Core Technologies
End-to-end technical depth builds an insurmountable moat for data and AI models.
Radiation-hardened chip
Aerospace-grade computing hardware
AI Inference Engine
On-board intelligent computing
High-Reliability Design
Stable in-orbit operation
Heterogeneous Computing
Flexible compute combinations
Digital Twin
Full-link simulation
On-orbit verification
Field‑proven reliability
Six Technical Pillars
AI RAN Intelligent Radio Access
Deeply integrate AI into the radio access network to deliver intelligent resource scheduling, adaptive beam management and dynamic spectrum optimization, greatly boosting satellite communication efficiency and coverage quality.
On‑Satellite Core Network
Deploy lightweight core‑network functions on satellites to enable on‑satellite local data processing and routing, reduce reliance on ground stations, and cut communication latency.
Digital Twin Constellation
Build an end-to-end digital twin system for satellite constellations to enable real-time operation simulation, fault prediction, and intelligent operations & maintenance.
Space-based AI Operating System
A space‑native AI OS tailored for space environments supports on‑orbit model inference, autonomous evolution and in‑orbit MLOps, empowering satellites with genuine intelligence.
Large Model Governance Platform
Supports local execution of large‑language models including Qwen, delivering end‑to‑end management covering model training, pruning, quantization and deployment to empower intelligent decision‑making for satellite constellations.
5G NTN/6G Protocol Stack
Complete implementation of a non-terrestrial network protocol stack, enabling high-speed reliable communication in low-Earth orbit satellite scenarios with large latency and significant Doppler frequency offsets.