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BitcoinAI — The AI Blockchain for Bitcoin
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BitcoinAI — The AI Blockchain for Bitcoin

Technology

Consensus and AIPoW

The deeper consensus mechanics behind Bitcoin-aligned work and BitcoinAI finality.

Bitcoin-aware infrastructure

BitcoinAI understands Bitcoin work without asking Bitcoin to change.

  1. 1Bitcoin Header
  2. 2Bitcoin Light-Client State
  3. 3Chainwork / Canonical Tip
  4. 4AuxPoW / Merge-Mining Proof
  5. 5BitcoinAI Verification

Planned light-client functions

Engineering
  • Track Bitcoin headers
  • Track cumulative chainwork
  • Determine the canonical tip
  • Handle reorganizations
  • Apply confirmation-depth policies
  • Validate merge-mining proofs
  • Distinguish Bitcoin shares from canonical Bitcoin blocks where the implementation supports it

Exact Bitcoin light-client and AuxPoW rules remain implementation parameters until final testnet and mainnet specifications are published.

Why this matters

  • Bitcoin-aligned work
  • No Bitcoin consensus change
  • Shared mining infrastructure
  • Higher-assurance anchoring possibilities
  • Bitcoin-aware application design

Work-based issuance

AIPoW combines Bitcoin-aligned work with verifiable AI contribution.

AIPoW is the BitcoinAI protocol name. AuxPoW is the underlying merge-mining mechanism used for Bitcoin-compatible shared work.

Canonical

Standard path

  1. Bitcoin-aligned work
  2. AIPoW validation
  3. 1.00reward weight

AI-enhanced path

  1. Bitcoin-aligned work
  2. + valid Proof-of-AI receipt
  3. AIPoW validation
  4. 1.05reward weight

Reward for participant i equals E times w i, divided by the sum of all accepted work weights.

E
fixed epoch distribution budget
wᵢ
participant's accepted work weight
Σw
sum of all accepted work weights in the epoch

The 1.05 weight does not mint an extra 5% outside the reward budget. It changes how a fixed epoch budget is divided among qualifying work.

Scarcity by design

Bitcoin-style halvings define the envelope. BitcoinAI distributes only the active portion.

Issuance envelope
Bitcoin-style halvingCanonical
Theoretical envelope
105,000,000 BTCAI AIPoW authorizationCanonical
Active distribution factor
20%Canonical
Work providers / miners
40%Canonical
Validators / delegators
60%Canonical
Active emissions by eraActiveTheoretical envelope
Era 1Era 2Era 3Era 4Era 5Era 6

Relative shape only — not an issuance schedule.

Illustrative epoch

Illustrative

25 BTCAI

active distribution in one epoch

10 BTCAIwork providers / miners15 BTCAIvalidators / delegators

Undistributed theoretical envelope is not automatically minted or circulating.

Rewards are denominated in BTCAI, not fiat. No value is implied or guaranteed.

Finality + security

AIPoW provides work. Delegated Proof of Stake secures and finalizes the chain.

  • Validators propose and vote on BitcoinAI blocks.
  • CometBFT-style BFT finality: once committed, a block is final.
  • Delegators can participate without running infrastructure.
  • Slashing and unbonding enforce validator behavior.
  • AIPoW work does not independently determine BitcoinAI application history.
  1. 01AIPoW Claim
  2. 02Validator Verification
  3. 03PoS Consensus
  4. 04Final BitcoinAI State

Effective stake equals the smaller of self-bond plus delegated stake, or 10,000,000 BTCAI.

Reward weight
Linear
No super-linear yield boost.
Effective cap
10,000,000
BTCAI reward and voting weight per validator.
Canonical
Unbonding
21 days
Target unbonding period.
Proposed
Commission
Per validator
Set by each validator; shown to delegators.
Explore Validators

Hybrid architecture

Bitcoin-aligned work meets sovereign Cosmos-scale execution.

Hybrid Merge Bitcoin Protocol to Cosmos

A layered design: Bitcoin supplies the work, AIPoW verifies it, a sovereign Cosmos-derived chain executes and settles, and BatteryAGI runs the AI.

“Hybrid Merge Bitcoin Protocol to Cosmos” describes the architecture connecting Bitcoin-compatible merge-mined work with a sovereign Cosmos-derived blockchain. Bitcoin and Cosmos consensus are not literally merged into one consensus algorithm.

Explore AIPoW
  1. L5BatteryAGI + BATT
    • AI compute
    • Model routing
    • Storage
    • Verification
    • Service settlement
  2. L4Multichain / Appchains
    • IBC
    • EVM adapters
    • External chains
    • Custom appchains
  3. L3BitcoinAI
    • Sovereign chain
    • Delegated PoS
    • CometBFT
    • Smart contracts
    • Settlement
    • Governance
  4. L2AIPoW
    • Bitcoin-aligned work
    • AI-qualified work
    • Reward verification
  5. L1Bitcoin
    • SHA-256 work
    • Merge-mining / AuxPoW source
Protocol architecture becomes useful when software teams can turn it into applications.Photo by Creatopy · Unsplash