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SERVICE 003

AI + Blockchain Integration

Bring AI-driven workflows and onchain execution together. We connect agents and applications to wallets, smart contracts, and blockchain data, with clear boundaries between recommendations, approvals, and transaction execution.

Problem we solve

Combining AI with blockchain creates two separate trust boundaries: model recommendations and onchain execution. Products need clear separation between suggestion, approval, signing, and transaction state.

What Raum builds

Raum Network connects AI workflows to blockchain data, wallets, and smart contracts. We design interfaces and controls around a user or operator making informed execution decisions.

Architecture and technology

001

Blockchain data, indexers, and event interpretation

002

Agent or application decision workflow

003

Wallet connection, signing, and approval boundaries

004

Smart-contract calls, transaction monitoring, and recovery states

Use cases

001

AI-assisted onchain operations

002

Policy-aware wallet and transaction workflows

003

Data-driven applications that explain blockchain activity

Delivery process

001

Separate recommendation from execution authority

002

Map required chain data, wallets, contracts, and users

003

Build approval and signing flow around transaction states

004

Test adverse conditions, rejected transactions, and retries

Engineering evidence

001

Model output does not silently become transaction authority

002

Transaction status and failure state remain visible

003

Wallet and contract permissions are explicit in scope

SERVICE FAQ

Questions before scope starts.

Q.001Can AI agents use wallets and smart contracts?

Yes, when permission, signing, approval, monitoring, and recovery design are defined for the specific workflow.

Q.002What is AI plus blockchain useful for?

It can help users interpret blockchain data and coordinate workflows. Value depends on a real product problem, not technology pairing alone.

START WITH CONTEXT

Bring product, system, and delivery constraints.

We will use them to define a technical scope, practical milestones, and next engineering step.

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