SynthGrid coordinates battery-based inertia response at machine speed, independently verifies every event through a distributed oracle network, and settles verified responses as tradeable tokens on a public ledger.
Each layer operates independently. No single component can fabricate, suppress, or alter a verified event.
Deployed on existing battery infrastructure. Monitors grid frequency in real-time, detects deviations, and coordinates synthetic inertia response. Captures telemetry and produces cryptographically signed bundles.
Five independent validator nodes, each running the same 6-check verification pipeline. No single validator can approve or reject. Consensus requires 3-of-5 agreement. Byzantine fault tolerant.
Verified events are minted as tokens on a public ledger using multi-signature authorization. Settlement, escrow, and trading use native ledger primitives. No smart contracts required.
From physical measurement to on-chain finality, each stage is independently auditable and cryptographically linked.
Grid-side and storage-side meters produce paired readings at 10 Hz. Event detection triggers when frequency deviation exceeds the regulatory deadband threshold.
SAMPLE_RATE: 10 Hz | DEADBAND: ±0.036 HzThe edge device signs telemetry using a hardware-backed Ed25519 key. The bundle includes timestamps, readings, and the SHA-256 hash of all data, tamper-evident by construction.
ALGO: Ed25519 | HASH: SHA-256Independent validators cross-reference telemetry against grid-wide data, recompute energy values, and check physics plausibility. Three of five must agree.
QUORUM: 3/5 | CHECKS: 6 per validatorConsensus-verified events are minted as Inertia Response Unit tokens on a public ledger. Each token carries the full verification provenance in its metadata.
FINALITY: 3-5s | TOKEN: IRU (Multi-Purpose)The IRU is a new digital asset class created by the SynthGrid protocol. Each IRU token represents a single, cryptographically verified instance of synthetic inertia delivered to the grid. It proves that a battery responded to a frequency event, when it responded, how much energy it injected, and that independent validators confirmed it happened.