STX Orbital is actively developing toward enterprise-grade orbital safety infrastructure with full O/O coordination capabilities.
Last updated: December 2025 • Subject to change based on operator feedback and integration requirements
Core conjunction screening with SGP4/SDP4 propagation, tiered risk classification (RED/YELLOW/GREEN), proximity-based risk scoring, and automated maneuver guidance.
Native parsing of operator TLEs for catalog-wide screening and CCSDS Conjunction Data Messages (CDM/XML) for processing official conjunction warnings with embedded covariance data.
Dedicated REST endpoint (/api/spacex/o2o) built for Operator-to-Operator ephemeris exchange.
Infrastructure deployed and awaiting partner data access agreements.
Accepts TLE/CDM input, returns conjunction assessments in JSON format.
Automated scheduled scans (2/4/8-hour intervals), tiered email alerts (immediate for RED, summary for YELLOW/GREEN), audit logging, and asset management dashboard.
Professional PDF generation with mission summary, screening statistics, conjunction event tables, FDO recommendations, and timestamps for regulatory compliance documentation.
Complete API documentation with request/response schemas, authentication flows, error codes, and rate limit specifications. Machine-readable spec for client generation.
Organization-level isolation with role hierarchy (Admin, Operator, Viewer). Foundation for enterprise deployments with fleet-level visibility and delegated asset management.
Support for trajectory UUID passthrough and definitive/predictive ephemeris classification. Enables correlation of screening results with operator-specific tracking identifiers.
Configurable rate limits per API client with usage tracking and quota management. Supports burst allowances and tier-based throughput limits.
Mutual TLS client certificate authentication for enterprise integrations. Supports operator-provided certificates for zero-trust API access patterns.
Two-way O/O coordination: operators can post maneuver responsibility claims and receive acknowledgments. Enables full round-trip coordination workflow: screen → alert → claim → acknowledge.
Enable operators to upload proprietary high-precision ephemeris (SP3, OEM formats) for enhanced screening against the public catalog. Critical for operators with precision orbit determination.
Single sign-on support for enterprise identity providers (Okta, Azure AD, Google Workspace). Required for streamlined enterprise procurement and IT compliance.
Push notifications to external systems (Slack, PagerDuty, Microsoft Teams, custom endpoints) for real-time conjunction alerts integrated into existing operations workflows.
Time-based covariance growth models for improved Pc estimation over extended prediction windows. Accounts for process noise and state uncertainty evolution beyond static CDM covariance.
Public benchmark results against standardized conjunction scenarios. Includes timing metrics, accuracy validation against authoritative sources, and scale testing documentation.
High-throughput endpoint for screening 1000+ objects per request. Optimized for mega-constellation operators with asynchronous result delivery.
Operator-defined threshold configuration for mission-specific risk tolerance. Support for different profiles per asset class within a single organization.
Optional numerical integration with J2/J3 geopotential, atmospheric drag (NRLMSISE-00), solar radiation pressure, and third-body perturbations. For operators requiring sub-kilometer precision.
Containerized deployment package for sovereign infrastructure requirements. Targeting defense primes and government programs requiring data sovereignty.
Full inter-operator coordination platform: secure messaging, maneuver intent sharing, responsibility handoff tracking, and coordination audit trails for complex multi-party events.
Infrastructure and process alignment for U.S. government cloud compliance. Required for direct engagement with DoD and federal civilian space programs.
Roadmap priorities are driven by operator integration requirements. Current focus areas include O/O data access agreements, mega-constellation fleet screening, and defense/government compliance.
If you're evaluating STX Orbital for integration and need a capability not listed, we'll scope it for your timeline.
Operator requirements drive prioritization. If your mission needs a capability not listed here, let us know.
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