploitation of cellular phones, computer equipment and documents.

Counter-IED Tool

57

The State has the ability to employ the full range of scientific techniques to identify
IED materials and recover biometric evidence from IED scenes, including the recovery
and matching of human DNA.

»

6.4.4 Downstream Counter-IED Measures: Information Management (IM)
6.4.4.1 Introduction
A robust and effective approach to IM underpins most successful whole of government
approaches taken to counter the use of IEDs. Modern information systems and networked
communications can improve the efficiency of information dissemination acrossgeographically dispersed entities, but they are not a panacea. Information overload canbe a problem, and it is essential that where automated data and intelligence collection
systems are employed, police investigators and intelligence analysts are provided
with automated collation and analysis tools to handle the ensuing large volumes of
information. Manual systems, while slower and less flexible, can be equally effective ifthey are structured and used appropriately.
6.4.4.2 Assessment Considerations
The following should be considered in assessing a State’s counter-IED capability maturity
for IED-related information management:
Does the State have a common format for the submission of IED incident reports?

»o

Are IED incident reports used as evidence by the judicial system?

o

Do IED incident reports provide a permanent record of the technical make-up of
the device, and do they record any casualties or damage caused by the IED?

oAre IED incident reports collated at a national bomb data centre? Are these reports
made available to regional and international partners?

»

Does the State have a common format for the submission of forensic analysis reports?

»

Is there a standardized method for the submission of physical exhibits collectedfrom IED incidents?

»

Are forensic exhibits (such as fingerprints and DNA) and police interview reports
collected from those arrested and subsequently prosecuted for IED-related offences?

»

Does the State make effective use of all-source intelligence reports pertaining to IED
incidents or people suspected of involvement in IED-related offences?
o Does the State employ information systems to help in the storage, processing andanalysis of all-source intelligence?
o Do the State’s IM processes permit the rapid and effective flow of IED-related
information to those entities that need it?

6.4.4.3 Assessment Criteria
C-IED CM Level 1 – Initial is indicated by the following:»

58

The State has no standardized method for the collection, analysis, collation anddistribution of information relating to IED incidents.
UNIDIRC-IED CM Level 2 – Developing is indicated by the following:»

Individual units produce IED incident reports, but they are not to a common format
nor are they collated by a recognized national bomb data centre.

»

Individual forensic investigators produce analysis reports, but they are not to anationally agreed format nor are they collated nationally.

C-IED CM Level 3 – Defined is indicated by the following:»

The State collates IED incident reports in a recognized national bomb data centre.

»

IED forensic analysis reports are produced in a common format, referenced to
exhibits, and distributed in a timely fashion to all who need to see them.

C-IED CM Level 4 – Managed is indicated by the following:»

The State’s law enforcement community participates in INTERPOL’s Project
Watchmaker.

C-IED CM Level 5 – Optimizing is indicated by the following:»

The State has comprehensive processes for collecting, analysing, collating anddistributing information relating to IEDs among its own law enforcement, security
and military units.

»

There are proven and well-tested mechanisms for the exchange of IED-related
information with regional and international partners.

6.4.5 Downstream Counter-IED Measures: Technical Exploitation of Recovered IEDs
6.4.5.1 Introduction
The technical exploitation and characterization of recovered IEDs is concerned withaddressing the “so what” questions generated as a result of the formal forensic analysis
of material recovered from IED incidents. It is also an activity concerned with determining
why an IED incident has happened and understanding the perpetrators’ objectives inmanufacturing and deploying an IED of that type.
The technical exploitation of IEDs establishes a picture of the technical capabilitiesof those who are manufacturing and deploying IEDs and identifies their method of
operation. It can also help contribute to the prediction of future intentions.
6.4.5.2 Assessment Considerations
The following should be considered in assessing a State’s counter-IED capability maturity
for the technical exploitation of IEDs:»

Does the State have facilities for assessing the technical capabilities of IEDs, such as
the following?
o Ranges and instrumentation for evaluating the blast characteristics of new
explosive compositionso Electronic analysis facilities to determine the method of operation of electronic
items
Counter-IED Tool59

»

To what extent are there robust arrangements for the two-way transfer of knowledge
between those involved in the rendering safe of IEDs and those conducting thetechnical analysis and exploitation of IEDs? Does this take place also regionally andinternationally?

»

To what extent is the State able to call on support from scientists and engineers withappropriate expertise to understand the technical aspects of the IED threats being
faced?
o Is there a State entity responsible for the provision of this expertise?
o Does the State place legal obligations on non-State entities, such as academic
institutions or commercial companies, to provide technical support when required?

6.4.5.3 Assessment Criteria
C-IED CM Level 1 – Initial is indicated by the following:»

The State has no national capability for conducting the technical exploitation ofrecovered IEDs.

»

Any technical exploitation of IEDs that is carried out is conducted at the lowest
tactical levels, and information gained from this exploitation is not disseminatedwidely.

C-IED CM Level 2 – Developing is indicated by the following:»

The State has no indigenous capability for the technical exploitation of recovered
IEDs and components but does recognize the importance of this activity and makes
use of expertise and capabilities provided by third parties.

C-IED CM Level 3 – Defined is indicated by the following:»

The State has a basic indigenous capability for conducting the technical exploitationof IEDs.

»

The State understands where there are gaps in its own indigenous capabilities andseeks assistance from partners where appropriate.

C-IED CM Level 4 – Managed is indicated by the following:»

The State has well-equipped facilities and appropriately trained personnel who canconduct the full technical exploitation of IEDs.

»

The State participates in INTERPOL’s Project Watchmaker.

C-IED CM Level 5 – Optimizing is indicated by the following:

60»

The State has very experienced engineers and scientists, trained in a broad rangeof relevant disciplines, who have an expert understanding of the technology being
employed in IEDs.

»

The State exchanges information from the technical exploitation of recovered IEDs
with regional and international partners and is proactive in evaluating emerging, orpredicting future, threats.

UNIDIR

6.4.6 Downstream Counter-IED Measures: Identification of Perpetrators
6.4.6.1 Introduction
The identification of those involved in the use of IEDs is a fundamental tenet of effective
counter-IED operations. Where security and operational circumstances permit, it isinvariably preferable to seek to arrest those involved in the illegal supply, manufactureand employment of IEDs in order that further information may be acquired to support
future counter-IED operations.
Individuals may be identified through a variety of intelligence techniques, such as
HUMINT45 and SIGINT,46 but it is the use of forensic and biometric intelligence47 thatprovides the most definitive method of identifying perpetrators and linking individuals
to specific IED incidents. OSINT, derived from sources such as social media accounts
and published propaganda materials, may also yield considerable information to assist
in the identification of perpetrators.
6.4.6.2 Assessment Considerations
The following should be considered in assessing a State’s counter-IED capability maturity
for identifying those involved in the use of IEDs:»

To what extent does the State possess the fundamental core capabilities of forensic
recovery, analysis and technical exploitation of IEDs?
o Does the State follow best international practice for forensic recovery, analysis
and technical exploitation of IEDs?
o Does the State exchange information on techniques with international partners?

»

Does the State effectively integrate the various sources of information and intelligence
open to it to identify perpetrators?

»

Are there successful examples of the State identifying perpetrators? If so, what werethe critical success factors?

»

Does the State use a technical profiling method (i.e. non-biometric) for theidentification of IED maker signatures that are unique to a particular IED maker (orgroup of IED makers trained by a specific individual)?

»

Does the State use geospatial or big data analysis techniques to develop intelligence
to assist in the identification of those involved in the manufacture and employmentof IEDs?

6.4.6.3 Assessment Criteria
C-IED CM Level 1 – Initial is indicated by the following:»

The State has only a rudimentary ability to identify those involved in the illegal use
of IEDs, and this is most often based on HUMINT.

45 HUMINT is a category of intelligence derived from information collected and provided by human sources.
46 SIGINT is the term used to describe communications intelligence (derived from electronic communications
and communications systems) and electronic intelligence (derived from electromagnetic non-communicationstransmissions).
47 This sometimes forms part of what is known as “materiel and personnel exploitation”.

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61

C-IED CM Level 2 – Developing is indicated by the following:»

The State recognizes that important information could be gained from the effective
exploitation of IED scenes and the analysis of recovered IED components but
generally lacks the capability to undertake these tasks.

C-IED CM Level 3 – Defined is indicated by the following:»

The State has a working system for the exploitation of IED scenes and the analysisof recovered IED components, and perpetrators are identified from the forensic
analysis of recovered IED material.

»

Evidence to support judicial proceedings and information to support future
intelligence-led operations is generated from the analysis of recovered IED
components.

C-IED CM Level 4 – Managed is indicated by the following:»

The State maintains a national biometric database and can match perpetrators to
IED scenes through the use of recovered biometric evidence.

»

There are successful examples of persons associated with the manufacture andemployment of IEDs being identified owing to the effective exploitation of material
and information recovered from IED scenes.

»

The State participates in INTERPOL’s Project Watchmaker.

C-IED CM Level 5 – Optimizing is indicated by the following:»

The State maintains comprehensive capabilities for the analysis of material recoveredfrom IED scenes and can use a wide variety of scientific techniques to identify
perpetrators and link individuals to IED incidents.

»

The State exchanges biometric data with international partners to identify IED makers
and perpetrators who operate across international borders.

6.4.7 Downstream Counter-IED Measures: Judicial Process
6.4.7.1 Introduction
The ability to identify and prosecute those who manufacture and employ IEDs isfundamental to degrading the effectiveness of IED networks. The fair application of therule of law is also an important factor in countering the radicalization agenda of manysuch groups.
Some judicial systems rely heavily on human testimony, and the submission andconsideration of evidence derived from technical forensic sources may be problematic.
6.4.7.2 Assessment Considerations
The following should be considered in assessing a State’s capacity to use the judicial
process to counter the use of IEDs:»

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Is there a track record and are there examples of successful prosecutions of
persons involved in the illegal acquisition of IED precursors or the manufacture andemployment of IEDs?
UNIDIR»

To what extent does the State judicial system permit the use of forensic evidence tosupport IED-related cases?

»

Is there extant legislation prohibiting the acquisition of IED components and the
manufacture and use of IEDs, and is the legislation fit for purpose?

»

Are non-standard judicial processes required to deal specifically with the threats
posed by groups that commit acts of terrorism using IEDs?48
o Does the State use nominated and/or specialized judges and prosecutors for the
conduct of terrorism-related trials?
o If special processes are employed, how many cases are dealt with by non-standard
judicial processes and how many IED-related cases have resulted in successfulprosecutions?

»

Is the judicial system itself a target, and are appropriate security measures in place
to protect those involved in the administration of justice?

6.4.7.3 Assessment Criteria
C-IED CM Level 1 – Initial is indicated by the following:»

There is no specific legislation in place covering the unauthorized possession of
explosives or the use of explosives for criminal purposes.

»

The judicial system is unprepared or incapable of dealing with offences relating to
the criminal or terrorist use of IEDs.

»

Individual members of the judiciary are extremely vulnerable to attack by criminals
and groups that commit acts of terrorism.

C-IED CM Level 2 – Developing is indicated by the following:»

There is some IED-related legislation in place, but it is not generally enforced.

»

The judicial system has difficulty applying existing legislation to an environment
where groups that commit acts of terrorism are using IEDs to attack both the State
security architecture and inflict casualties on the civilian population.

C-IED CM Level 3 – Defined is indicated by the following:»

The State has a functioning judicial system that can apply the rule of law impartiallyand effectively to those accused of IED-related offences.

»

The utility of forensic evidence is understood, and the presentation of forensic
evidence is often used by prosecution authorities to prove complicity by those
involved in the supply, manufacture and employment of IEDs.

»

Appropriate levels of personal protection are provided to individual members of the
judiciary to ensure that they remain invulnerable to attack or coercion.

48 For example, are non-jury trials required for some criminal or terrorism-related trials to prevent thesuborning of witnesses?

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C-IED CM Level 4 – Managed is indicated by the following:»

The utility of forensic evidence is very well understood and often forms a key part ofthe prosecution’s case.

»

There are examples of where the recovery of forensic evidence from IED scenes has
led to the identification of those involved in the supply, manufacture and deploymentof IEDs and the successful prosecution of individuals through the judicial system.

C-IED CM Level 5 – Optimizing is indicated by the following:»

The State has a highly competent and fully functioning judicial system that responds
effectively to the criminal and terrorist use of IEDs.

»

The State supports the extradition of suspects involved in the transnational use of
IEDs.

6.4.8 Downstream Counter-IED Measures: Development of IED Countermeasures
6.4.8.1 Introduction
The ability to respond to change in the use of IEDs is fundamental to an effective
counter-IED strategy. The key elements in assessing counter-IED maturity in this area
are the extent to which the State can respond either to predicted or actual changes in
the use of IEDs and is then able to develop effective countermeasures. It is, in effect, ameasure of the capacity of the State to learn and respond.
To maintain the support of the civilian population in areas where IED use is prevalent, it
is important that IED awareness material is updated as IED threats change. Changes inthe tactics, techniques and procedures employed by criminals and groups that commit
acts of terrorism also need to be brought to the attention of members of the State’ssecurity forces who are not counter-IED specialists.
It should also be recognized that effective IED countermeasures are an important enablerof other humanitarian support activities.
6.4.8.2 Assessment Considerations
The following should be considered in assessing a State’s capacity to develop IED
countermeasures:»

To what extent does the State monitor the use of IEDs by criminals and groups thatcommit acts of terrorism, and can it respond expeditiously to changes in tactics,
techniques and procedures?

»

How does the State develop IED countermeasures? Are nominated entities
responsible for the following?
o Development of counter-IED training (this covers both technical training forspecialists and general IED awareness training for non-specialists and the general
population)o Specification of requirements and acquisition of equipmento Development of armour for protected vehicles
o Design of government infrastructure to resist the effects of IEDs

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How quickly is the State able to respond to changes in the use of IEDs and acquire
new capabilities or deliver updated training to mitigate new IED threats?

»

How often is IEDD training reviewed?

6.4.8.3 Assessment Criteria
C-IED CM Level 1 – Initial is indicated by the following:»

The State has only limited means of developing IED countermeasures.

C-IED CM Level 2 – Developing is indicated by the following:»

The State recognizes that the development of IED countermeasures is important but
has no indigenous capabilities in this area.

»

The State relies heavily on support from partner nations to acquire the counter-IED
capabilities it requires.

C-IED CM Level 3 – Defined is indicated by the following:»

The State has a working system that monitors changes in the use of IEDs and canmake concomitant changes to the tactics, techniques and procedures used by its
own forces.

C-IED CM Level 4 – Managed is indicated by the following:»

The State has an effective system for the development of IED countermeasures, andthat system can react quickly to changes in the use of IEDs.

C-IED CM Level 5 – Optimizing is indicated by the following:»

The State has a very effective and proactive system for the development of IED
countermeasures, and that system is capable of reacting quickly both to actualchanges in the use of IEDs and to predicted changes.

»

The State shares best practice with international and regional partners.

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