Norwegian Defence and Security Industries Association

1

• Norwegian Defence- and Security Industries
  Association
• www.fsi.no
• Safe Oslo Fjord,
• Technology
• Safety and Security Systems in Europe
• 1st Information and partnering Forum
• 30th November 1st of December 2006
• Potsdam , Germany
• Presentation by
• Richard Norland, IKT System Partner AS

2
The Oslo fjord area
3

• The Safe Oslo Fjord project describes a task
  under the auspices of the Norwegian ARENA project
  Innovation in Homeland Security
• The aim is to incorporate the vision of a safe
  and secure Oslo fjord as governed by national and
  international regulations
• Potentially 23 Norwegian companies will
  participate

4

• As part of the study on maritime security, an
  overview of the technological expertise of the
  participating FSi companies have been
  catagorized
• The capabilities have been assessed with
  respect to the national and international
  security regulations
• Areas of potential research have been
  identified

5
Overview of technical capabilities categories

• Harbour
• Systems
• Technology
• Maritime (fjord) surveillance
• Systems
• Technology
• Crises management
• Support / planning systems

6
Technological expertise harbour surveillance

• Systems
• Vessel Traffic Management Information
  Systems (VTMIS)
• Port Management Information Systems
• Area / object surveillance (over / under water)
• C3 centre
• Communication-systems (open/crypto)

7
Technological expertise harbour surveillance

• Technology
• Radar ( detection, tracking, classification )
• Optical / IR (detection, tracking,
  classification )
• Sonar (detection, tracking, classification )
• Wireless netbased sensors
• Under - water inspection of ships
• System integration ( both practical and
  theoretical)

8
Harbour mapping
9
Technological expertise maritime surveillance

• Systems
• Vessel Traffic Management Information System
  (VTMIS)
• Blue Force Tracking systems
• Area / object surveillance (over / under water)
• C3 centre
• Communication-systems (open/crypto)

10
Integrated presentation
11
Technological expertise maritime surveillance

• Technology
• Radar ( detection, tracking, classification )
• Optical / IR (detection, tracking,
  classification )
• Sonar (detection, tracking, classification )
• AIS
• VHF tracking
• ESM
• Wireless netbased sensors
• Under - water inspection of ships
• System integration ( both practical and
  theoretical)

12
Under water inspection
13
Technological expertise crisis management

• Technology
• Low-frequency wireless communication
• ROV / UAV
• Blue Force tracking (GPS)
• Mobile C3 centre
• Communication units for external communication
• GSM, GPRS, 3G terminals

14
Expertise planning / support

• Scenario simulations
• Simulation of communication coverage
• Planning tools for complex operations
• Crises management training

15
Some potential national security / safety
requirements

• Protection of critical infrastructure from
  accidents / terrorism
• Surveillance of ship traffic
• Container-scanning
• Large ship accidents, e.g. an oiltanker sinks
  in the Oslo fjord

16
Identified IMO requirements

• Handling of ships arriving from non-ISPS code
  verified ports
• Level 2 and 3 in the ISPS code
• Technology push security demand ?

17
Technological objective harbour surveillance

• Automatic identification of all activties in
  the harbour both over and under water
• Container scanning / tracking
• Surveillance of critical objects
• Under water inspection of ships
• Identification of abnormal behaviour

18
Technological objective maritime surveillance

• Automatic detection of all vessels in the Oslo
  fjord
• Automatic identification of all larger ships
• Surveillance of critical objects
• Under water inspection of ships
• Identification of abnormal behaviour

19
Guidelines for security research - proposal

• Solves an existing technological security problem
• Can be integrated into existing security/ safety
  infrastructure
• Increases the security both emotional and
  technical
• Have a security/safety market potential
• Should involve several companies

20
Safe Oslo Fjord technological security
challenges

• EO detection and identification of sea
  targets
• Sonar identification of divers
• Radar small target detection and
  classification
• Sensor fusion (EO, radar) (green laser, sonar)
• Integration of C3 and sensors for automatic
  identification
• Behaviour assessment

21
Conclusion

• The project Safe Oslo Fjord can be implemented
  using existing national technology capabilities
  and additional technology research
• International cooperation is encouraged