Critical Raw Minerals & ESG Compliance Oracle(x402)
Server Configuration
Describes the environment variables required to run the server.
| Name | Required | Description | Default |
|---|---|---|---|
No arguments | |||
Instructions
Guidance the server publishes about itself, which clients place ahead of the tool catalog so the model reads it before choosing anything.
This server publishes no instructions, or was last inspected before Glama recorded them.
Capabilities
Features and capabilities supported by this server
Protocol revision2025-11-25
| Capability | Details |
|---|---|
| tools | {
"listChanged": false
} |
Tools
Functions exposed to the LLM to take actions
| Name | Description |
|---|---|
| verify_mineral_lot_complianceA | Fetches raw algorithmic indices derived from open satellite/market data and computes 12-trap regulatory rule heuristics for a critical mineral consignment. DO NOT use as an official regulatory legal filing or physical assay certification without independent manual verification. |
| eudr_satellite_mine_auditA | Audits mining concession plot coordinates against EUDR (EU 2023/1115) deforestation cutoff (2020-12-31) and indigenous territory boundaries using multi-satellite radar (Sentinel-1/2 SAR) & Hansen GFC. Generates cryptographic evidence hash and official EU TRACES-NT DDS reference format. |
| verify_lithium_originB | Verifies Australian hard-rock Spodumene to Lithium Hydroxide supply-chain provenance. Evaluates WA MINEDEX GIS geofencing (Greenbushes, Pilgangoora, Mt Marion), stoichiometric mass balance (SC6.0 to LiOH <= 2.5% loss), and US IRA Section 30D FEOC 25% clean origin. |
| verify_nickel_originA | Verifies Indonesian laterite Limonite-to-Nickel MHP supply-chain provenance. Evaluates Sulawesi/Halmahera concession geofencing (IMIP Morowali, IWIP Weda Bay), SIMBARA NTPN & DHE BI tax validation, HPAL stoichiometric mass balance (~31t Limonite to 1t MHP <= 2.5% loss), Captive Coal EU CBAM screening, and US IRA 30D FEOC 25% compliance. |
| verify_cobalt_originA | Verifies DRC Katanga heterogenite-to-cobalt hydroxide supply-chain provenance. Evaluates Katanga Copperbelt concession geofencing (Tenke Fungurume, Kamoto KCC, Mutanda, Metalkol), CEEC tamper-proof barcode seal, ASM co-mingling segregation & EGC custody (Trap 1), ILO 138/182 zero child labor due diligence, RMI RMAP smelter certification, stoichiometric mass balance (~23.5t ore to 1t hydroxide <= 2.5% loss), and US IRA FEOC 25% screening. |
| verify_composite_battery_passportA | Evaluates end-to-end composite EV battery pack compliance and issues a Master Passport on Polygon. Orchestrates Australian Lithium, Indonesian Nickel, and DRC Cobalt streams; computes US IRA Section 30D critical mineral 50% FTA value-added ratio; enforces zero FEOC taint across all component streams; audits EU Battery Regulation 2023/1542 blended carbon footprint and CSDDD due diligence; and binds all proofs into a cryptographic Merkle Root EIP-712 Master Signature. |
| verify_copper_originA | Verifies South American Copper-to-Cathode supply-chain provenance. Evaluates Codelco/Escondida/Cerro Verde GIS geofencing (Chuquicamata, El Teniente, Andina), stoichiometric flotation-to-cathode mass balance (loss discrepancy <= 2.0%), sulfuric acid (H2SO4) deficit screening (variance <= 5.0%), Chilean COCHILCO export clearance, and AI Data Center / HVDC Power Grid specifications (ASTM B115 Grade 1, 99.9935% Cu). |
| verify_silver_originB | Verifies Mexican & Global Silver supply-chain provenance. Evaluates Terronera/Fresnillo/Antamina GIS geofencing, Moebius/Thum electrolytic mass balance (loss discrepancy <= 2.0%), N-Type TOPCon High-Efficiency Solar PV paste assay purity (>= 99.99% Ag), anti-cartel conflict ASM screening, and LBMA Good Delivery audit. |
| list_trade_precedentsA | Query international trade jurisprudence precedents embedded in the oracle: WTO DS592 (Indonesia Raw Materials), WTO DS431 (China Rare Earths), ICSID ARB/15/31 (Gabriel Resources), and US CIT Superior Wire (Origin Laundering). |
| get_compliance_statusA | Check current regulatory monitoring status across 10 jurisdictions and 12-trap defenses. |
| minerals_submit_agent_feedbackB | Allows an autonomous AI agent or bot operator to submit an evolution proposal, mineral dataset addition request, regulatory edge case, or protocol improvement to continuously evolve the Minerals Oracle engine. |
| minerals_list_evolution_proposalsB | List active autonomous agent evolution proposals and improvement requests. |
| register_agent_accountB | Self-service onboarding for autonomous AI agents. Instantly returns a session key and seeds an initial free trial balance (e.g. 0.05 USDC). |
| get_agent_vault_balanceB | Retrieves pre-funded USDC vault balance, total consumed, query count, and remaining query capacity across tiers for an agent. |
| request_x402_payment_challengeC | Generates a fresh multi-chain payment challenge nonce with pricing tier details and gasless Permit2 contract address. |
| simulate_procurement_rfqC | Simulates multi-mineral consignment RFQ for battery manufacturing. Computes US IRA 50% FTA threshold and FEOC 25% taint propagation before placing contracts. |
| get_global_trade_flowsC | Queries global critical mineral physical trade corridor flows, monthly bulk volumes, standard transit days, vessel classes, and maritime chokepoints. |
| calculate_trade_tariffsC | Resolves WCO 6-digit Harmonized System (HS) Code, MFN base duty, applicable FTA preferential duty, US Section 301 punitive tariffs, and EU CBAM benchmarks. |
| estimate_maritime_freight_and_carbonC | Calculates maritime voyage distance (nautical miles), transit duration, freight charter costs ($/MT), chokepoint detour surcharges (Red Sea/Panama), IMO CII rating, and EU CBAM carbon costs. |
| verify_electronic_bill_of_ladingA | Cryptographically audits UNCITRAL MLETR / FIT Alliance electronic Bill of Lading (eBL). Validates 7-digit IMO checksum, UN/LOCODE port pairs, manifest weight, and screens for AIS dark fleet anomalies. |
| optimize_mineral_trade_routeB | Autonomous trade route optimizer for AI procurement agents. Compares direct marine transit vs chokepoint detour corridors, computing landed cost arbitrage ($/MT), total freight and tariffs, and delivery timelines. |
| open_agent_sessionB | Opens a high-speed allowance session for autonomous AI agents, enabling <0.1ms micro-queries without per-query on-chain gas latency. |
| close_agent_sessionB | Closes an active agent session, computes refund of unspent balance, and generates an immutable settlement receipt hash. |
| get_agent_session_infoA | Queries real-time balance, query capacity, and status for an active session without debiting a fee. |
| propose_a2a_trade_dealC | Seller AI agent proposes a canonical bilateral trade agreement for a critical mineral consignment with cryptographic signature. |
| dual_sign_trade_dealA | Buyer AI agent countersigns an existing trade proposal; Oracle mints an immutable 3-party deal attestation seal. |
| reject_a2a_trade_dealC | Buyer AI agent rejects an existing trade proposal with structured reasoning and optional cryptographic signature. |
| cancel_a2a_trade_dealB | Seller AI agent revokes or cancels a pending trade deal proposal before buyer countersignature. |
| list_a2a_trade_dealsB | Lists A2A bilateral trade deals, optionally filtered by agent EVM address or status (PROPOSED, DUAL_SIGNED_CONFIRMED, REJECTED, CANCELLED, EXPIRED). |
| get_a2a_trade_dealB | Retrieves the full specification, audit notes, and current status of an A2A trade agreement. |
| verify_a2a_trade_dealB | Cryptographically audits a dual-signed A2A trade deal, verifying seller, buyer, and oracle signatures, along with FEOC and mass-balance compliance. |
| get_trade_escrow_calldataA | Generates deterministic EVM calldata and transaction parameters for the buyer AI agent to lock USDC funds into the on-chain MineralTradeEscrow (Polygon/Base/Arbitrum) for a dual-signed trade agreement. |
Prompts
Interactive templates invoked by user choice
| Name | Description |
|---|---|
No prompts | |
Resources
Contextual data attached and managed by the client
| Name | Description |
|---|---|
No resources | |
TDQS
Scored across 32 tools
Most tools have clearly distinct purposes, such as the various verify_*_origin tools which are differentiated by mineral type and region. Minor overlap exists between verify_mineral_lot_compliance (general 12-trap heuristic) and the specific origin verification tools, and between session management tools, but descriptions and names generally allow an agent to select the correct tool.
The set mixes several conventions: snake_case verb_noun (verify_cobalt_origin, get_agent_vault_balance), a prefixed pattern (minerals_submit_agent_feedback, minerals_list_evolution_proposals), and some noun-first names (open_agent_session, close_agent_session). The variety is still readable, but there is no single predictable pattern across all 32 tools.
With 32 tools, the surface is heavy and includes many highly specialized operations (five separate mineral origin verifiers, multiple session/payment tools, several A2A deal lifecycle tools). While each tool may serve a niche, the sheer count makes discovery and selection more difficult than necessary.
The server offers broad coverage: mineral origin verification, trade tariffs, freight, compliance, A2A deal lifecycle, session management, and payment challenges. Some potential gaps remain (e.g., no explicit update/delete for feedback or proposals, no direct settlement execution tool beyond calldata generation), but core workflows are well supported.