SAFESHORE PROJECT OVERVIEW Geert De Cubber SafeShore ALFA Workshop, - - PowerPoint PPT Presentation

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SAFESHORE PROJECT OVERVIEW Geert De Cubber SafeShore ALFA Workshop, - - PowerPoint PPT Presentation

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SAFESHORE PROJECT OVERVIEW Geert De Cubber SafeShore ALFA Workshop, Black Sea Integrated Close Protection 04/12/2018, Brussels, Belgium 1 Neptun-Constanta, 30/05/2016 Why? H2020 Call BES-02-2015 Maritime Border Security Topic 2:

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Black Sea Integrated Close Protection Neptun-Constanta, 30/05/2016

SAFESHORE PROJECT OVERVIEW

Geert De Cubber

SafeShore – ALFA Workshop, 04/12/2018, Brussels, Belgium

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Black Sea Integrated Close Protection Neptun-Constanta, 30/05/2016

Why? H2020 Call BES-02-2015 Maritime Border Security

Topic 2: Affordable and easily deployable technologies for EU coastal border surveillance with reduced impact on the environment Specific challenge

  • The use of low cost and “green” technologies is expected to become mandatory for future border

control systems in environmentally sensitive areas. Passive systems fit this application, due to electromagnetic invisibility, lower detectability and cost and the possibility of use practically anywhere.

Scope

  • further development of devices and sensors for maritime targets and environment (e.g. fit for

mobile platforms) easily deployable on field and with limited impact on spectrum environment.

  • development of specific, early identification, tracking and fusion algorithms
  • operation in network configurations together with other systems for improved performances

Safeshore Project started on 01 May 2016 – until 31 December 2018

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Sa SafeShore – AL ALFA Wor

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04/12/2018

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Black Sea Integrated Close Protection Neptun-Constanta, 30/05/2016

CONFIDENTIAL

SafeShore Consortium

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Industry Partners Country Scope

  • Dr. Frucht Systems Ltd.

Israel Laser detection systems and algorithms UTI Grup Romania Video analytics, data fusion, GIS & C2 TG Drives Czech Republic Laser detection systems platform Optix Bulgaria Visible & thermal camera systems Research Partners Country Scope Institute of Optoelectronics Romania Visible & thermal camera systems Academia Partners Country Scope Royal Military Academy of Belgium Belgium Consortium coordinator, passive radio detection Queen Mary University UK Algorithms development University of Salento Italy Requirements analysis End User Partners Country Scope The Protection and Guard Service Romania Field trial of the system (Black Sea) Ministry of Public Security Israel Field trial of the system (Mediteranean Sea) Police Region West Coast Belgium Field trial of the system (North Sea) Romanian Border Police Romania Field trial of the system (Black Sea)

Sa SafeShore – AL ALFA Wor

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Black Sea Integrated Close Protection Neptun-Constanta, 30/05/2016

SafeShore Solution Mission / Capabilities

  • Detection of low altitude RPAS and their remote

control equipment involved in unauthorized surveillance and offensive actions (delivery of explosive charges or small projectile attacks), launched from boats, ships or land, in border area harbours, in coast radar locations, at river border crossings and on-board oil platforms and large ships.

  • Detection of small vessels coming to shore
  • Detection of humans emerging from the sea

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SafeShore Usage Scenarios

SafeShore can be used as:

  • stationary detection point
  • in harbour areas, at river border

crossing, to detect remote delivery

  • f explosives or chemical weapons,

and border trafficking of drugs

  • for coast radars, to detect remote

delivery of explosive charges

  • stationary chain-of-detectors along high-risk border areas, to provide long term

protection in areas with persistent problems

  • mobile deployable system in areas where intelligence predicts higher volume of illegal
  • r threatening activities.

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What is the proposed SafeShore solution?

SafeShore developed a system integrating multiple commercially available detection technologies to ensure detection of low-altitude flying RPAS and small boats

  • Laser ranging (LIDAR) detection of small RPAS

at low altitude, where radars cannot ensure detection due to altitude radar limitation and small radar cross section of the target, and detection of boats and humans emerging from the Sea, using the 2D LIDAR

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LIDAR Technology in SafeShore

2D LIDAR

  • Detection of targets on the surface (boats, humans)

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LIDAR Technology in SafeShore

3D LIDAR

  • Detection of targets in the air (RPAS/UAV/drones, birds, helicopters)

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Black Sea Integrated Close Protection Neptun-Constanta, 30/05/2016

What is the proposed SafeShore solution?

SafeShore developed a system integrating multiple commercially available detection technologies to ensure detection of low-altitude flying RPAS and small boats

  • Laser ranging (LIDAR) detection
  • Passive acoustic detection, to offer a

complementary detection technology that is not affected by the same adverse effects as the laser scanner, and to provide means for acoustic target classification

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Sa SafeShore – AL ALFA Wor

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Passive Acoustic Technology in SafeShore

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Sa SafeShore – AL ALFA Wor

  • rkshop, 04

04/12/2018

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Black Sea Integrated Close Protection Neptun-Constanta, 30/05/2016

What is the proposed SafeShore solution?

SafeShore developed a system integrating multiple commercially available detection technologies to ensure detection of low-altitude flying RPAS and small boats

  • Laser ranging (LIDAR) detection
  • Passive acoustic detection
  • Passive radio communication detection

and localization of remote control stations

  • n sea or land, by passive spectrum

monitoring and triangulation

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Sa SafeShore – AL ALFA Wor

  • rkshop, 04

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Passive Radio Technology in SafeShore

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Sa SafeShore – AL ALFA Wor

  • rkshop, 04

04/12/2018

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Black Sea Integrated Close Protection Neptun-Constanta, 30/05/2016

What is the proposed SafeShore solution?

SafeShore developed a system integrating multiple commercially available detection technologies to ensure detection of low-altitude flying RPAS and small boats

  • Laser ranging (LIDAR) detection
  • Passive acoustic detection
  • Passive radio communication detection

and localization

  • Visible and thermal CCTV to provide means
  • f verifying the detection

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Sa SafeShore – AL ALFA Wor

  • rkshop, 04

04/12/2018

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CCTV Technology in SafeShore

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Sa SafeShore – AL ALFA Wor

  • rkshop, 04

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What is the proposed SafeShore solution?

Big problem

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What is the proposed SafeShore solution?

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Sa SafeShore – AL ALFA Wor

  • rkshop, 04

04/12/2018

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Black Sea Integrated Close Protection Neptun-Constanta, 30/05/2016

What is the proposed SafeShore solution?

SafeShore developed a system integrating multiple commercially available detection technologies to ensure detection of low-altitude flying RPAS and small boats

  • Laser ranging (LIDAR) detection
  • Passive acoustic detection
  • Passive radio communication detection

and localization

  • Visible and thermal CCTV
  • Video analytics engine for target classification

based on deep neural networks

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Sa SafeShore – AL ALFA Wor

  • rkshop, 04

04/12/2018

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Video Analytics Technology in SafeShore

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Sa SafeShore – AL ALFA Wor

  • rkshop, 04

04/12/2018

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Black Sea Integrated Close Protection Neptun-Constanta, 30/05/2016

What is the proposed SafeShore solution?

SafeShore developed a system integrating multiple commercially available detection technologies to ensure detection of low-altitude flying RPAS and small boats

  • Laser ranging (LIDAR) detection
  • Passive acoustic detection
  • Passive radio communication detection

and localization

  • Visible and thermal CCTV
  • Video analytics engine
  • Data fusion for correlating data from

multiple sensors

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Sa SafeShore – AL ALFA Wor

  • rkshop, 04

04/12/2018

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Data Fusion Technology in SafeShore

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  • rkshop, 04

04/12/2018

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Black Sea Integrated Close Protection Neptun-Constanta, 30/05/2016

What is the proposed SafeShore solution?

SafeShore developed a system integrating multiple commercially available detection technologies to ensure detection of low-altitude flying RPAS and small boats

  • Laser ranging (LIDAR) detection
  • Passive acoustic detection
  • Passive radio communication detection

and localization

  • Visible and thermal CCTV
  • Video analytics engine
  • Data fusion
  • Command & Control for creating a

unitary operating interface for the users

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Sa SafeShore – AL ALFA Wor

  • rkshop, 04

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C2 Software Technology in SafeShore

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Data acquisition Data fusion Scenarios & decision support Operator interface Command & Control server Video analytics engine Maps & GIS engine Acoustic Sensors Acoustic Sensors Acoustic Sensors LIDAR Fixed System Acoustic Sensors Acoustic Sensors Acoustic Sensors LIDAR Deployable System CCTV CCTV Local processing engine Data acquisition Data fusion Target signature DB Video analytics engine Local processing engine Interface to intelligence feed Radio Monitoring Radio Monitoring

SafeShore Solution Overview

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SafeShore Deployment

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The SafeShore Research Prototype

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Continuous protection

  • f border area

Protection of port or Coast radar installation Protection of critical infrastructure element Protection of

  • il platform

CONFIDENTIAL

How will the SafeShore system be set up?

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CONFIDENTIAL

How will the SafeShore system be set up?

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Sa SafeShore – AL ALFA Wor

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04/12/2018

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How was the system validated?

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In order to provide & validate pan-European solutions, validation tests were performed in 3 geographically distinct marine environments:

North Sea: Belgium – Lombardsijde Mediterranean: Israel Black Sea: Romania - Constanta

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Way ahead...

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Further integration Push from TRL 6 system to a TRL 9 product

 Commercial partners within SafeShore

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Way ahead...

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Adaptability to Other Use cases:

Protection of Critical Infrastructure

  • Rogue RPAS can be used to deliver explosive charges or CBRN agents as part
  • f a terrorist attack against Critical Infrastructure sites
  • Early detection of such RPAS can be used in combination with various

counter-RPAS measures (entanglement nets, ballistic)

Protection of government officials

  • RPAS are a risk factor in case of public events where government officials or
  • ther VIPs can be the target of attacks using RPAS as means of delivery
  • Early detection of such RPAS can be used in combination with various

counter-RPAS measures (entanglement nets, ballistic) or evacuation measures

Sa SafeShore – AL ALFA Wor

  • rkshop, 04

04/12/2018

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Black Sea Integrated Close Protection Neptun-Constanta, 30/05/2016

QUESTIONS?

SafeShore – ALFA Workshop, 04/12/2018, , Brussels, Belgium