PASADENA, Calif. , April 17 /PRNewswire-FirstCall/ -- VIASPACE Inc. (OTC Bulletin Board: VSPC) today announced the company is advancing on its objectives in the global market for defense and commercial security solutions and targeting additional opportunities in new industries. VIASPACE's Security division is fulfilling key customer contracts, securing additional deals, offering a new line of perimeter security solutions, targeting new industries, and globalizing operations with customers and teaming partners in the United States , Middle East and Asia .
Leveraging proven, highly innovative real-time sensor data fusion and inference engine technology developed by NASA and licensed exclusively to VIASPACE, wholly owned subsidiary VIASPACE Security, Inc. develops solutions for the defense, commercial and homeland security markets worldwide.
VIASPACE Security has teamed with a major radar/IR hardware platform manufacturer in the perimeter security sector to resell and add value to the Area Intrusion Monitoring System (AIMS) family of radar security surveillance solutions. The technology is used to monitor critical infrastructure in airports, seaports, borders, military installations and other sensitive perimeters. VIASPACE is pursuing multiple opportunities to build on the AIMS platform utilizing its SHINE sensor fusion and inference engine technology to create new leading edge perimeter security solutions. The company is engaged with and developing demonstrations for a number of potential customers.
VIASPACE Security is quickly moving forward with short to medium term sales opportunities for these advanced perimeter security solutions. A demonstration unit had been ordered, and the company has added key software and hardware staff to support these efforts. The company is in talks with owners of high profile infrastructure including major international airports, seaports and nuclear power plants and has received interest from the U.S. Armed Forces. VIASPACE is also working with a number of major players in the aerospace and defense industries including companies equivalent in size and systems integration capability to Boeing, Raytheon, Northrop Grumman and SAIC. In January VIASPACE Security received a new blanket purchase agreement from the Inter local Purchasing System (TIPS) and Texas-Arkansas Purchasing System (TAPS), making the company eligible to sell to 1500+ local, regional and state government authorities in Texas and Arkansas . The company is also teaming with Raytheon Company's Network Centric Systems on security and surveillance applications.
VIASPACE Security is currently executing on contracts for key customers. The company has been awarded a contract for IED technology. As announced, VIASPACE Security has been selected to provide the overall software architecture and development of specific algorithms and operational software needed for IED detection in this new program. VIASPACE Security recently fulfilled its Phase II contract from L3 Communications for software architecture, integration of software and hardware and final testing for the Advanced Container Security Device (ACSD) program, which is funded by the US Department of Homeland Security. The container breach detection systems have been delivered and are being tested by DHS. VIASPACE twice received additional funding and expanded its role in Phase II and looks forward to the next phase of the program.
VIASPACE Security is also branching out into new industries. The company recently commissioned a comprehensive market analysis to identify the most prospective and immediate customers and applications for its SHINE technology. Sensor fusion combines large volumes of data and inferences derived from multiple sources and sensors to generate reliable decision-support information in applications where speed, accuracy and ease of deployment are critical. VIASPACE's SHINE sensor fusion inference engine can process 1,500+ billion rules per second on desktop class computer processors-dramatically outperforming other comparable commercial technology-and is the only inference engine small enough to be deployed on a chip.