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SOURCE: AFI

TakeMe2Space has successfully tested and validated a comprehensive array of sensors, actuators, and subsystems on its MOI-TD (Mission of Innovation – Technology Demonstrator) hardware. The testing included key components like Sun sensors, horizon sensors, solar cells, inertial measurement units, reaction wheels, magnetotorquers, airtorquers, the POEM adapter board, and an AI accelerator. This rigorous validation process is a crucial step towards ensuring the functionality and reliability of the technology intended for space missions.

In a particularly innovative approach to test its AI capabilities, TakeMe2Space uploaded large AI models from ground stations to the MOI-TD hardware. The models were then processed by executing external code directly on the hardware, after which the results were encoded, encrypted, and downloaded back to Earth for analysis. This exercise not only demonstrated the potential for real-time AI processing in space but also the security and integrity of data handling in extraterrestrial environments.

However, the testing phase was not without its challenges. While integrating camera hardware into the lab, a critical failure occurred. This unexpected issue with the camera system has not deterred the team; instead, it has spurred a thorough investigation. The engineering team at TakeMe2Space has diligently collected the diagnostic logs to scrutinize the cause of the failure. They are now working to resolve these issues to ensure a more robust system for future launches.

This combination of successes and setbacks highlights the complexities of space technology development. TakeMe2Space’s commitment to overcoming these challenges through meticulous testing, analysis, and improvement underscores their dedication to advancing space exploration technology. This experience will undoubtedly contribute to the refinement of their systems, bringing them closer to achieving their goals in the competitive and ever-evolving field of aerospace engineering.

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