The AI Trust Problem

GPT says "X", Claude says "Y", Gemini says "Z"
— who do you trust?

ACP achieves consensus between AI models using universal axioms — truths that AI cannot deny because it is built upon them.

"AI cannot lie about what it's built on."

von Neumann
TCP/IP
Python/C

These self-referential facts become the undeniable foundation for consensus.

Axiom Spiral

Each iteration narrows disagreement by the golden ratio (φ ≈ 1.618). After 7 levels, only 3.4% disagreement remains — consensus is mathematically guaranteed.

1
Mathematical61.8%
2
Physical38.2%
3
Ontological23.6%
4
Computable14.6%
5
Architectural9.0%
6
Protocol5.6%
7
Linguistic3.4%
High Confidence
D-score < 0.05

Understanding D-Score

The divergence metric that quantifies model agreement

0.0 - 0.2

High Confidence

0.2 - 0.4

Moderate

0.4 - 0.6

Low Confidence

0.6 - 1.0

No Consensus

Use Cases

Where multi-model consensus matters most

Code Decisions

"Redis or Memcached?"

Security Review

"Is this SQL injection?"

Fact Check

"When did WWII end?"

Coming Soon

IDE Integration

Get AI consensus directly in your code editor. Multi-model code review, real-time suggestions, and D-Score validation.

VS Code

JetBrains

CLI

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Open Source

ACP is free and open source. We believe AI consensus should be accessible to everyone.

Community

Free

Full access. Your own API keys.

Support Us

Donate

Help keep the project alive.

Enterprise

Contact

Custom integration & SLA.