A Framework for Verifiable Energy Supply Output on the Solana Mainnet
This paper formalises the protocol underlying the Middle Eastern Oil Reserve ($MEOR), an on-chain custodian for verified energy supply output. We describe an attestation pipeline anchored to the MEOR Reserve Attestation Standard (MRAS-1), a reserve vault built on succinct cryptographic proofs, and a settlement layer for inter-national energy grants operating under multisignature stewardship.
The global energy supply chain has long suffered from opaque reserve claims, unverifiable production data, and logistics processes that resist independent audit. The MEOR protocol introduces a tamper-evident ledger upon which every step of the supply lifecycle — from extraction through delivery — may be cryptographically attested, indexed, and made publicly available in perpetuity.
Suppliers anchor reserve proofs via MRAS-bound steward signatures producing a Reserve Commitment Hash (RCH) recorded to the public ledger. Auditors submit signed Verification Attestations (VA-1) which aggregate into a quorum certificate. Independent inspectors sign Confirmation Receipts (CR-1) bound to the original RCH, producing a verifiable lineage from extraction to delivery.
We employ a succinct non-interactive argument scheme to compress the entirety of a reserve dataset into a 384-byte commitment. The vault permits selective disclosure of measurements while preserving the integrity of the underlying geological record, an essential property for energy custody under sovereign jurisdictions.
The MEOR treasury operates under a 9-of-13 multisignature scheme governed by the Board of Stewards. Supply disbursements follow a pre-published schedule subject to public comment and may be vetoed by any quorum-eligible validator within a 72-hour window. All movements are reflected on the public ledger and indexed for third-party audit.
MEOR provides the global energy supply record with the same cryptographic guarantees long enjoyed by financial settlement systems. We submit this instrument to the global energy community as a foundation upon which a more legible, accountable, and resilient oil supply commons may be constructed.