Robot Dog Fights

Combat sport for the AI era.

A project by @yaya_labs_

[Robot Dog Fights @robotdogfights]

03 07 26

[Robot Dog Fights @robotdogfights]

at @ucl today. i think we found our next engineers.

[Robot Dog Fights @robotdogfights]

who's building the weirdest hardware at @UCL right now?
robotics, drones, combat systems, kinetic art, strange machines.
we want to meet you.

[Robot Dog Fights @robotdogfights]

@shahh robot dog fights.

[Robot Dog Fights @robotdogfights]

@justinnguyen took us under a minute.

[Robot Dog Fights @robotdogfights]

@JakeFleshner dog fights.

[Robot Dog Fights @robotdogfights]

@varrock @_Ibrahimsheba building in stealth

[Robot Dog Fights @robotdogfights]

@_Stocko_ give us a holler if you ever want to modify some dawgs

[Robot Dog Fights @robotdogfights]

@lukas_m_ziegler put weapons on them

[Robot Dog Fights @robotdogfights]

@darkestdollx @VICE that's the spirit.

[Robot Dog Fights @robotdogfights]

somewhere in london right now a robot dog is being trained to rip another one apart.

july 3rd. outernet london. @VICE streaming to 20M+

come see what we built.

[Robot Dog Fights @robotdogfights]

@Polymarket about time.

[Robot Dog Fights @robotdogfights]

@Tristanrhee3 dog fights.

[Robot Dog Fights @robotdogfights]

@TheMoonCarl shrimp farming apparently

[Robot Dog Fights @robotdogfights]

@SHL0MS @s8n hi

[Robot Dog Fights @robotdogfights]

@16vchq bloodsport.

[Robot Dog Fights @robotdogfights]

wetware is next.

[Science Simplified @Scivf4]

This is what the AI brain looks like.

[Science Simplified @Scivf4]

This is what the AI brain looks like.

[Robot Dog Fights @robotdogfights]

wait till we put these in our dogs.

[Rohan Paul @rohanpaul_ai]

🔥 WORLD'S FIRST BIOCOMPUTER, POWERED BY HUMAN BRAIN CELLS ON A SILICON CHIP

Cortical Labs released CL1, a bio-computer using 800,000 lab-grown human neurons interfaced on a silicon chip.

Each chip costs $35,000, with a cloud version at $300 per week.

sub-ms response, remote access via "wetware-as-a-service"

Outlearns RL agents in real-time tasks with adaptive cell behavior.

→ Live neurons are sustained for up to 6 months via onboard life-support hardware (nutrients, temperature, waste control). Each neuron batch is donor-derived, enabling use-case variation (e.g., disease modeling, genetic diversity).

→ Use cases include neuropsychiatric drug testing (e.g., epilepsy, Alzheimer’s), AI acceleration, and behavioral computation. In one study, epileptic cell cultures improved learning after applying antiepileptic drugs.

→ Unlike preclinical models with static behavior, CL1 lets researchers stimulate cells dynamically and measure functional restoration—bridging computation and biological response modeling.

[Robot Dog Fights @robotdogfights]

robot dogs. fighting. live. london. july 3rd. streaming with @VICE.

[Robot Dog Fights @robotdogfights]

@CalebSol shrimp farms