Safety Assured Control and Security Architecture for Mission Autonomy RCI-2026-002
Summary
AI-generated · Mar 12, 2026Market research to identify industry capabilities in software and hardware solutions that provide a safety-assured control and security architecture for uncrewed air, ground, and maritime platforms and their integrated lethal and non-lethal payloads operating under remote or autonomous control. The objective is to establish an independently verifiable level of assured control for safety-critical functions of robotic autonomous systems across various supervision levels. Supervision may range from an operator in-the-loop to on-the-loop, or to complete local autonomy, spanning multiple operational domains.
CPE MA is conducting market research/sources sought to identify industry capabilities for software and hardware solutions to provide a safety assured control and security architecture for uncrewed air, ground and maritime platforms and their integrated lethal and non-lethal payloads operating under remote control and/or autonomous control. The goal is to provide an independent verifiable level of assured control with safety-critical functions of robotic autonomous systems under various levels of supervision. Supervision may range from an operator in-the-loop to on-the-loop, to complete local autonomy, all in a variety of operational domains.
From Sources Sought posted on Mar 11, 2026Notice history
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Sources Sought LATEST Posted Mar 11, 2026
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