Surveillance Technologies

Technology Advances Fisheries Management

to address the increasing challenges of IUU fishing.” Cook continued, “Once this technology becomes standard and widespread in the region, it should ratchet down IUU to negligible levels when used effectively with other existing and emerging monitoring, control and surveillance technologies – as a driving force in improving the way that oceans are managed.” From 2015, WWF has supported the trial and implementation of the Observer eReporting App developed by Integrated Fisheries Information Management System (iFIMS), into a durable hardware platform. The

MTR100: PERSEUS

Autonomous, Real-time Maritime Surveillance The Center provided innovative concepts in the field of unmanned passive monitoring as part of the PERSEUS FP7 European project. Conventional surveillance technologies cannot easily help to detect fast boats, which generally have small radar signatures and do not carry automatic identification systems (AIS). For this reason, the NATO STO CMRE (Centre for Maritime Research and Experimentation) has addressed this problem along with other project partners, as part of the European project PERSEUS. The PERSEUS project (Protection of European BoRders and Seas

Maritime Surveillance: Autonomous and Real-time

CMRE demonstrates systems for persistent, autonomous and real-time maritime surveillance; center provides innovative concepts in the field of unmanned passive monitoring as part of the PERSEUS FP7 European project. Conventional surveillance technologies cannot easily help to detect fast boats, which generally have small radar signatures and do not carry automatic identification systems (AIS). For this reason, the NATO STO CMRE (Center for Maritime Research and Experimentation) has addressed this problem along with other project partners, as part of the European project PERSEUS. T

Autonomous Surveillance PowerBuoy Deployed Off NJ Coast

survivability during Hurricane Irene and its 50-foot high waves. In tandem with the CRADA, OPT was awarded a grant from the Maryland Technology Development Corporation ("MTDC") via a joint technology transfer initiative to show how the Autonomous PowerBuoy can be used with multiple surveillance technologies. OPT is leveraging its experience from the LEAP program, which featured HF radar capability for surface vessel detection, to demonstrate an enhanced tracking technology covering a wider variety of vessels. The application includes an acoustic sensor system in addition to the existing