Structured asset layer
Canonical representations of space-domain assets with provenance, lineage, and classification metadata bound to every record at creation time.
Architecture
Layered. Modular. Secure by design.
A system architecture engineered for mission-critical space operations — where trust must be cryptographic, deployment must respect sovereignty, and modules must compose without compromising the security envelope.
Posture
Architecture is the security boundary.
In mission-critical environments, security is not a property of the perimeter — it is a property of the architecture. Provenance, identity, authorization, and policy must be structural, not bolted on after deployment.
The system separates concerns into clearly defined layers — data, coordination, intelligence, and trust — and uses a modular composition model so that mission-specific deployments inherit the same guarantees as the reference platform.
Layered Model
Four cooperating layers.
Each layer publishes a typed contract and consumes only those of its neighbors. Coordination crosses boundaries; trust does not.
Workflow & routing
The marketplace and workflow layer — discovery, negotiation, intelligent routing, and execution across organizations and jurisdictions.
Agents & analytics
Decision support and machine-to-machine coordination operating under the same auditing, authorization, and provenance regime as human workflows.
Principles
Five architectural commitments.
01
Trust at the protocol layer
Cryptographic identity, signed provenance, and access policy are part of the protocol — not a service that applications choose to call. The system fails closed.
02
Modular composition
Capabilities are packaged as composable modules with typed interfaces. Mission deployments select only what they need; the trust contract is uniform across compositions.
03
Sovereign & allied deployment
Topology supports public cloud, sovereign cloud, and mission-critical edge — with deployment models intended to extend toward isolated and high-assurance environments — without forking the codebase or the policy model.
04
Cross-environment interoperability
Adapters bridge technical, commercial, and operational environments while preserving classification, export-control posture, and chain-of-custody across boundaries.
05
Compliance is structural
ITAR/EAR posture, NIS2 obligations, DORA operational-resilience expectations, and AI Act categorizations are enforced where data and decisions live — not at the UI.
Scalability without trust is not enough. Mission-critical infrastructure must scale and prove itself at the same time.
Deployment
One architecture, many environments.
Commercial cloud
Standard hyperscaler deployment for commercial workloads, with the full trust and provenance regime active by default.
Sovereign cloud
European and allied sovereign clouds for regulated, classified-adjacent, and dual-use workloads — same protocols, controlled jurisdiction.
Mission-critical edge
Air-gapped and tactical-edge deployments for defense and resilience scenarios where connectivity is degraded or denied.
Engage
Architecture is the foundation. Let's discuss yours.
For procurement, integration, or technical due diligence — including review against standards and security posture.