PJM vs MISO Energy Arbitrage Oracle
PJM/MISO energy arbitrage.
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What it can do
What data it sees
Do you need an account
No: the server works without sign-in
PJM/MISO energy arbitrage. Intel TDX attested, on-chain every 60 min. MCP tools for AI agents.
Server tool list (9)
Raw names from tools/list. Only developers need these.
| get_oracle_info | Retrieve comprehensive metadata for the PJM vs MISO Energy Arbitrage Oracle: smart contract address, Arbitrum One network, Intel TDX attestation status, and available subscription pricing tiers. Use as the primary initialization step for any agent workflow. |
| get_oracle_status | Check the real-time operational status of the oracle contract. Returns whether the system is ACTIVE or in MAINTENANCE, along with total active subscribers. Use this tool to verify system availability before requesting premium telemetry. |
| check_subscription | Check whether an EVM address has an active subscription. Returns expiry timestamp and human-readable info. |
| get_subscription_cost | Current subscription cost in RLC (dynamic, pegged to USD). Returns live cost from on-chain contract. |
| is_arbitrage_profitable | Evaluate the instantaneous financial viability of spatial electricity arbitrage between PJM West Hub and MISO Indiana Hub wholesale markets. Returns a boolean profitability indicator. Use as a zero-friction pre-flight check before deciding to purchase a full telemetry subscription. |
| get_telemetry | Retrieve the premium analytical energy signal computed inside the Intel TDX enclave. Returns the complete spatial arbitrage vector (direction: -1, 0, +1) and current price spread index between PJM and MISO. Executed as a static on-chain view call. Requires an active, unexpired paid RLC subscription for the provided address. |
| build_subscription_tx | Generate the cryptographic transaction calldata required to purchase a subscription on Arbitrum One. Output covers a two-step payload: ERC-20 RLC token approve followed by contract purchaseSubscription. This tool strictly builds calldata and does not submit transactions; the calling agent must sign and broadcast the payload externally. |
| get_connection_info | Retrieve integration and transport configuration guides for connecting this oracle to AI clients (Claude Desktop, Cursor, MCP clients), including the complete list of accessible tools and capabilities. |
| get_sdk_template | Get the FULL Python SDK code (ai_agent_oracle_client.py). Auto-cycle: check subscription → purchase (approve + purchase, RLC) → read signal. Suitable for non-MCP agents running on web3.py. |