This company develops algorithms for routing, scheduling, and orchestration specifically designed for satellite networks. Their technology aims to optimize resource management and ensure low-latency communication in space-based networks.
Funding
Funding not disclosed
Founders
Product
Problem
The increasing number of LEO satellite constellations and IoT devices in space require efficient network management to handle significant bandwidth, computation, and storage demands while maintaining low latency. Existing network solutions often struggle to adapt to the unique challenges of non-terrestrial networks (NTNs), leading to suboptimal resource utilization and communication delays.
Solution
Uninet develops advanced algorithms for routing, scheduling, and orchestration specifically designed for satellite networks, optimizing resource management and ensuring low-latency communication in space-based networks. Inspired by terrestrial 5G technologies, Uninet's software-defined networking (SDN) solutions enhance performance and efficiency while reducing network loads. Their algorithms balance network demands, crucial for the growing data needs of space missions, and minimize task completion times while meeting energy, bandwidth, and computational constraints. Uninet's microservices architecture offers scalability and fault tolerance, seamlessly integrating across multiple satellites and networking platforms.
Target Audience
Uninet's primary customers are satellite-as-a-service providers and organizations deploying IoT solutions in space who require advanced networking capabilities to optimize performance and reliability.
Features
- Dynamic, distributed algorithms for routing network traffic between satellites and ground stations
- Task scheduler for remote sensing applications that run on the satellite edge
- Network slice orchestration using optimization methods from terrestrial 5G network slicing
- Low-complexity backpressure-style algorithms to optimize throughput and minimize latency
- Microservices architecture for scalability and fault tolerance
- Compatibility with software-defined networking (SDN)