SpaceCert utilizes blockchain technology to establish a distributed ledger that records all in-orbit servicing activities.

Each action, such as repairs or refueling, is logged in real-time via satellite telemetry and on-board cameras.

This data is encrypted and sent to the blockchain where it is timestamped and verified by a network of nodes, providing an immutable audit trail accessible to insurance, regulatory, and client stakeholders.

Service authentication is facilitated through cryptographic proofs and smart contracts, automating verification processes and reducing human error.

By providing a universally trusted, tamper-proof record of in-orbit activities, SpaceCert reduces insurance risk premiums, speeds up claims processing, ensures regulatory compliance, and builds client trust without reliance on operator-supplied data.

It establishes industry-wide transparency and a single source of truth for servicing verification.

Blockchain technology is mature and capable of handling the data requirements for transactions generated by in-orbit servicing.

Integration with satellite telemetry systems and camera feeds is feasible, given existing tech capabilities; however, regulatory adoption for data standards might face hurdles.

The competitive landscape includes other digital ledger attempts but lacks a comprehensive industry adoption like SpaceCert.