For traditional service level agreements with automated execution, settlement, and proof, we reduce overhead by 20-40%.
For repetitive, machine-verifiable services, we reduce commercial overhead by 50-80%.
For very small or high frequency transactions, we do more than reduce costs. We make the market economically viable in the first place.
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Three Use Cases:
Provable executions - Space operations lack a neutral, tamper resistant method to confirm that a commanded action was actually performed on orbit. SCRAP provides cryptographic proof of execution and time anchoring. Proof of maneuver, disposal burns, and system switchover events are specific applications of this broader execution verification layer.
Settlement & Accountability - SCRAP’s execution proofs can trigger parametric payments, confirm regulatory compliance conditions, and automate contractual obligations across independent parties. This reduces ambiguity, dispute friction, and reliance on internal logs.
Autonomous Economic Coordination - Nodes can queue, verify, and reconcile microtransactions even without continuous connectivity. Each system can independently price, verify, and settle exchanges of data, compute, power, or services, enabling resilient machine to machine coordination in space.