SBIR OSW27BZ02-DV003 (Office of the Secretary of Defense): Real-World Applications for Prototype ISAC Demonstrations (RAPID) Small Business
U.S. Department of Defense — Office of the Secretary of Defense
- Posted
- Nov 13, 2026
- Closes
- Jan 6, 2027 (in 54 days)
Similar opportunities open now
- SBIR OSW27BZ01-DV002 (Office of the Secretary of Defense): Counter-Unmanned Aerial Systems Rapid MaturationSame funderOpenU.S. Department of Defense — Office of the Secretary of DefenseCloses Nov 25, 2026
- SBIR OSW27BZ01-NV001 (Office of the Secretary of Defense): Counter-Unmanned Aerial Systems Rapid MaturationSame funderOpenU.S. Department of Defense — Office of the Secretary of DefenseCloses Nov 25, 2026
- STTR DAF27TZ01-DV003 (Air Force): Fusion of Cooperative Information Sharing for Uncrewed Air Systems (FOCISAUS)OpenU.S. Department of Defense — Air ForceCloses Nov 25, 2026
- SBIR DAF27BZ01-DV008 (Air Force): Technical Data Package Modernization for Information Assurance and Secure Data ExchangeOpenU.S. Department of Defense — Air ForceCloses Nov 25, 2026
- STTR DAF27TZ01-DV002 (Air Force): Cyber Resiliency for Fog and Edge Computing DevicesOpenU.S. Department of Defense — Air ForceCloses Nov 25, 2026
Amount
Amount not listed here. Check the official program.
Who can apply
Small Business. Startup
About this opportunity
Office of the Secretary of Defense SBIR topic — Accepting submissions 2026-12-02 to 2027-01-06. The Department of War (DoW) seeks to accelerate U.S. leadership in Integrated Sensing and Communications (ISAC), a 5G-Advanced feasibility-study area and a key technology for 3GPP 6G specifications. This project addresses the challenge of adding sensing capabilities to communication networks without degrading the primary communication link across diverse missions and environments, from established bases to remote and contested areas. The goal is to develop innovative, dual-use ISAC prototypes that leverage existing cellular infrastructure including 5G, emerging Open RAN interfaces, and SI-native networking. These solutions should offer a smaller, more cost-effective footprint than separate rada...