Maritime Port Security by M Hanif Ismail
Maritime Port Security by M Hanif Ismail
Maritime Port Security by M Hanif Ismail
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Lockheed Martin<br />
Lockheed Martin is a leading designer and manufacturer<br />
of communications, command and control<br />
systems, radar, navigation/surveillance systems<br />
and other software-intensive products that are<br />
necessary for building fully integrated and fully<br />
networked systems.<br />
A prime example of one such networked system,<br />
the US Coast Guard’s Integrated Deepwater<br />
Program, leverages the company’s expertise in<br />
similar systems for the US Department of Defense<br />
customer. Likewise, the company is applying its<br />
multi-sensor technology through its Swimmer<br />
Intruder Detection System, which automatically<br />
detects, classifies and tracks all types of swimmer<br />
intruders.<br />
With Lockheed Martin’s legacy systems, such<br />
as the P-3 Airborne Early Warning and Control Aircraft<br />
and Tethered Aerostat Surveillance Systems,<br />
the company delivers systems that can monitor<br />
land and sea borders from the high ground. Tethered<br />
Aerostats provide continuous real-time radar<br />
surveillance and defence across the US southern<br />
border for both air and surface threats. Under<br />
contract from the US Missile Defense Agency,<br />
Lockheed Martin is building a prototype of the High<br />
Altitude Airship, a lighter-than-air vehicle that can<br />
be deployed at 60,000 feet.<br />
Lockheed Martin is taking a leading role in applying<br />
the cutting-edge technologies of biometrics<br />
and fingerprint identification to the challenges of<br />
homeland security. Lockheed Martin leveraged<br />
advanced technologies to create the capabilities<br />
for identifying and matching fingerprints in just<br />
hours instead of days or weeks. Lockheed Martin<br />
is involved in programmes that apply fingerprint<br />
technology and optical scanning to other biometric<br />
markers, providing highly secure credentialing and<br />
communications, as well as an unprecedented<br />
degree of interoperability among biometric scanning,<br />
matching and card subsystems.<br />
Raytheon<br />
Project Athena Multi-Domain Awareness System<br />
from Raytheon is a network centric, multi-domain<br />
command, control, communications, computers,<br />
intelligence, surveillance and reconnaissance<br />
(C 4 ISR) system for high performance situational<br />
awareness, fusion, analysis and knowledge<br />
management. By exploiting information from<br />
global sources—including sensors, databases<br />
and intelligence—Athena delivers persistent<br />
surveillance, situational awareness and anomaly<br />
detection aids to reduce operator workload.<br />
Athena uses a modern, extendable and open<br />
C 4 ISR framework that works with a wide range<br />
of sensors and collaborates across command<br />
centres and enterprise systems. It employs userfriendly<br />
and role-based methods of managing<br />
correlated information and sharing across local,<br />
regional or global joint command interests. Athena<br />
delivers fast and flexible multi domain awareness<br />
for rapid operational deployments using proven<br />
components.<br />
Athena is based on a proven systems architecture<br />
used <strong>by</strong> NORAD. This robust system can<br />
process multiple inputs on many thousands of<br />
tracks. With a look and feel common to existing<br />
command and control centres, Athena is also userfriendly.<br />
Athena’s framework is based on a tiered,<br />
service-oriented architecture, uses off-the-shelf<br />
components and conforms to US Department of<br />
Defense architecture framework standards. Athena<br />
adds value <strong>by</strong> providing rules-based anomaly<br />
analysis and software agent capabilities, along<br />
with network centric service capabilities.<br />
Raytheon operates the Project Athena Multi-<br />
Domain Awareness Testbed at its facility in<br />
<strong>Port</strong>smouth, Rhode Island. Here, Raytheon<br />
provides ongoing demonstrations of Athena’s<br />
multi-domain capabilities, using live feeds and<br />
simulated threat scenarios, real-time display and<br />
analysis, and real-time re-planning for multiple<br />
event assessments.<br />
Scenarios include global domain awareness<br />
across operational commands; surveillance<br />
across domains (land, air, sea); evaluation of<br />
operational concepts and technology; and border<br />
threats and interdiction. Operational deployments<br />
for border surveillance missions have demonstrated<br />
a robust, user-friendly and effective field<br />
C 4 ISR capability.<br />
Representatives from Raytheon Integrated<br />
Defense Systems joined local, state and federal<br />
officials in Providence, on Apr 16, 2009, for a<br />
demonstration of the <strong>Port</strong> Area Waterside Surveillance<br />
System, or PAWSS. The demonstration<br />
took place at the grand opening of the Providence<br />
Emergency Management Agency’s new<br />
Emergency Operations Centre (EOC). Raytheon<br />
permanently deployed the sensors and its Athena<br />
data fusion and operations centre technology to<br />
provide situational awareness capability. With a<br />
network of sensors from the southern entrance<br />
of Narragansett Bay to the <strong>Port</strong> of Providence 25<br />
miles north, PAWSS allows decision makers to<br />
MARITIME PORT SECURITY<br />
spot and evaluate threats early. Athena integrates<br />
information from the sensors, including radars and<br />
day vision cameras, to provide input to the Rhode<br />
Island Common Operating Picture (RICOP). This<br />
gives officials advance warning and the improved<br />
situational awareness needed to maintain port<br />
security. The shared future vision of RICOP is to<br />
provide an integrated and enhanced situational<br />
awareness capability that provides statewide public<br />
safety and security across multiple domains.<br />
Athena would serve as the data fusion and decision<br />
support backbone.<br />
Thales<br />
The new<br />
Coast<br />
Watcher<br />
radar range<br />
ensures the<br />
safety and<br />
security from<br />
surveillance<br />
of territorial<br />
waters to site<br />
protection<br />
and early<br />
warning<br />
detection of<br />
surface and<br />
air threats.<br />
Thales<br />
Thales provides end-to-end integrated security<br />
solutions to secure port facilities in compliance<br />
with the International Ship and <strong>Port</strong> <strong>Security</strong><br />
(ISPS) Code adopted <strong>by</strong> the International <strong>Maritime</strong><br />
Organisation (IMO).<br />
Thales has the ability to manage, integrate<br />
and provide long-term support for innovative<br />
solutions to meet security requirements for port<br />
infrastructures: terminals, marinas, loading areas<br />
and administrative buildings.<br />
Thales port security solutions are part of<br />
Thales SHIELD, the brand name of the whole<br />
Thales group security and safety portfolio.<br />
They incorporate the most recent technological<br />
advances in access control integration, digital<br />
video surveillance, perimeter detection, tracking,<br />
supervision and security operations management.<br />
The systems are adapted to coastal environment,<br />
calling for corrosion-proof materials and<br />
optimised installation to minimise the effects of<br />
adverse weather conditions. Thales also delivers<br />
consulting services to cover all aspects of security<br />
risk management, whether IT-related, physical,<br />
environmental or people-oriented.<br />
Customer references in this field include comprehensive<br />
security solutions for the port of Calais,<br />
one of Europe’s biggest seaports and global<br />
supervision of the autonomous port of Nantes<br />
Saint-Nazaire on the Atlantic coast.n<br />
ADJ March 2010 25