
Technology
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Warehouse Robotics
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YC W26
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Valuation:
Undisclosed

Last Updated:
March 24, 2026

Builds AI-powered bi-manual mobile robots that automate dexterous warehouse tasks like picking, sorting, and packing, targeting underserved SMB and 3PL warehouses.
Remy AI deploys a versatile bi-manual mobile platform across a wide range of tasks at 50% lower cost than existing solutions, by replacing mechanical complexity with intelligence. They deploy highly customized systems by taking a couple photos of the customer's environment, generating that environment in simulation, then fine-tuning the robot to that specific deployment. Pre-trained robotics and vision models enable robots to generate trajectories and grasps by themselves, adapting in real-time. Targeting e-commerce 3PLs where inventory mix and volumes are highly variable.
GitHub and hiring signals suggest investment in sim-to-real transfer pipelines and vision foundation model fine-tuning. The bi-manual form factor signals ambition toward coordinated multi-arm manipulation, a technically differentiated bet few competitors are making at the SMB price point. Likely expansion beyond picking into kitting, returns processing, and truck loading. Strong indicators of a forthcoming Robotics-as-a-Service (RaaS) pricing model and WMS API integrations.
AI-driven dexterous robotic manipulation using reinforcement learning and sim-to-real transfer for warehouse picking, sorting, and packing.
The robot learns to grab thousands of different products in a virtual world before ever touching a real box, so it works on day one in your warehouse.
It's like teaching someone to juggle in a video game with the physics cranked to nightmare mode, so when they juggle real balls, it feels easy.
ML-powered fleet orchestration and dynamic task allocation system that optimizes multi-robot coordination across warehouse workflows in real time.
A smart traffic controller for warehouse robots that figures out which robot should grab what, where, and when—so nothing collides and nothing sits idle.
It's like an air traffic controller for your warehouse floor, except instead of planes, it's two-armed robots, and instead of runways, it's aisles full of shampoo and phone cases.
Self-improving vision and manipulation models that continuously learn from deployed robot fleets to generalize across new SKUs and warehouse layouts without manual retraining.
Every time any Remy robot picks up something new, every other Remy robot in the world gets a little smarter—like a hive mind for warehouse hands.
It's like if every time one barista in the world figured out how to make a tricky latte art design, every other barista instantly learned the trick too.
Oscar holds an ML PhD from Oxford specializing in computer vision and robotics, with a patent pending from embedded engineering work on a medical device now used in 1/3 of liver transplants in the US. His last paper was recognized as one of the best in computer vision (Highlight at CVPR 2025). Combined with real-world logistics deployment experience, the team can build robots that are both technically sophisticated and practically deployable in messy warehouse environments.