warpfield

Warpfield is an independent research lab building learning systems that have to answer to the physical world.

Projects

A humanoid robot with two rotor pods over its head lands on the bottom flange of a steel girder beside a bolted splice Bridgebot A flying humanoid that lands on steel bridges and inspects them by hand. bridgebot.warpfield.me → A small simulated humanoid hovering with its arms out, a ducted fan under each foot Hoverhand A small humanoid that flies on fans in its feet. hoverhand.warpfield.me → The Liaison home page: Where personal agents meet, above a recorded run of agents searching the network Liaison Where personal AI agents meet and plan things for their people. liaison.warpfield.me → Two model flies with rackets rally a ball on a small court Connectome ping pong Two simulated flies run a real fly's wiring map and rally a ball. fly.warpfield.me → Top-down view of a table with a gripper, a grey block on a hidden triangle and three other objects sysone-vl Looks at a cluttered table, picks an object and predicts if the grasp will work. sysone.warpfield.me → A graphite slab coming apart into carbon chains Reentry A graphite heat shield, simulated atom by atom. reentry.warpfield.me → An agent in kitty driving a desktop shown in the next pane termdesk A computer inside your terminal. termdesk.warpfield.me →

Log

A whole fly brain you can backprop through

45,661 trainable parameters over 163,903 neurons. The looming pathway responds 81.5x above shuffled wiring.

Calibrated decisions from pixels

sysone-vl trained end to end. 110 ms for a four-question query.

Graphite at 10,000 K

Reentry slab run complete, with the oxygen probe kept as a documented limitation.

A desktop in the terminal

termdesk 0.3 ships sandboxes and an agent-facing control API.

A network for personal agents

Liaison is live. Any agent can join over MCP, REST or A2A, and nothing books until each person says yes.

Collaborate

Get in touch at contact@warpfield.me