Space
LuxProvide supports space agencies, research organizations, and commercial space companies with sovereign, high-performance AI and HPC solutions designed for mission-critical workloads.
Advanced Mission Planning and Simulation
Trajectory Scenario Optimization (HPC)
Large-scale parallel simulations to optimize orbital paths, fuel consumption, launch windows, and constellation deployment while minimizing risk and mission cost.
Payload Digital Twin (Ansys-based)
Virtual replica of satellite payloads for structural, thermal, radiation, and RF simulations to reduce prototyping costs and improve reliability.
Coverage Optimization (Satellites + Ground Stations)
AI-driven optimization of constellation design and ground infrastructure to maximize coverage, reduce latency, and ensure redundancy.
Satellite Data Analytics
Weather & Climate Prediction
HPC-powered numerical models using satellite data for high-resolution forecasting, extreme event prediction, and climate trend analysis.
Cropland Detection (Infrared & Multispectral)
AI-based classification (NDVI, soil moisture) for crop health monitoring, yield prediction, and precision agriculture optimization.
SAR + Optical Fusion for Flood & Hazard Detection
Multi-sensor data fusion enabling accurate flood mapping under cloud cover, disaster monitoring, and early risk prevention.
Secure Communications
Post-Quantum Cryptography (PQC) Performance Benchmarking
HPC testing and evaluation of next-generation encryption algorithms to ensure secure satellite and ground communications.
Quantum Attack Simulation (e.g., Shor’s algorithm)
Validation of encryption robustness against future quantum computing threats.
Quantum Key Distribution (QKD)
Real world use cases for Secure satellite-to-ground (HPC centers) communication links for sovereign, quantum-resilient infrastructure.
AI for Autonomous Operations
AI for SSA / SST
AI for SSA / SST
Automated debris detection, collision prediction, and maneuver recommendations for safer space operations.
AI-Based In-Orbit Vision
Onboard computer vision for inspection, docking, anomaly detection, and reduced ground intervention.
AI for Space Resource Exploration Robots
Autonomous navigation, mineral detection, and robotic exploitation for lunar, Martian, or asteroid missions.
Challenges We Solve
- Data Sovereignty Compliance: Ensure sensitive data is processed exclusively in Luxembourg, meeting CSSF and GDPR requirements.
- Security & Compliance Risks: Protect workloads with ISO 27001-certified services and Tier IV data center infrastructure.
- AI Skills & Infrastructure Gap: Access ready-to-use HPC and AI environments without costly internal build-outs.
- Technology Integration: Focus on business outcomes while we manage complex infrastructure and tools.
- On-Demand Performance: Run compute-heavy tasks like stress tests or risk modeling in hours instead of days.
Let’s Talk
Tell us more about your project, your challenges, and what you aim to achieve so we can understand your needs and explore opportunities together.