Neural software framework
Build, ship, and verify
neural reflexes.
for software, robots, and autonomous systems.
Compose neural behaviorsSimulate them liveExport them anywhereVerify exactly what they did
Compose neural behaviorsSimulate them liveExport them anywhereVerify exactly what they did
Compose neural behaviorsSimulate them liveExport them anywhereVerify exactly what they did
Compose neural behaviorsSimulate them liveExport them anywhereVerify exactly what they did
Digitized brains have left the lab.
Fly connectomes now run Minecraft agents, Doom, and walking robots.
Neural circuits are small, fast, and exact.
Digitized circuits and spiking networks are arriving in numbers, and they bring what large models cannot.
Small
Hundreds of neurons
Fast
Within one tick
Light
CPU or edge, no cloud
Deterministic
Same input, same output
Replayable
Every decision, again
Most systems don’t need a giant model.
They need a reflex.
A car braking, a drone dodging, an agent reacting to a critical event: that is a specialized reflex, not reasoning, and exactly what small neural circuits do well.
The circuits exist. The software layer does not.
Today they cannot be packaged, composed, shipped, or verified the way software is.
Can't be Packaged
No versioned module with a typed interface, only notebooks and weight dumps.
Can't be Composed
No way to wire sensors, circuits, and actuators into one behavior.
Can't be Shipped
No single file a game, drone, or robot can load and run.
Can't be Verified
No way to prove which bytes ran, or replay what they did.
ReflexOS turns neural circuits into software.
Package them as Blocks. Compose them into Stacks. Ship one .reflex file. Verify every run.
Explore
Discover NeuroBlocks with provenance and interfaces.
Compose
Wire sensors → blocks → actuators in the Workbench.
Simulate
Run the exact Stack live — signal flow in one loop.
Publish
One .reflex file, published under an ENS name.
Verify
Check the bytes, the behavior, and the publisher.
Anyone can publish. Everyone can check.
Claim a name for your project, publish Stacks under it, and register the robots that run them. Every name lives on-chain.
nova.reflexos.ethYour projectIts own registry, its own rules.
brake.nova.reflexos.ethA Stack you publishFingerprint recorded on-chain.
car-7.nova.reflexos.ethA robot you registerRuns exactly that Stack.soon
Anyone can check✓ Same bytes✓ Same publisher
Every critical decision leaves a receipt.
Anyone can replay it and get exactly the same outputs, so you can prove what the reflex saw and why it acted.
Shareable
One small file to send or keep.
Replayable
Run it again, get the same outputs.
Verifiable
One changed byte and it fails.
Accountable
What it saw, and why it acted.
Robotics
Fast local reflexes for collision avoidance, visual motion, navigation, and stabilization.
Neural software that feels like software.
Install one package. Add a reflex in two lines.
reflex — zshlocal · deterministic
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