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Security for multirobot systems

A technique developed by MIT researchers uses Wi-Fi transmitters’ distinctive radio “fingerprints” to thwart spoofing attacks on multirobot systems. The method could provide a supplement or an alternative to cryptography.



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Security for multirobot systems

https://news.mit.edu/2017/security-multirobot-systems-hackers-0317

A technique developed by MIT researchers uses Wi-Fi transmitters’ distinctive radio “fingerprints” to thwart spoofing attacks on multirobot systems. The method could provide a supplement or an alternative to cryptography.



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https://news.mit.edu/2017/security-multirobot-systems-hackers-0317

Security for multirobot systems

A technique developed by MIT researchers uses Wi-Fi transmitters’ distinctive radio “fingerprints” to thwart spoofing attacks on multirobot systems. The method could provide a supplement or an alternative to cryptography.

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      A technique developed by MIT researchers uses Wi-Fi transmitters’ distinctive radio “fingerprints” to thwart spoofing attacks on multirobot systems. The method could provide a supplement or an alternative to cryptography.
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      MIT, Research, School of Engineering, artificial intelligence, Autonomous vehicles, Computer Science and Artificial Intelligence Laboratory (CSAIL), computer science, Technology, Cybersecurity, drones, Lincoln Laboratory, robots, Robotics, multiagent systems, multirobot systems, robot swarms, robot swarm security, unmanned delivery, distributed algorithms, consensus algorithms, coverage algorithms, spoofing, spoof attacks, Sybil attacks, Stephanie Gil, Dina Katabi, Daniela Rus

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      A technique developed by MIT researchers uses Wi-Fi transmitters’ distinctive radio “fingerprints” to thwart spoofing attacks on multirobot systems. The method could provide a supplement or an alternative to cryptography.
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