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Connect Your Physical AI to the Network
Your AI can think. But without connectivity, it can’t operate.
Thursday, May 28 at 11 am ET, learn how to keep robots, drones, and autonomous systems online, anywhere.
Physical AI in the Wild
AI has moved beyond the cloud and into machines that operate in the real world. Robots, drones, and autonomous vehicles are constantly on the move, operating outside standard Wi-Fi coverage zones. They move across facilities, cities, and remote fields where connectivity is frequently unpredictable. That’s the challenge.
Because for Physical AI, connectivity isn’t infrastructure, it’s functionality. In this 45-minute session, Monogoto Co-Founder and CTO, Maor Efrati, breaks down the importance of integrating hybrid networks into your AI architecture to ensure your systems are online, responsive, and scalable, from first deployment to global fleets.
Because for Physical AI, connectivity isn’t infrastructure, it’s functionality. In this 45-minute session, Monogoto Co-Founder and CTO, Maor Efrati, breaks down the importance of integrating hybrid networks into your AI architecture to ensure your systems are online, responsive, and scalable, from first deployment to global fleets.
What We’ll Cover:
- Why Wi-Fi Is Not Enough>> Discover why cellular-first architecture is required for real-world AI.
- Public + Private + Satellite >> The importance of a unified connectivity layer across cellular, private LTE/5G, and satellite like Monogoto can help
- Scaling from Proof-of-Concept>> How to effectively scale operations using software-defined, API-managed connectivity.
- Zero Trust for Machines>> Utilizing SIM-based identity as a hardware root-of-trust to ensure robust security.
- ... and more
Meet the speakers
Maor Efrati
Laurens Slats