Laser Safety Interlock System Design & Integration

The contract seeks the design and integration of a comprehensive interlock system to automatically deactivate Class IV laser and robotic systems upon activation, ensuring full compliance with Class I laser safety standards. This involves the development and implementation of physical, electronic, and software-based interlocks that work in unison to prevent hazardous exposure by cutting power or halting operation the moment unsafe conditions are detected. The solution must be robust, redundant, and fail-safe, capable of interfacing seamlessly with existing infrastructure while meeting stringent safety and reliability requirements enforced in high-risk operational environments. The work is being solicited as a subcontract under NASA Shared Services Center on behalf of the National Aeronautics and Space Administration, with the North American Industry Classification System code 334510 indicating a focus on navigational, measuring, electromedical, and control instruments manufacturing. The opportunity was posted on July 23, 2026, with a response deadline of July 28, 2026, allowing for a five-day window for submissions. The place of performance and specific location details are not provided, suggesting flexibility in execution or that the work may be delivered remotely or at an undisclosed NASA facility. The project's success hinges on precision engineering, strict adherence to laser safety protocols, and the ability to deliver a system that guarantees human safety without impeding operational efficiency.