Structure
A canonical data registry turns fragmented information into structured, discoverable, verifiable digital assets — with provenance and lineage attached at ingestion.
Product Overview
The digital infrastructure layer for New Space.
A modular protocol stack that structures fragmented space information into usable digital assets, coordinates exchange across organizations and jurisdictions, and binds trust into the operating fabric.
Product Strata
Three layers. One operating system for space markets.
The product is organized as three composable strata. Each stratum solves a distinct coordination problem; together they form an end-to-end operating substrate.
Coordinate
The asset exchange protocol and marketplace protocol enable discovery, tasking, licensing, and settlement across organizations, networks, and jurisdictions.
Assure
Cryptographic identity, policy-as-code, and signed-event audit trails bind confidentiality, compliance, and accountability into the operating substrate.
Product Capabilities
Six capabilities, composable as one stack.
Asset and dataset registry
Canonical structuring of space assets and datasets — schemas, identifiers, metadata, lineage, and access policy bound at the registry layer.
Asset exchange protocol
The exchange substrate for tokenized, policy-bound space assets — discovery, licensing, transfer, and settlement with verifiable receipts.
Marketplace protocol
Workflow primitives for tasking, RFQ, auction, and SLA-bound services — operating across operators, integrators, and end users.
Machine-to-machine coordination
Agentic workflows and demand-aggregation primitives let services compose into larger systems without bespoke integration.
Cross-domain fusion
Orchestration across ground, orbit, and edge — compute-to-data patterns and policy-aware routing for mission-grade workloads.
Attestation and audit
Signed artifacts, immutable event logs, and policy-version trails — making assurance a function of the system, not a periodic exercise.
Architecture Intent
Composable by construction. Sovereign by deployment.
The product is engineered as a modular protocol stack — not a monolith. Operators adopt the strata they need, integrate against documented interfaces, and retain sovereignty over deployment topology, key custody, and policy.
Composability is not a marketing claim. It is the property that allows commercial operators, defense customers, and dual-use programs to share the same protocol substrate without forking it.
Product Principles
What the product is engineered to be.
01
Ontology-first
The data model precedes the interface. Assets, actors, policies, and events are defined as a canonical ontology before any user-facing surface is built.
02
Standards-native
Aligned with NIST, MITRE, ISO/IEC, CCSDS, ECSS, and open geospatial conventions — so integration is a matter of mapping, not translation.
03
Policy as enforceable code
Access, residency, export-control, and licensing rules are machine-checkable artifacts that travel with the asset, not external documents.
04
Audit as a primitive
Every state change emits a signed, ordered, replayable event. Audit is a function of operation, not a reconstruction exercise.
05
Sovereign deployment paths
On-premise, sovereign-cloud, and air-gapped deployments are first-class — for operators that need to retain custody of jurisdiction, data, and keys.
Engage
Go deeper on the product surface.
The platform, modules, roadmap, and product-impact pages take this overview further — into architectural detail, capability scope, stage, and downstream effects.