Infrastructure Delivery
Deployment of the modular protocol stack for data repositories, asset exchange, and marketplace operations across sovereign and allied environments.
A focused engagement model built around protocol-grade infrastructure delivery, secure integration, and ecosystem coordination — for operators, institutions, and allied programs working at the edge of the New Space economy.
Each capability is structured to interoperate with the others. Engagements typically combine two or three areas around a defined mission objective.
Deployment of the modular protocol stack for data repositories, asset exchange, and marketplace operations across sovereign and allied environments.
Doctrine-aware advisory on space data strategy, dual-use posture, and allied interoperability — grounded in USSF, NATO, NASA, ESA, MITRE, and NIST references.
Integration of fragmented data sources, legacy ground systems, and modern cloud services into structured, governed, and exchangeable digital assets.
Cryptography-first engineering, provenance tracking, zero-trust patterns, and standards-aligned secure development for space and ground software.
Threat-to-mission analysis, exercise design, and resilient architecture for space segment, link segment, and ground segment cyber readiness.
Allied-aligned capabilities for sovereign data onboarding, federated exchange, and coalition marketplace participation — TESA- and SOFA-aware delivery.
Cross-standard mapping, technical editorship, and requirements capture for cybersecurity integration and space systems security engineering guidance.
Engagements follow a two-phase model adapted from agency programs. Phase 1 establishes baseline and pilot — mission context intake, system and data inventory, standards profiles, and evidence model. Phase 2 institutionalizes execution — train-the-trainer handover, partner onboarding playbooks, roadmap execution, and technical reporting.
The model is designed to land within existing acquisition and procurement vehicles, including agency framework contracts, allied innovation programs, and direct commercial engagement with operators and integrators.
Every engagement begins with a structured ontology of mission, data, and trust relationships. Architecture follows ontology; code follows architecture.
We map to USSF, NATO, NASA, ESA, MITRE, and NIST references — and to the gaps between them. The deliverable is interoperability, not paperwork.
Capabilities are designed so that commercial and defense use cases share the same protocol surface, with separation enforced through cryptography, policy, and access control rather than parallel stacks.
Every engagement produces verifiable artefacts: reference architectures, technical documentation, exercise outputs, and validation reports — calibrated to the appropriate TRL.
Anchored under German and EU jurisdiction. Engineered to interoperate cleanly with US, UK, and other allied programs without compromising sovereign control.
Operators, agencies, and integrators — if a capability above aligns with a current program or procurement track, we welcome a structured conversation.