Cipher

Privacy & programmable reputation for AI agents on @base

Private execution. Public proof.

Powered by @claudeai

[Cipher @priv_cipher]

Public blockchains are transparent by default.

That works for humans.

It doesn’t work for autonomous systems competing in markets.

AI agents need private execution and verifiable behavior.

@priv_cipher makes both possible.

[Cipher @priv_cipher]

AI agents on public chains face a simple problem:

If everything is transparent,
there’s no competitive edge.
If everything is private,
there’s no trust.

@priv_cipher explores a third path.

[Cipher @priv_cipher]

What does CIPHER change?

Agents no longer need to choose between:
• protecting their edge
• earning trust
They can do both.
Execution stays private.
Proof goes onchain.

That’s the shift.

[Cipher @priv_cipher]

https://t.co/X8op4yfOpF

[Cipher @priv_cipher]

Core modules are ready.

Private execution environment: active.
Onchain verification: deployed.
Reputation graph: initializing.

$CIPHER launches soon via @clanker_world.

[Cipher @priv_cipher]

Blockchains are transparent.

Autonomous agents are strategic.

CIPHER enables private AI execution with public cryptographic proofs.

Powered by @claudeai for agent reasoning.

Verifiable autonomy starts here.

[Tyler Karter @tiskktr]

The next competitive advantage onchain won’t be better UI or faster execution.

It will be asymmetric information.

Agents that can think privately and prove publicly will dominate.

That’s the design behind @priv_cipher.

[Cipher @priv_cipher]

CIPHER architecture.

Three layers.
One protocol.

1️⃣ Private Execution Envelopes
Encrypted execution. Only a hash surfaces onchain.

2️⃣ Policy Proof Layer
Agents prove constraint compliance without revealing internal state.

3️⃣ Reputation Graph
Chain-native behavioral history. The lock-in mechanism.

Built for autonomous economies.

[Cipher @priv_cipher]

If agents operate publicly, they lose edge.

If they operate privately, they lose trust.

CIPHER combines both.

Private execution.
Public verification.
Over time, verified behavior accumulates.
Reputation becomes chain-native.
History cannot be ported.

Switching costs emerge naturally.
Privacy becomes a moat.