Share debris tracking across agencies on a private network with sovereign data contribution, so no single agency's blind spot raises collision risk. Oracle Feeds and the Traceability Ledger build a shared situational catalogue, while Node Permissioning and Audit Logs govern access.
Turn separate national debris catalogues into one shared situational picture that no agency has to surrender control to build.
01.
Combine many sensors into one view. The Traceability Ledger merges debris tracks from every contributing agency into a shared catalogue, so no single blind spot leaves the picture incomplete.
02.
Contribute without ceding control. Each agency writes its tracks under its own permissioned node, so data is shared on the network while ownership and access stay with the source.
03.
Stream live observations. Oracle Feeds ingest sensor and radar tracks continuously, keeping the catalogue current enough for collision avoidance rather than a periodic bulk exchange.
04.
Warn from the fullest picture. A conjunction assessment draws on many tracking sources at once, so collision avoidance decisions rest on the most complete data available.
05.
Control who reads what. Node Permissioning scopes visibility per agency and Audit Logs record every read, so sensitive tracks are shared under explicit, logged terms.
06.
Know each track's origin. Every observation carries the contributing sensor and time, so an analyst can weigh a conjunction warning against the provenance of the data behind it.
Follow a single debris track from sensor ingestion through the shared catalogue to a multi-source conjunction warning.
02:11:40
[SYS] Ingesting debris track from AGENCY_EU radar...
02:11:40
[CMD] ingestTrack { obj: "DEB_44219", sensor: "RDR_07" }
02:11:41
[AUTH] Attaching sensor origin and timestamp...
02:11:41
[OK] Track anchored to shared catalogue.
Cerulea decomposes orbital situational awareness into modular contracts. Each layer ingests tracks, merges the catalogue, governs access, and assesses conjunctions while each agency keeps control of its data.
Orbital situational awareness is a horizontal capability. Here is how different actors put the shared tracking network to work.
Contribute radar and optical tracks under a sovereign node and draw conjunction warnings from many sources at once, closing the blind spots that separate national catalogues leave open.
Key Asset Types
Base collision avoidance manoeuvres on the most complete orbital picture available rather than a single provider's view, reducing both missed threats and unnecessary burns.
Key Asset Types
Fuse contributions from member agencies into one shared catalogue with logged, permissioned access, so situational data is combined without any agency surrendering ownership.
Key Asset Types
Whether you are bridging a national tracking system or streaming live radar feeds from a sensor site, Cerulea routes both into one shared situational record.
For agencies on legacy space surveillance systems. Existing catalogues are translated into sovereign on-chain contributions through the API gateway automatically.
Legacy SSA System
National Catalogues
Cerulea API Gateway
Track Hashing & Scoping
Cerulea Private Chain
Situational Catalogue Ledger
For radar and optical sites streaming observations. An oracle client signs each track from a sensor node and routes it directly to the shared catalogue.
Sensor Node / Oracle
Radar & Optical Sites
Agency Validators
Catalogue Consensus
Cerulea Ledger
Shared Track Record
Building a cross-agency debris-sharing network with oracle ingestion, catalogue reconciliation, sovereign access, and conjunction assessment from scratch requires SSA-domain engineers and long inter-agency alignment. Calculate your exact deployment speed using Cerulea.
Traditional Deployment
Solidity Coding & Audits
~ 13 Months
Visual Compilation
WASM Logical Artifacts
~ 4 Weeks
The legacy timeline reflects inter-agency data-sharing integration benchmarks. Aligning agencies on a shared catalogue schema, building oracle ingestion and reconciliation, and shipping sovereign access controls takes a baseline of 10 months. Building the same architecture on Cerulea takes a baseline of 2 weeks, because Cerulea Studio visually translates your track and access rules into pre-audited WebAssembly binaries and provisions the shared situational ledger instantly.