TERRIFFIC

Tools for early and Effective Reconnaissance

TERRIFFIC Solutions

SOFTWARE-RELATED CORE COMPONENTS OF THE TERRIFFIC SYSTEM

  • An Information Management and Decision Support System providing data fusion and tactical information capabilities with open modelling APIs for interfacing with the plume model and extended detector integration with open Detector APIs. This core component will be based on TERRIFFIC partner Bruhn NewTech’s product ‘CBRNE-Frontline’

 

  • Atmospheric dispersion modelling software used to simulate the plume of pollutants and the area of danger, and inverse dispersion modelling software used to evaluate the location of the source and the quantity of release. This core component will be based on the TERRIFFIC partner École Centrale de Lyon’s Safety Lagrangian Atmospheric Model – SLAM

 

 

  • A collaborative augmented/mixed reality environment to support first responders and other at the scene of a CBRNe incident. This core component will be based on the TERRIFFIC partner Luxembourg Institute of Science and Technology’s mixed reality solutions
Screenshot 2019-02-04 at 18.20.31
ECL SLAM
DSCN4534-8×10

MOBILE DETECTION PLATFORMS REPRESENTING CORE COMPONENTS OF THE TERRIFFIC SYSTEM

 

  • A mobile van equipped with improved radiation detection technologies and enabling the integration of tactical information systems. This core component will be based on TERRIFFIC Partner ARKTIS Radiation Detectors’ MODES van, initially developed in FP7 project MODES_SNM

 

  • An unmanned aerial vehicle, including autopilot function and mission automation, allowing for integration of miniaturised payloads to detect radiation outdoors, while being compatible with common decontamination techniques. This core component will be based on the TERRIFFIC partner Aeraccess’ Unmanned Aerial Vehicles (UAV) Q800X, but with further developments with respect to the coordinated use of UGV and UAV for a common operation in swarm mode

 

  • An unmanned ground vehicle, allowing for integration of various detectors, piloted automated exploration and manipulation tasks. This core component will be based on the TERRIFFIC partner Nexter Robotics’ Nerva-LG robot, but further developments with respect to autonomous exploration modes and automatic search capabilities that enable the locating of maximum levels of radiation and contamination

 

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Aeraccess UAV 1_6x4
Nerva-XX

DETECTORS REPRESENTING CORE COMPONENTS OF THE TERRIFFIC SYSTEM

 A handheld detector allowing for discrimination of beta and gamma radiation levels. This core component represents a novel development by the TERRIFFIC partner CEA

 

 A gamma camera significantly reduced in weight and size so that it can be mounted on UAVs and UGVs to detect gamma hot spots. This core component represents a novel development by the TERRIFFIC partner CEA 

 

 

  A SiPR detector reduced in weight and size so that it can be mounted on UAVs and UGVs to detect gamma radiation. This core component will be based on an existing prototype of the TERRIFFIC partner Arktis Radiation Detectors

 

 

 

A portable neutron detector that can be integrated into the above listed mobile van. This core component will be based on the TERRIFFIC partner Arktis Radiation Detectors’ M1000 large-area neutron detector

CEA Handheld BetaGammaDetector 1
CEA Gamma Camera P. STROPPA_CEA-landscape
sipr_boxed
ARKTIS Developmental modular, vehicle-mounted gamma-neutron radiation detection system that doubles as a pedestrian contamination portal monitor
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TERRIFFIC