AKILARIS
Space Intelligence
Making space sustainable for humanity.
Akilaris was founded on the belief that the greatest threat to humanity's space future isn't the distance to other worlds — it's losing access to the one orbit we already depend on. We exist to ensure that the 8 billion people who rely on space infrastructure every day can continue to do so for the next thousand years.
See Akilaris in Action
Discover how our space intelligence platform transforms orbital operations
Platform Capabilities
Cutting-edge technology powering the future of space intelligence
Real-time Monitoring
Live satellite data streaming with millisecond precision for critical decision making across all orbital zones.
Global Coverage
24/7 comprehensive Earth observation with worldwide monitoring capabilities.
AI Analytics
Advanced machine learning algorithms delivering predictive intelligence.
Secure Infrastructure
Military-grade encryption and security protocols protecting your sensitive data.
Data Processing
Process terabytes of satellite data in real-time with quantum-ready infrastructure.
Predictive Insights
Forecast orbital patterns, collision risks, and space weather events.
Compliance Ready
Meet regulatory requirements with built-in compliance frameworks.
Space is Getting
Dangerously Crowded
The near-Earth orbit is becoming exponentially denser. Satellite operators executed over 144,000 collision avoidance maneuvers in just 6 months (Dec 2024-May 2025)—that's 275 maneuvers per day. Manual processing of conjunction warnings is no longer scalable—automation is essential to handle the increasing frequency of events.
AI-Powered
Collision Avoidance
Autonomous decision support for the ESA Space Safety Programme
Seamless Integration
Direct integration into ESA's CREAM platform (Collision Risk Estimation and Automated Mitigation). RESTful API and WebSocket connectivity for bidirectional real-time data exchange.
AI-Driven Analysis
Machine learning-powered analysis of TLE data and CDMs (Conjunction Data Messages) for automatic collision risk assessment and false alarm classification.
Zero Debris Alignment
Supporting ESA's Zero Debris Charter initiative and ISO 24113 space debris mitigation standards. Contributing to sustainable space operations.
Continuous Learning
AI models continuously refined through operator feedback, improving accuracy and reducing workload for the Space Debris Office through intelligent automation.
Multi-Agent
AI Architecture
Specialized AI agents working collaboratively to monitor orbital environments, predict conjunction events, and generate optimal avoidance strategies
Digital Twin Environment
Virtualized representation of orbital environment with real-time synchronization. Enables what-if analyses and maneuver simulation before actual execution.
Multi-Agent Orchestration
Specialized AI agents for data processing, risk assessment, and maneuver optimization. Event-driven message-passing system for parallel conjunction assessments.
Adaptive Learning Pipeline
Continuous training with validated conjunction events. Pattern identification in false alarms and threshold refinement through operator feedback.
Intelligent Data Flow
Watch how our AI agents collaborate in real-time to process satellite data, assess risks, and generate optimal collision avoidance strategies
Orbital Coverage Zones
Track satellites across all orbital altitudes
LEO Satellites
160-2,000 km
Low Earth Orbit
MEO Satellites
2,000-35,786 km
Medium Earth Orbit
GEO Satellites
35,786 km
Geostationary Orbit
Trusted by Industry Leaders
Partnering with the world's leading aerospace organizations
Platform Capabilities
Advanced space intelligence tools designed for mission-critical operations
Ready to Transform Your Space Operations?
Join leading organizations leveraging Akilaris for mission-critical intelligence
Explore the Universe
Experience our advanced simulation technology that powers real-time space tracking and collision avoidance systems