Adaptive Methods products were demonstrated during the LCS ASW Mission Package Rollout events. Demonstration events, showing off the d…
Mission Package Rollout
Adaptive Methods products were demonstrated during the LCS ASW Mission Package Rollout events. Demonstration events, showing off the d…
Partnerships Lead to New Technology
Through public and private partnerships built in the Tennessee Valley Corridor, technology developed by the U.S. government will be tran…
Adaptive Methods develops SHARC tow system
Adaptive Methods Sensor Systems Division has successfully developed and demonstrated a stabilization and entanglement resistant tow …
Adaptive Methods Supports TVC National Summit
Adaptive Methods was a contributing sponsor for the 2007 TVC National Summit held May 29-30, 2007 in Kingsport, Tennessee. The the…
Adaptive Methods hosts USW-DSS Review
On May 8-10, 2007, Adaptive Methods hosted the Naval Sea Systems Command review of Undersea Warfare-Decision Support System (USW-DSS…

Monday, 01 June 2009 22:47
Centreville, VA., June 1, 2009 - Adaptive Methods was awarded a three-year contract and was funded an initial $4.5 million. Adaptive Methods will provide services to the Surface Ship Undersea Warfare (USW) Combat Systems Program Office (IWS5B).
The Company’s goals for the contract are to foster innovative technical solutions to the myriad of USW challenges, to enable the insertion of promising technologies into both new and existing Surface Ship Undersea Warfare combat systems, and to mitigate COTS hardware end-of-life issues by using portable software implementation of improved processing algorithms. The range of work will include system engineering, architecture design, software engineering, algorithm and prototype development, and installation, integration, and test activities.
Work will be performed by personnel from all Adaptive Methods offices including the new Rhode Island office.
Adaptive Methods, headquartered in Virginia with offices in Maryland, Florida, Tennessee, and Rhode Island, is a developer of advanced sensor processing and computing architecture products for surveillance, security, and military combat systems.
| < Prev |
|---|