CEO @koop_ai and https://xitter.cf/t.co/4uqGTjayAB – Certify and insure AI operating in the physical world IN BOTS WE TRUST 2026 Report: https://xitter.cf/t.co/CEEdVBB8TM

New Jersey, USA
Joined August 2019
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Replying to @RyanEppley
Most definitely
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Replying to @axios
Autonomous vehicle fleet model is growing and becoming the de-facto commercial deployment layer for AVs
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They really named a humanoid Sergey 🤣
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Sergey Litvinenko retweeted
Digging out after 10 days in China Will write more / share more later Top of mind: 1 - energy is everything 2 - manufacturing is not won through cheaper humans but through excellence at manufacturing processes and built up industrial clusters around them 3 - robotics is not lost yet / needs real data at scale / this game is still open 4 - robotics hardware will be like ai models - all the money will be made in the applications and unique data sets on top of mostly commodity hardware assemblies
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Replying to @Em_Nomadic
Yes! Soon 👀
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Sergey Litvinenko retweeted
Your SPRS score is a legal statement. Recent False Claims Act settlements show why defense contractors must back every compliance claim with evidence.
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Replying to @alexkoch_ai
Whaaat, no freaking way
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Replying to @wholemars
Brave new world
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Replying to @Rewkang
Great move, Andrew
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Robot safety compliance and insurance are critical to unlocking commercial deals. Source: forbes.com/sites/johnkoetsie…
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very cool, thanks for sharing
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Replying to @RyanEppley
That's a crazy result. Congrats
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Replying to @TomPJacobs
It'd be interesting to see a robot tracker for all types and use cases (including industrial bots, self-driving cars, drones, etc.) and compare that to human population on Earth. One of the ways to track progress towards singularity
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Consider the sheer dimensionality of physical world data: spatial geometry, motion, vision, audio, touch, force, temperature… and how all these signals interact and evolve over time. Now multiply that by every possible object, environment, task, physical interaction, and edge case. The resulting space of possible experiences is almost incomprehensibly vast. World data also captures the consequences of actions: what happens when an agent actually interacts with its environment. Robotics data collection is a practically bottomless well.
The winning robotics data business has a much higher terminal value than investors are underwriting today. Robotics will be a long race with many twists and turns, but when the ChatGPT moment hits, the winning data player will be in a very strong strategic position to capture token value. They will have large revenue, a strong balance sheet, talent density, deployments experience, and hardware supply chain knowledge. When it comes time to blitzscale they will be amongst the players that can capture the most value. The reason this is misunderstood today is because most people are using traditional LLM data businesses as a prior for robotics data businesses and what their terminal value could be. I posit this is incorrect framing. Because the model and harness are integrated in LLMs, there is very little room for data players to play meaningfully in the token value flow in the long term. In robotics this is exactly the opposite, the model and harness (hardware) are separate, the pretraining era is just beginning, there are many more dependencies on distributors/deployers, and there is a large surface area for other players than just models to capture value. Open source will also play a larger role earlier in the robotics race, as all prior LLM learnings will be incorporated as the race is run. This also creates opportunities for long term infrastructure players. There is a massive amount of terminal value in winning robotics data and participating in the path of the industry from a position of strength. From first principles: The endgame of robotics will take place over the next decade. Empirically, today, no player has enough data, enough model intelligence, or sufficient hardware to facilitate a fast revenue takeoff in the field. No player has reasoned through the right sales motion either, which can take years to develop pilots and move to production. Serious players are correctly focused on scaling up pretraining/deep learning vs. who has the best model, deployment, or hardware today. The robotics data business takes participants on a global hunt to build data, supply chains, and hardware. Along the way it also teaches deployment and deep knowledge of SOTA model development. Winning data participants also get the first crack at the still nascent robotics RL market, which will likely be the next large revenue stream after pretraining. As they compete to win data, data players must develop incredible talent density across both Asia and the US. The winning data business will have both Asian and North American DNA. Canada 🇨🇦 encompasses an interesting cultural mixture of both of these parts of the world. Bullish Canadian Robotics Mafias, more specifically Waterloo/Toronto. So: What would constitute a strong strategic position to capture value once the ChatGPT moment of robotics hits? You need a large revenue base, a strong balance sheet, and talent density + experience across data, deployments, hardware, supply chain, and RL. The hyperscalers, the frontier labs, and the winning data player all qualify. Anyone under time pressure in what will be a long race is in a weaker strategic position in my view. Given the costs of integrated hardware+software+deployment, this would actually be most robotics-native players. They will depend on VC interest, which can be fickle.
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Replying to @nikitabier
Financial products?
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