Cryptographic, on-chain proof of what robots, drones, and autonomous systems did — without exposing the underlying data. Built on EAS, settled on Base.
Autonomous operations create sensitive data. Stargaze turns a claim about that data into independently verifiable evidence — while the data itself stays confidential.
Flight paths, sensor streams, control policies: the operational record your customers, insurers, and regulators want to trust is the same record you can't afford to disclose. Stargaze resolves that — counterparties verify the claim cryptographically; your data and IP never leave your control.
Every claim is issued as a tamper-evident attestation on EAS, the standard for verifiable records on Ethereum and Base. Field-level selective disclosure means you reveal exactly what a counterparty requires — and nothing more.
Operators prove a condition held — within the authorized corridor, below the limit, completed to specification — without disclosing a single underlying value. Verification is cryptographic and automatic.
Telemetry is signed inside the device's secure element at the moment of capture, binding each attestation to authenticated sensor data — not values entered after the fact.
Operator reliability is continuously scored and backed by stake. Misreporting carries a direct financial penalty — accountability enforced by design, not by audit after the fact.
Cryptographic integrity, hardware authenticity, and economic accountability — defense in depth for data you can't expose.
Demonstrate corridor and airspace compliance to authorities — without publishing the flight path.
Verifiable task and performance records for SLAs, warranties, and customer assurance.
Proof of physical work that stands up on-chain, while contributors keep their raw data private.
Auditable, cryptographic evidence of how a system operated — with no access to the underlying data.
Compliance and confidentiality, without the trade-off.
As autonomous systems move into regulated, high-stakes environments, operators must prove how they performed — to regulators, insurers, and customers — while protecting proprietary data and competitive advantage. Conventional reporting forces a choice between transparency and confidentiality. Stargaze removes it.
Stargaze proves the integrity of a computation over authenticated, hardware-signed inputs. Correctness is guaranteed by zero-knowledge proof; authenticity is rooted in device hardware and reinforced by economic accountability. Every layer is open and inspectable — the assurances are ones you can verify for yourself, not ones you have to take on faith.