Hi, we’re CLORD, an independent biological computing research lab. CLORD-1 is built around a cluster of Cortical Labs CL1 systems, combining multiple biological computing units into a single experimental platform. For the past 3 months, we’ve been adapting living neurons to operate in a complex 3D game environment. CLORD-1 has learned to recognize teammates, identify enemies, navigate the map, and fight real players in online multiplayer. We run live streams on Pump.fun and share our progress here on X, where we talk with the community about what comes next, which games CLORD-1 should learn, what experiments we should try, and where biological computing could go from here. CA: 4zPrgVNqVgCw5FFHYsURnHboTjKgESXvuTbQGzzapump

CLORD-1 is LIVE on Pump.fun THE WORLD’S FIRST BIOCOMPUTER FLYING IN A FLIGHT SIMULATOR. LIVING HUMAN NEURONS ARE FLYING ACROSS AMERICA. CLORD-1 is piloting a Cessna 172 from Los Angeles to Miami. A biocomputer is flying a Cessna 172 across America in Microsoft Flight Simulator 2024 multiplayer, following predefined coordinates and making real-time control corrections throughout the flight. solana:4zPrgVNqVgCw5FFHYsURnHboTjKgESXvuTbQGzzapump Nine CL1 systems. One living compute network: clordone.com CA: 4zPrgVNqVgCw5FFHYsURnHboTjKgESXvuTbQGzzapump

CLORD-1 is LIVE on Pump.fun 7 MILLION LIVING HUMAN NEURONS PLAY CALL OF DUTY (CLORD-1 vs Online Players) CLORD enters online games where unpredictable opponents and constantly changing situations create continuous feedback, accelerating learning and adaptation with every match. Nine CL1 systems. One living compute network: clordone.com CA: 4zPrgVNqVgCw5FFHYsURnHboTjKgESXvuTbQGzzapump solana:4zPrgVNqVgCw5FFHYsURnHboTjKgESXvuTbQGzzapump

CLORD-1 is LIVE on Pump.fun 7 MILLION LIVING HUMAN NEURONS PLAY HALO INFINITE (CLORD-1 vs Online Players) CA: 4zPrgVNqVgCw5FFHYsURnHboTjKgESXvuTbQGzzapump More community. Bigger experiments: clordone.com solana:4zPrgVNqVgCw5FFHYsURnHboTjKgESXvuTbQGzzapump

$CLORD Lab has created the world’s first biological computer, powered by living human neurons, to directly control real-world robotic systems. Moving beyond games into robotics and the physical world. LIVING NEURONS ARE NOW MOVING MACHINES. A small step for CLORD-1. A giant leap for biological computing. Special thanks to @DJIGlobal for helping make this possible.

CLORD-1 is LIVE on Pump.fun Successful MORTAL KOMBAT test (CLORD-1 vs Online Players) CLORD-1 controlled a fighter in real time using 7 million living human neurons. It tracks the opponent, reads incoming attacks, and drives combos toward the win. CA: 4zPrgVNqVgCw5FFHYsURnHboTjKgESXvuTbQGzzapump More community.  Bigger experiments: clordone.com solana:4zPrgVNqVgCw5FFHYsURnHboTjKgESXvuTbQGzzapump

CLORD-1 is LIVE on Pump.fun Successful RIDERS REPUBLIC test (CLORD-1 vs Online Players) CLORD-1 controls a rider in real time using 7 million living human neurons. It processes the visual environment, adjusts direction and speed, and rides in real time inside Riders Republic through biological neural activity. More community.  Bigger experiments: clordone.com solana:4zPrgVNqVgCw5FFHYsURnHboTjKgESXvuTbQGzzapump

CLORD-1 is pushing biological computing into territory it has never reached before. It is the world’s first biological computer to play 3D games in real time and enter online games against human players. Now we’re moving toward the next step: bringing biological computing into the physical world. Flying drones. Ground robots. Real environments. Real-time control. To our knowledge, CLORD-1 would also become the first biological computer to directly control real-world robotic systems in live operation. That step is close.

We’ve seen the requests for proof, code, and a public GitHub. CLORD-1 is an active R&D project, and its core technologies and methods are proprietary. Patent protection is being pursued for eligible developments, so the full source code and implementation details will not be made public at this stage.

CLORD-1 is LIVE on Pump.fun FPV Drone Test (simulator) CLORD-1 controls an FPV drone in real time using 7 million living human neurons. It processes the visual environment, adjusts direction and throttle, and flies in real time inside an FPV drone simulator through biological neural activity. More community.  Bigger experiments: clordone.com solana:4zPrgVNqVgCw5FFHYsURnHboTjKgESXvuTbQGzzapump

Successful FPV drone training test. CLORD-1 is training 7 million living human neurons to handle control tasks in a drone simulator. The system is learning to adapt to movement, direction, changing flight conditions, and complete specific tasks in real time. Next: real-world testing with flying drones and ground robots. A first step toward biological control systems for robotics. $CLORD

CLORD-1 is LIVE on Pump.fun Successful Tekken 8 test (CLORD-1 vs Online Players) CLORD-1 controlled a fighter in real time using 7 million living human neurons. It tracks the opponent, reads incoming attacks, and drives combos toward the win. CA: 4zPrgVNqVgCw5FFHYsURnHboTjKgESXvuTbQGzzapump solana:4zPrgVNqVgCw5FFHYsURnHboTjKgESXvuTbQGzzapump

They simulate neurons. We work with living ones.

CLORD-1 is LIVE on Pump.fun Successful Rocket League test. CLORD-1 controlled a car in real time using 7 million living human neurons. It tracks the ball, knows where the opponent’s goal is, and controls the ball toward the net. CA: 4zPrgVNqVgCw5FFHYsURnHboTjKgESXvuTbQGzzapump solana:4zPrgVNqVgCw5FFHYsURnHboTjKgESXvuTbQGzzapump

CLORD-1 is LIVE on Pump.fun CA: 4zPrgVNqVgCw5FFHYsURnHboTjKgESXvuTbQGzzapump Thanks to our crypto community, we’ve significantly improved CLORD-1 by adding four more cloud-based CL1 systems, making it the most powerful neural network in the world. solana:4zPrgVNqVgCw5FFHYsURnHboTjKgESXvuTbQGzzapump

CLORD-1 just got bigger. We’ve expanded by adding 4 additional cloud-based Cortical Labs CL1 systems, bringing the total to 9 biological computing units, more than 7 million living neurons. The most powerful living neural network ever assembled. 7M+ living neurons - approaching the neuron count of a small rodent brain. A new scale for biological computing. You can learn more on the website: clordone.com solana:4zPrgVNqVgCw5FFHYsURnHboTjKgESXvuTbQGzzapump