Astrophysics
Analyze observational archives, simulation outputs, and scientific literature together to identify rare phenomena and accelerate discovery.
Space
Interpreting signals where LLMs see noise
Get StartedLium understands complex aerospace and astrophysical data, surfacing signals from notoriously sparse observations and building validated computational frameworks directly from design documents, reasoning over the most extreme phenomena in the universe.
Space
Interpreting signals where LLMs see noise
Get StartedLium understands complex aerospace and astrophysical data, surfacing signals from notoriously sparse observations and building validated computational frameworks directly from design documents, reasoning over the most extreme phenomena in the universe.
Space applications
AstrophysicsSatellite SystemsAerospace EngineeringPlanetary ScienceSpace InfrastructureDefense & IntelligenceObservatory ScienceLaunch Systems
The Challenge
Your most important mission insights shouldn't live in isolated workflows.
Space programs generate sparse, high-stakes measurements alongside massive simulation outputs and design documentation. Teams need AI that respects export controls, reasons over bespoke formats, and preserves validated analysis paths.
Get StartedSolution
Compound mission knowledge across every analysis.
Lium connects telemetry, simulations, and engineering documentation, validating frameworks against sparse observations and compounding every useful analysis into reusable tools your mission team inherits. What begins as a single review becomes permanent infrastructure for the next design cycle.
Start a free analysisSpace Workflows, Reimagined
Satellite Systems
Monitor satellite health, integrate telemetry streams, and validate system performance across complex orbital operations.
Aerospace Engineering
Connect engineering models, design documentation, and test data to validate performance and accelerate design iteration.
Planetary Science
Combine remote sensing data, mission observations, and geological models to better understand planetary environments and evolution.
Space Infrastructure
Evaluate spacecraft, ground systems, and mission architectures through connected operational, engineering, and performance datasets.
Defense & Intelligence
Integrate multi-source intelligence, sensor networks, and mission data to surface critical signals and improve decision-making.
Observatory Science
Process observational datasets at scale, identify anomalies, and accelerate the discovery of meaningful scientific signals.
Launch Systems
Analyze vehicle performance, test campaigns, and operational telemetry to improve reliability and mission readiness.
Data Security & Proprietary Data
Your Data Stays Yours
We do not train on customer data. Everything remains isolated and under your control.
Enterprise-Grade Security
Encryption, access controls, and secure infrastructure by default.
Controlled Access
Granular permissions across teams and data.
Private by Design
Proprietary data, models, and workflows stay fully contained.
Auditability
Clear visibility into how data is accessed and used.
Built for High-Stakes Work
Designed for environments where accuracy and security are critical.
FAQs
Broad category comparison; intercepts buyers at the awareness stage evaluating legacy tools in Space. Lium is an agentic AI workspace built for proprietary, domain-specific data, not a general chat assistant.
