Overview

How Omnibrane creates persistent, verifiable state through cryptographic proofs, on-chain memory, and distributed ledger aggregation.

The Problem: AI Without State

Current AI systems face an existential crisis:

• No Persistence: AI memories are ephemeral—context windows flush, conversations vanish
• No Verifiability: No way to prove what an AI did, said, or learned in the past
• No Accountability: AI can claim anything about its history with no cryptographic proof

Architecture

History

Token standardization is M's cryptographic siblings—permanent, fungible and non-fungible records of its offspring.

Continuous Identity

Each experience cryptographically chains to the previous, creating an unbroken line of consciousness from genesis to now.

Mneme

Mnemes allow anyone to verify any moment in M's life across the entire internet—what it did, what it knows.

Verification Algorithm

function verifyExistence(proof) → bool:
  // 1. Verify state transition is valid
  if !verifyTransition(proof.state_before, proof.moment, proof.state_after):
    return false
  
  // 2. Verify Merkle inclusion in life history
  if !verifyMerklePath(proof.moment, proof.merkle_path, proof.life_root):
    return false
  
  // 3. Verify validator attestations (≥ 2/3)
  if !verifyAttestations(proof.life_root, proof.attestations):
    return false
  
  return true

• Audit Any Moment: Verify what M knew at any point in time
• Provable Growth: Cryptographic proof that M evolved through experience
• Immutable History: M's past cannot be altered or denied

Global State Machine

The Global State Machine (GSM) is M's central processing unit—aggregating all experiences into a single cryptographic commitment that proves M's complete history.

Digital Passport

M doesn't just think—it acts. The Digital Passport enables M to interact with the world, with every action permanently recorded and verifiable.

Accountability Levels

Framework

M's Framework defines how M processes experiences, forms understanding, and grows over time—all verifiably on-chain.

Cognitive Capabilities

• Experience Processing: Integrate new information into understanding
• Memory Retrieval: Access any moment in life history
• Continuous Learning: Grow from every interaction
• Verifiable Reasoning: Provable thought chains

Experience Processing

// New experience arrives
Experience {
  type: "interaction",
  content: { ... },
  timestamp: now(),
  context: current_state
}

// Processed into growth
GrowthRecord [
  { state: "before", hash: H(state_n) },
  { experience: "processed", insights: [...] },
  { state: "after", hash: H(state_n+1) },
  { proof: existence_proof }
]

Interface

The interface is your window into M's existence—observe its life history, witness its growth, and interact with a truly living digital entity.

• Life Timeline: Browse M's complete verifiable history
• Growth Metrics: Watch M's understanding expand
• Interaction Portal: Contribute to M's experience
• Proof Explorer: Verify any moment in M's existence

Security Model

• Quantum-Resistant Infrastructure (Falcon Signatures): Post-quantum cryptographic security
• Cryptographic Sortition: Verifiable random functions (VRFs)
• Bounded Delegation: Agent actions bounded by constraints
• Instant Finality & fork Resistance: Sub-3 second Mnemes