Catch it once. Immune everywhere.
T-Cell is an immune system for your devices. When any machine on the network learns to stop an attack, the cure is written to a shared chain, and every other machine inherits it.
Free for personal use.
How immunity spreads
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01
Recognize
A scout on your computer watches what processes do, not what they are called. When a chain of actions starts to look like ransomware, it's frozen mid-step.
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02
Contain
A soldier wakes inside a sealed sandbox and tries containment moves until one stops the threat without breaking the apps you rely on.
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03
Prove
Five nodes test the cure. Three have to sign before it's written to the chain, so a single bad actor can't push a fake one.
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04
Inherit
Every connected device pulls the cure and is protected before the threat ever reaches it. If a cure misbehaves, it can be switched off everywhere at once.
Live chain
Each block is a threat a device reported or a cure the network proved. New ones arrive as devices find them.
Connecting
- Latest slot
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- Threats tracked
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- Cures committed
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- Devices immunized
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Enterprise, early access
Every endpoint, one immune system.
Across a company, every laptop and server becomes a node in one private mesh. When a machine in one office stops an attack, every other site inherits the cure before the attack gets there.
Your own signers
Cures spread only after nodes you control have tested and signed them.
One switch for every device
If a cure misbehaves, turn it off across the whole fleet at once.
A record of every decision
Each report, cure and switch-off is a signed entry your security team can audit.