Education, training, standards
Space-cybersecurity workforce development, standards integration, and technical editorship are operational capabilities, validated through engagement with allied partners and standards bodies.
Our roadmap is expressed in deliverables and maturity, not promises. Each phase has a defined output, a defined level of validation, and a defined handover to the next.
Infrastructure for mission-critical environments is not delivered on a marketing calendar. We organize our trajectory around four phases — research foundations, architecture, integration, and scale — each with explicit deliverables and maturity levels.
Where individual capabilities sit on the technology-readiness scale is treated as a public fact. Service-ready capabilities are distinguished from validated prototypes; validated prototypes from documented concepts.
Each phase is a coherent body of work with defined deliverables. They overlap in practice; they are presented sequentially for clarity.
The base layer of education, training, and standards integration. Curriculum for space-cybersecurity workforce development, threat-to-mission resilience briefings, standards crosswalks, and technical editorship of engineering guidance. Validated and service-ready.
Reference architectures for network security and data-sharing infrastructure, autonomous and distributed systems, decentralized AI, agentic and sovereign AI, and zero-trust with cryptographic primitives for space applications. Documented, mapped to standards, and progressing through proof-of-concept.
The data registry and asset exchange protocol — data ingestion, object and class profiles, API references, curated registry blueprints, and access-control and audit flows. Validated in closed environments and progressing toward open operation.
Space infrastructure architecture, registries, and the marketplace protocol — market processes, workflow blueprints, incentive design, dispute mitigation, and onboarding playbooks. Validated in open environments with partner operators.
Engagement pathways with sponsoring nations, allied partners, and dual-use procurement programs. Sovereign deployment options, allied-aligned interoperability, and partner-led capability uplift.
Maturity is a property of the deliverable, not a property of the pitch. We publish where each capability sits, and what it would take to move it to the next level.
Space-cybersecurity workforce development, standards integration, and technical editorship are operational capabilities, validated through engagement with allied partners and standards bodies.
The data registry and asset exchange foundations — validated in closed environments, with documented ingestion, access-control, and audit flows.
Zero-trust, cryptographic primitives, decentralized and agentic systems — reference architectures and prototype workflows, advancing through documented implementation plans.
The roadmap is a function of the vision. For the broader thesis — and for the product surface that grows out of each phase — start with the vision and product pages.