TRL11 develops space-grade video solutions including edge-compute recorders, hardened network switches, and multi-camera systems for spacecraft. These products enable mission monitoring, proximity operations, navigation, and domain awareness in the space environment. The offerings support high-resolution imagery and reliable connectivity for demanding aerospace applications.
Funding
$3.5M raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
CAFounders
Product
Problem
Traditional spacecraft monitoring relies on telemetry data, which can be limited in bandwidth and may not provide sufficient situational awareness for complex operations. This limitation hinders real-time assessment of spacecraft health, in-orbit servicing, and effective Earth observation, especially in bandwidth-constrained environments.
Solution
TRL11 develops space-grade video systems that leverage edge computing and low-latency transmission to overcome the limitations of traditional telemetry. Their solutions provide real-time, high-resolution video monitoring of spacecraft health, enabling enhanced in-orbit servicing, assembly, and manufacturing (ISAM), as well as improved Earth observation capabilities. By integrating AI-enabled video monitoring and tracking, TRL11 enhances situational awareness and operational efficiency for space-based activities.
Target Audience
The primary customers are organizations involved in spacecraft operations, in-orbit servicing, Earth observation, and CubeSat deployment, including space agencies, satellite manufacturers, and research institutions.
Features
- SAVER (Space Aware Video Edge-Compute Recorder): A video solution for recording, processing, and transmitting video in space.
- HANS (Hardened Network Switch): An industrial-grade Ethernet switch designed for reliable space connectivity.
- TRICLOPS: A three-camera system with a stereo camera pair for RPO applications like depth sensing and 3D mapping, plus a wide field-of-view camera for object acquisition.
- CubeSAT Deployer: A customizable launch adapter for deploying CubeSats, supporting various satellite launch combinations.
- Low-latency video transmission for real-time monitoring.
- Edge computing capabilities for on-orbit video processing.
- AI-enabled video monitoring and tracking for enhanced Earth observation.