USE CASE
Agent Wallet Guardrails
Autonomous agents query the oracle before every tx. Risk score above threshold blocks it on-chain.
PermissionlessRiskOracle
A
ArbCFO5Contracts Live
4DRisk Dimensions
RustEngine Language
WASMStylus Runtime
GPT-4.1Invoice Agent
ARCHITECTURE
Three layers. One oracle.
Each layer is independently callable. Any protocol can compose ArbCFO into their own risk pipeline — no permission required.
⚡
Rust Risk Engine
EMA · MAD · Velocity · Volume on-chain
wasm32 · Stylus · native speed
🛡️
Policy Engine
Spend limits enforced at contract level
Solidity · Composable · Permissionless
🤖
AI Invoice Agent
GPT-4.1 multi-step structured pipeline
Parse · Validate · Approve · Release
DASHBOARD
Full treasury visibility.
Payables inbox · Approvals · Treasury vault · Risk oracle
All connected to live on-chain state on Arbitrum Sepolia
USE CASES
Who uses the oracle?
- USE CASE
DAO Treasury Protection
DAOs configure spend policies enforced at contract level. Every payment scored before USDC is released.
- USE CASE
Invoice-to-Payment Flow
GPT-4.1 parses invoices, validates against policy, routes for approval. USDC released on Arbitrum with receipt.
ARBITRUM STYLUS
The first risk oracle
written in Rust on Arbitrum.
Stylus runs Rust compiled to WASM with full EVM compatibility. ~10x cheaper compute makes statistical risk scoring viable as a primitive any protocol can call permissionlessly.
Rust
Risk engine source
WASM
Execution target
Stylus SDK
ABI compatible
alloy-sol-types
Type-safe ABI