Low SWaP-C Tactical Awareness Payload for Proliferated, Agile Satellites (TAPPAS) for Space Domain Awareness
AI Overview
TAPPAS seeks compact, lightweight sensing technology for satellites that enables real-time threat detection and space domain awareness. The payload combines onboard processing with local situational assessment to support self-protection and shared tactical awareness across contested space environments.
This summary is AI-generated from the official solicitation.
Key Details
Official Description
This D2P2 effort is to develop low Size, Weight, Power, and Cost (SWaP-C) technology for an on-board sensing payload to provide local situational awareness. This effort specifically looks to target low SWaP-C payload and on-board processing capability to sense and assess objects within the local area. This effort targets the combination of in-space sensing and sense-making with the goal to enable both self-protection through the organic ability to detect, track, and characterize immediate threat...
Change History
Low SWaP-C Tactical Awareness Payload for Proliferated, Agile Satellites (TAPPAS) for Space Domain Awareness
New opportunity: Low SWaP-C Tactical Awareness Payload for Proliferated, Agile Satellites (TAPPAS) for Space Domain Awareness
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