News and Announcements
May 30, 2008 - Navy SPAWAR Selects GIRD Systems for SBIR Phase II Award
GIRD Systems was selected by Navy SPAWAR to continue their research with L3 Communications - Nova Engineering in the area of GPS-denied geolocation. The Phase II program will implement in prototype hardware the algorithms developed during Phase I and will culminate with a flight-based demonstration using civilian aircraft.
April 2, 2008 - U.S. Navy Selects GIRD Systems for Contract Award
Navy SPAWAR has notified GIRD Systems that their proposal has been selected for an SBIR Phase I award to study improved mathematical and simulation methods for land-mobile satellite communications systems.
January 25, 2008 - GIRD Systems Selected by U.S. Air Force for SBIR Phase II Award
The Air Force Research Lab in Rome, NY has selected GIRD Systems for a SBIR Phase II Award to build and demonstrate prototype hardware for their "Advanced RF Solutions Wireless Network Security" program. This program is a continuation of an SBIR Phase I program that began during the previous year.
GIRD Systems was selected by Navy SPAWAR to continue their research with L3 Communications - Nova Engineering in the area of GPS-denied geolocation. The Phase II program will implement in prototype hardware the algorithms developed during Phase I and will culminate with a flight-based demonstration using civilian aircraft.
April 2, 2008 - U.S. Navy Selects GIRD Systems for Contract Award
Navy SPAWAR has notified GIRD Systems that their proposal has been selected for an SBIR Phase I award to study improved mathematical and simulation methods for land-mobile satellite communications systems.
January 25, 2008 - GIRD Systems Selected by U.S. Air Force for SBIR Phase II Award
The Air Force Research Lab in Rome, NY has selected GIRD Systems for a SBIR Phase II Award to build and demonstrate prototype hardware for their "Advanced RF Solutions Wireless Network Security" program. This program is a continuation of an SBIR Phase I program that began during the previous year.