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Interplanix: Securing Space. Shaping Tomorrow.
AI-powered space intelligence for orbital safety, autonomous
navigation, and the next generation of space infrastructure.
Building from Earth-orbit Space Situational Awareness toward
intelligent, resilient operations across the Earth–Moon–Mars frontier.
Inside Interplanix
Discover our vision for safer orbital operations, intelligent
space systems, and autonomous exploration.
Intelligence for an Increasingly Complex Space Environment
As Earth’s orbital environment becomes more congested and space
missions become more ambitious, operators need better ways to
understand risk, combine uncertain data, and make timely decisions.
Interplanix is developing an intelligent space-systems platform
that combines orbital analysis, data fusion, simulation, and AI-assisted
decision support.
Our Platform: Earth Space Situational Awareness
Our initial focus is Earth-orbit SSA: understanding satellite
trajectories, identifying potential conjunctions, and making
orbital risk information more useful to operators.
Orbital Monitoring
Analyze satellite and debris trajectories to support awareness
of the evolving orbital environment.
Conjunction Analysis
Identify potential close approaches, refine time of closest
approach, and assess collision-risk indicators.
Risk Prioritization
Focus attention on events that warrant further review, with
transparent risk indicators and data-quality context.
Interactive SSA Visualization
Explore orbital objects, trajectories, and conjunction
information through an integrated visualization workflow.
From Orbital Data to Intelligent Decisions
Physics-based orbital analysis provides the foundation.
Our longer-term vision is to build on that foundation with AI,
predictive analytics, and multi-sensor data fusion.
AI-Assisted Space Safety
Develop methods to prioritize conjunctions, identify patterns,
and help operators interpret evolving orbital risk.
Space Weather Intelligence
Integrate space-weather observations and forecasts to help
assess environmental effects on satellites and orbital predictions.
Multi-Sensor Data Fusion
Explore the fusion of orbital data, radar cross-section (RCS)
information, and LiDAR observations to improve object
characterization and uncertainty awareness.
Predictive Space Intelligence
Develop AI methods that combine physical models and observations
to improve forecasting, anomaly detection, and operational decisions.
Beyond Earth Orbit
Our long-term vision extends from Earth-orbit safety to autonomous
mission planning and navigation throughout cislunar space and
eventually toward Mars.
Earth–Moon Trajectory Design
Develop trajectory-analysis capabilities for cislunar transfers,
spacecraft navigation, and mission planning.
Deep-Space Navigation
Explore spacecraft state estimation, trajectory correction,
and navigation under changing mission constraints.
Autonomous Mission Planning
Investigate AI-assisted trajectory optimization, maneuver
planning, and autonomous mission decision support.
Simulation & Digital Twins
Build on orbital simulation and modeling foundations to support
mission analysis, scenario evaluation, and system testing.
Deep-space capabilities represent a future development direction
distinct from our current Earth SSA focus.
Explore Space & Technology
Explore our videos, technical demonstrations, and evolving vision
for space technology.
Why Interplanix
Physics-Informed Intelligence
Build AI capabilities on top of orbital mechanics, simulation,
and measurable engineering constraints.
Operationally Focused
Emphasize meaningful risk, actionable information, and efficient
analysis rather than unnecessary computational complexity.
Connected Data
Work toward combining orbital observations, object
characterization, and environmental data.
Built to Expand
Establish an Earth SSA foundation that can inform future
cislunar and deep-space navigation systems.
Be Part of the Next Frontier
We welcome conversations with investors, aerospace organizations,
research partners, and engineers interested in building the next
generation of intelligent space systems.
© 2026 Interplanix — Securing Space. Shaping Tomorrow.
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