Smart City Tool Box

Brought to you by the Horizon 2020 EU-Japan Project CPaaS.io

The CPaaS.io project has resulted in a set of conceptual outcomes, concrete
tools and city deployments that will live on beyond the project, as shown in
the figure to the right. The foundation for all results are a number ofconceptual outcomes that are relevant for the platform as a whole and acrossthe regions. The concepts are implemented using specific tools for the two
implementation platforms, one for FIWARE-based implementations and one
for u2-based implementations. A third toolbox contains instruments thatmake life easier for city planners. And finally, the project has resulted inconcrete use case deployments in various cities in Japan and Europe, using
the tools provided by the project.

In this flyer, we highlight the FIWARE-based tools that others can use to make their cities smart. For all the rest and moredetails, please visit http://www.cpaas.io/

FIWARE Toolbox

Component
Name
IoT Broker
FogFlow
NGSI-LD Broker
Deployment
Knowledge BaseNGSI to RDF
Mapper
STH Comet

Security
Components
LoRaWAN toNGSI-10 bridge
Grafana Plugin
Android AppThe following components were developed or enhanced:

Short Description &Source Code Link
Separates IoT applications from underlying devices.
https://github.com/Aeronbroker/Aeron

Maintainer

Distributed execution framework to support dynamic
processing flows over cloud and edges.
https://github.com/smartfog/fogflow
Middleware component that implements the new
NGSI-LD API for Context Information Management

Tool for managing the deployment of IoT Devices,
including associations of mobile devices with people
and other physical entities .

Maps NGSI data model instances to RDF triples andinserts them in the CPaaS.io Semantic Data repository.
Manages historical raw and aggregated time series
information about the evolution in time of context
data registered in an Orion Context Broker instance.

FIWARE-based Instantiation
Architecture

PEP Proxy enforces authorization policies. All security
components available as a Docker image:https://github.com/cpaasio/
This bridge listens to incoming messages on
LoRaWAN applications and transforms them into
NGSI10 format using TTN device and decoder API.

Plug-in to visualize CPaaS.io data using the NGSI API
in Grafana.
https://github.com/cpaasio/Grafana-NGSI-Plugin.

Provides users with means for producing data(“Crowd-sensing”) and control their personal data.

For more information on other FIWARE components, please refer to the FIWARE Catalogue available athttps://www.fiware.org/developers/catalogue/

The CPaaS.io project is jointly funded by the European
Commission (grant agreement n° 723076) and NICT fromJapan (management number 18302). All information
provided on this flyer is provided "as is" and no guarantee
or warranty is given that the information is fit for any
particular purpose. The user thereof uses the information atits sole risk and liability. For the avoidance of all doubts, theEuropean Commission and NICT have no liability in respectof this document, which is merely representing the view ofthe project consortium.

cpaas@bfh.chw w w . c p a a s . i oCoordinator Europe:

Prof. Stephan Haller
Bern University of Applied Sciences
E-Government InstituteBrückenstrasse 73
CH-3005 Bern
Switzerland

Project Duration:

July 2016 – December 2018@cpaasio