Flare Coston2 · chainId 114 ● Checking RPC... 8 MCP Tools Bounty 1: Interop Assets

Autonomous monitoring for Flare's interoperable asset ecosystem

An AI agent that monitors Flare's FAssets (FXRP bridge), FTSOv2 oracle price feeds, and cross-chain bridge health — detecting anomalies, computing risk scores, and generating alerts with real Coston2 testnet on-chain data.

Architecture
AI AgentOrchestrator
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get_ftso_pricesFTSOv2 oracle
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monitor_fassetFXRP bridge
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detect_anomalyHeuristics
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risk_score0-100 scale
→
generate_alertClassified
Agent calls tools in sequence: observe → detect → assess → alert
Flare Coston2 RPCReal on-chain data
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FTSOv2 ContractPrice feeds
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FAsset (FXRP)Bridge state
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Contract RegistryAddress resolution
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System Scans
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Anomalies
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Alerts
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Risk Score
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FTSO Feeds
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Coston2 Block
MCP-Style Tools (8)

Each tool follows the Model Context Protocol pattern with name, description, and JSON Schema input. Click to test live against real Flare Coston2 data.

📡 Live API Output (Real Flare Coston2 Data) 
Ready. Click "Run Autonomous Agent Sweep" or any tool above to see live API responses from Flare Coston2.
What's Real vs Simulated

✅ Real (Live On-Chain from Coston2)

  • Flare Coston2 RPC calls (eth_chainId, eth_blockNumber, eth_gasPrice)
  • FTSOv2 price feeds via getFeedsById (FLR/USD, BTC/USD, ETH/USD, XRP/USD, DOGE/USD)
  • FXRP ERC-20 reads (totalSupply, decimals, symbol, name)
  • AssetManagerFXRP.fAsset() — managed token address resolution
  • FlareContractRegistry.getAllContracts() — all protocol addresses resolved dynamically
  • Live block number and gas price from Coston2 testnet
  • SQLite persistence of scans, anomalies, alerts, FTSO snapshots (Vercel /tmp)
  • Anomaly detection heuristics (FTSO deviation, FAsset supply anomaly, gas spike)
  • Composite risk scoring (0-100) with severity classification
  • Agent orchestration (tool-chaining: observe → detect → score → alert)

⚠️ Simulated / Approximated

  • FTSO baseline prices are approximate (production would use a rolling window of recent FTSO reads)
  • FXRP supply baseline is approximate (~6M, for anomaly detection thresholding)
  • Agent vault collateralization (getAgentInfo) requires a funded vault address; we use supply + manager state instead
  • No LLM API key — agent orchestration is deterministic (reproducible in serverless)
  • No external time-series DB on free tier — history stored in ephemeral SQLite /tmp