Operator Mission Control
Cosmic Lens™
Mission control for distributed sensors and edge compute.
Cosmic Lens™ by TRL11 is a cloud-native platform for secure orchestration of ground and space-based imaging systems, telemetry devices, and edge AI nodes.
See Everything. Coordinate Everywhere.
PLATFORM CAPABILITIES
- Unified remote orchestration of ground telescopes, satellite sensors, and edge processing fleets
- Secure global access with role-based organizational control and encrypted operations
- AI-powered observation fusion, automated tasking, and digital twin synchronization
- Mission-scale support for defense, allied, civil, and commercial space operations
Mission Overview
Cosmic Lens™ transforms distributed ground and space-based imaging systems into an intelligent, globally synchronized sensing network. By connecting telescopes, satellite cameras, edge processors, and secure cloud infrastructure, the platform enables coordinated remote control, real-time data fusion, and AI-driven analysis across geographic and orbital domains.
With secure global access and role-based organizational boundaries, Cosmic Lens supports autonomous and human-in-the-loop operations while continuously ingesting imagery and telemetry to refine situational awareness. The result is collaborative space awareness at planetary scale - built for resilient, multi-domain missions.
1. Remote Fleet Management for Earth and Space Sensors
Unified orchestration of telescopes, satellite cameras, edge processors, and distributed telemetry devices.
- Tip-and-cue space-based sensors with coordinated tasking.
- Slew and track ground telescopes across multiple sites.
- Operate in autonomous, human-in-the-loop, or manual control modes.
2. Secure Global Access and Organizational Control
Securely relay imagery, video, and telemetry to mobile, web, and command center environments.
- Role-based access control and compartmentalized mission data.
- Secure telemetry relays and encrypted operational pathways.
- Mission control from anywhere, with global device access.
3. AI Cloud Intelligence and Digital Twin Synchronization
Ingest distributed observations and apply cloud AI for continuous mission refinement.
- Detect maneuvers, anomalies, and observation opportunities.
- Fuse multi-sensor telemetry with cross-site triangulation.
- Synchronize improved models back to edge assets for optimized tasking.
4. Built for U.S. and Allied Space Domain Awareness
Purpose-built for resilient, collaborative sensing across defense and allied operations.
- Track and characterize resident space objects.
- Assess status changes and anomalous behavior in near real time.
- Support coordinated missions across distributed organizations.
5. Civil and Prosumer Astrophotography Integration
Enable civil and prosumer astronomers to contribute observations to larger mission outcomes.
- Remote telescope operation through the Cosmic Lens network.
- Selective or public imagery sharing for science collaboration.
- Observation fusion for stronger object state estimation.
6. Coordinated Super-Resolution and Space-Time Fusion
Combine observations across sensors, locations, and time for higher-fidelity intelligence.
- Distributed aperture synthesis and enhanced reconstruction.
- Improved maneuver detectability and characterization confidence.
- Continuously improving world model through collaborative sensing.