We use cookies to understand how we can provide you with a better experience on the site. Hide message CONTACT SCROLL DOWN ADVANCED INTRUDER DETECTION MULTI-SENSOR PERIMETER DETECTION RADiRguard represents a modular and scaleable all-in-one perimeter surveillance solution, reliably detecting and classifying objects before reaching a perimeter. WHAT IS RADiRguard RADiRguard closes a gap in the market by combining traditional stand-alone and next generation sensors in one intelligent perimeter security system. Each self-contained RADiRguard unit combines built-in radar, CCTV, IR & Radio Frequency monitoring, plus intelligent threat classification to detect and classify objects in advance of reaching a fence line. Mission 1. DETECT 2. CLASSIFY 3. RESPOND RELIABLE MULTI-SENSOR DETECTION Individual RADiRguard units can monitor an area up to 40,000m2 (400mx100m), with multiple sensor stations providing seamless surveillance along a perimeter. NiDAR INTERFACE 1 : Real-time Smart Alerts 2 : Event Timeline 3 : Multi-touch control screen 4 : Real-time object tracking 5 : Satellite image and electronic map backdrop 6 : Selection and activation of countermeasures 7 : Protection zones 8 : Object verification, monitoring and reporting COMMAND & CONTROL ON THE MOVE NiDAR also delivers a simplified situation awareness picture directly to an asset on the move. Its mission is to support guard and interception activities by providing critical operational information to mobile devices including ruggedised tablets and head mounted displays. READ MORE HERE LOW FALSE ALARMS DUE TO LAYERED DECISION HIERARCHY 1. Reliable object detection and tracking achieved by compact microwave radars 2. Track behavior algorithms provide first level of classification (eg animal, human, car, truck) 3. Video is analyzed by Artificial Intelligence for object recognition to provide a secondary classification 4. Classification is augmented by analyzing object’s GSM/Wifi/VHF emission and 3rd party data bases 5. Operator is asked to visual confirm alarm video and action on system recommended countermeasures. CAPABILITIES Reliable detection and early warning of perimeter intrusion Classification of humans, cars, trucks, animals All-in-one design = cost effective Mesh architecture = scalable from 400m to 400km fence Multisensor (radar CCTV, IR, radio) = superior performance Intelligent (low false alarms) = real world proof INSTALLATION RADiRguard is a robust, modular sensor package with high availability and reliability, designed to be cost-effective and low maintenance for flexible installation to suit location and environment. SENSORS RADIRGUARD USER INTERFACE NIDAR COMMAND Tech Specs User Interface : NiDAR multitouch command Sensor Stations : RADiRguard (Ra) Pods Ra Pods per system : >256 units Connectivity : Ethernet, Wifi, 3G/4G optional Environmental : IP67 and extended temperature (-20 to +70C) Export : No export control restrictions (eg ITAR) Ra Pod Observation Area : 400m x 100m Ra Pod Optical Camera : HD or 4K with 90° field of view (up to 4) Ra Pod IR camera : 640px x 480px uncooled (optional) Ra Pod Power Usage : 109W (peak) Ra Pod Dimension : 350 x 330 x 330mm Ra Pod Weight : 12kg Download RADiRguard Data Sheet SECTORS Defence Perimeter Vessels Man-Overboard DATA SHEETS NiDAR | Defence NiDAR | Superyacht NiDAR | Merchant MOBtronic RADiRguard CLiMBERguard NEWS MARSS announces opening of KSA Technical Center MARSS announces appointment of Thor Madsen as COO MARSS announces appointment of David Kunzer as Interim CFO MARSS invests over £60M in UK partner chain to deliver operation ISTAR capability globally MARSS Group is pleased to announce the expansion of its operations with the opening of a new facility in Monaco. MARSS showcase NiDAR Mobile capability with integration into off-road Expeditionary Vehicles MARSS SAM LE BEAU RIVAGE 9 AV. D'OSTENDE 98000 MONACO +377 93 50 52 22 INFO@MARSS.COM MARSS LTD 14 CURZON STREET W1J 5HN LONDON UK +44 20 3786 8140 INFO@MARSS.COM MARSS KSA KING KHALID RD, RIYADH SAUDI ARABIA +966 554 558 170 INFO@MARSS.COM © 2021 MARSS Group. All rights reserved. DISCLAIMER