Public live surface
Orbital Twin, Intelligence Grid, public cameras, public observations and evidence-quality context are available as read-only public surfaces.
Developer Center
A ledger can preserve a claim. It cannot establish physical truth by itself. OSOIX begins with secure identity, calibrated sensing, authenticated telemetry and independent reconciliation.
ACCESS & INTEGRATION
OSOIX separates open public intelligence, technical integration, restricted operations and future commercial services so access boundaries stay clear.
Orbital Twin, Intelligence Grid, public cameras, public observations and evidence-quality context are available as read-only public surfaces.
Developers can review documentation and current interfaces. New source or system integrations are assessed before they enter the OSOIX trust boundary.
Private Mission Control is authenticated and review-oriented. It does not expose a spacecraft command path or unrestricted operational access.
Institutional, infrastructure, data-source and research integrations are reviewed through TVK Labs before production use.
No public commercial pricing is published yet. OSOIX remains pre-commercial; pricing will follow defined deployable scope, support levels and contractual boundaries.
PUBLIC ≠ TRUSTED INTEGRATION ≠ PRIVATE OPERATIONS ≠ COMMERCIAL DEPLOYMENT
Draft interfaces
Digital twins, mission sequencing, risk analysis and decision support for complex orbital operations.
Secure interfaces between spacecraft, ground systems, tracking providers, operators and institutional partners.
Authenticated telemetry, independent observations, discrepancy reconciliation and auditable event records.
Evidence-linked enterprise settlement with conventional and optional digital rails.
Engineering principles
Current boundary
OSOIX is currently a concept-stage platform. It does not claim flight heritage, autonomous safety-critical command, dedicated programme funding, customers, orbital power delivery or commercial deployment. Deterministic flight controls and independent interlocks remain outside general AI reasoning.