Albor Space
Albor Space provides software-defined satellite communication technologies, including a multi-orbit channel emulator that recreates LEO, MEO, and GEO conditions for accelerated verification, and a portable SDR user terminal running an in-house 5G protocol stack that can switch to other protocols via software updates. The company also offers custom development services and AI-driven network orchestration research for 5G NTN integration.
- Space Technology
- Telecommunications
- Hardware
- Software Only
- Artificial Intelligence
Funding
Founders
Founder details are not available yet.
Product
Problem
Satellite communication systems face long development cycles and inflexible hardware that cannot adapt to evolving standards or mission requirements. Traditional RF testing equipment is costly, requires extensive setup, and fails to accurately recreate real-world orbital conditions across LEO, MEO, and GEO orbits, slowing verification and increasing risk.
Solution
Albor Space provides a suite of software-defined communication technologies for satellite networks. Its multi-orbit channel emulator recreates LEO, MEO, and GEO propagation conditions with deterministic control, enabling accelerated verification through scalable multi-terminal topologies and hardware-in-the-loop integration. The company also offers a compact, portable user terminal built on software-defined radio, running its own in-house 5G protocol stack; because the entire stack lives in software, the same device can switch to any other communication protocol via software updates. Custom development services tune RF, waveforms, and protocol stacks to specific mission environments, while unified network innovation research focuses on AI-driven orchestration and seamless 5G NTN integration.
Target Audience
Primary customers are satellite operators, space agencies, and defense or telecommunications organizations involved in satellite mission development, verification, and deployment of next-generation non-terrestrial network technologies.
Features
- Software-defined channel emulation with high-fidelity Doppler, delay, scintillation, and fading models based on ITU/3GPP NTN libraries
- Deterministic control for accelerated verification across LEO, MEO, and GEO orbit scenarios
- Scalable multi-terminal topologies with REST and gRPC automation for test orchestration
- Interactive orbit visualizer with real-time analytics and KPI dashboards
- Portable SDR user terminal with fully in-house 5G protocol stack and protocol-switchable design supporting 5G, NTN, IoT profiles, or custom waveforms
- Hardware-in-the-loop integration capabilities for mission rehearsals
- Adapters for 5G core, gateways, and ICDs for frictionless integration into existing mission stacks
- AI-driven orchestration research for intelligent VNF placement and closed-loop telemetry for self-healing networks