Arbitrum community · Planned EVM adapter
A planned EVM adapter could let Arbitrum applications request AI through BitcoinAI, receive verified result commitments and retain their users, assets, consensus and canonical state on Arbitrum.
Scalable EVM execution
Arbitrum applications can coordinate AI work while retaining their rollup environment and Ethereum settlement assumptions.
What Arbitrum already does well
Scalable EVM execution, DeFi and application-specific chain tooling.
What BitcoinAI can add
Planned AI-request contracts, BatteryAGI execution, Proof-of-AI receipts and asynchronous callbacks.
Asynchronous cross-chain architecture
Messaging is transport. BitcoinAI defines the AI transaction semantics, BatteryAGI coordinates heavy execution, and the source environment remains authoritative for its own state.
01
Arbitrum application creates an AI request
02
Planned EVM adapter transports the request
03
BitcoinAI finalizes job and payment state
04
BatteryAGI executes the workload
05
Proof-of-AI receipt is verified
06
Result callback returns to Arbitrum
The route is an asynchronous state machine. Acknowledgement is not finality, and every transport keeps its own validator, bridge, custody and reorganization assumptions.
Application opportunities
These are design opportunities, not claims of live integrations or guaranteed adoption.
01
Use defi analysis with explicit job, verification, timeout and callback states.
02
Use agent execution with explicit job, verification, timeout and callback states.
03
Use gaming intelligence with explicit job, verification, timeout and callback states.
04
Use orbit-chain services with explicit job, verification, timeout and callback states.
05
Use risk automation with explicit job, verification, timeout and callback states.
06
Use ai marketplaces with explicit job, verification, timeout and callback states.
Builder surface
The integration surface spans contracts, message encoding, provider selection, receipts, callbacks, observability and failure handling.
Typed Arbitrum contracts for job creation, budgets, timeouts and callbacks.
Bounded automation with owner permissions, spend limits and auditable results.
Receipt explorers, provider reputation and portable proof interfaces.
Clear pending, verified, failed, timed-out and refunded application states.
Security and trust boundaries
Arbitrum keeps its users, assets, application state, consensus and governance. BitcoinAI verifies its own AI job and settlement state.
Planned EVM adapter
Developers can help specify the Arbitrum route, test failure states and build applications that use AI without asking the community to abandon its own chain.