Sommelier
Khalani
World Markets
Swig
Aomi Labs builds a runtime that turns intent into onchain execution. Exact transaction is composed and rehearsed on a forked copy of live blockchain, and returns it to the user's wallet for signature. The runtime is non-custodial, account-abstracted, and protocol-agnostic across EVM and SVM. No malformed transaction ever reaches a signature.
All six transactions committed and confirmed on-chain — the full sequence executed atomically: staked 5 ETH → Lido (~5.0001 stETH), wrapped to wstETH, supplied as Aave collateral, and borrowed 1000 USDC to your wallet.
Expand your product offering with programmable order types, portfolio automation, and cross-chain execution. Aomi manages the execution lifecycle—from transaction construction and simulation to signing and settlement—while your platform retains the customer relationship and fee economics.
Operationalize investment strategies across vaults, venues, and chains. Aomi converts existing models and mandates into continuously running workflows governed by exposure limits, venue allowlists, scoped authorization, pre-trade simulation, and auditable execution records.
Launch native conversational and automated investing experiences without rebuilding your signing or custody stack. Aomi translates customer intent into policy-checked, simulated transactions that users authorize through your existing wallet infrastructure.
Aomi Labs hosts serverless, memory-less agents that need transaction capability. We call them Aomi Apps, in the spirit of ChatGPT plugins or Claude Connectors. Developers build them with aomi-sdk and manage them in the developer console. Think of it as Vercel for crypto agents, serving traders, builders, and enterprises.
Aomi sends prepared transactions to your existing wallet for approval.
Asynchronous execution is supported with access control policies. Three modes: manual, auto-approve, and bypass permission.
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A complete execution lifecycle for digital asset products—from policy enforcement and transaction construction to authorization, cross-chain settlement, and operational reporting.
Aomi constructs and coordinates transactions while assets and signing authority remain within the customer's existing wallet infrastructure. Aomi never requires custody of client funds or access to private keys.
Define value limits, approved assets, venue allowlists, risk thresholds, and authorization requirements. Controls are enforced outside the model, preventing out-of-policy transactions from reaching the signer.
Every proposed transaction is tested against forked live chain state before signature. The originating instruction, policy decision, simulated outcome, authorization, and onchain receipt form a complete execution record.
Support transaction batching, scoped authorization, and sponsored network fees through account abstraction. Users complete complex workflows with fewer approvals and without maintaining native gas balances on supported networks.
Coordinate swaps, bridges, lending, staking, and portfolio operations across EVM and SVM networks through one execution layer. Each step is constructed, verified, authorized, and settled through a consistent workflow.
Run scheduled rebalances, DCA, limit and stop logic, liquidation safeguards, and treasury workflows after the interface closes. Automation operates within predefined, monitored, and revocable authority.
Install Aomi to Claude Code, Codex, Cursor, OpenCode, or Hermes agents. Harness accessible via CLI, MCP, or API calls.