Research to
Operations
Translating physics-based research into operational capabilities for space domain awareness, remote sensing, satellite science, and environmental intelligence.
Remote Sensing & SAR
Expertise in Synthetic Aperture Radar data phenomenology and satellite exploitation.
Space Weather Prediction
Monitoring, understanding, and predicting variability in oceans, coastal zones, and space weather.
Radiative Transfer Modeling
Proprietary modeling based on scientifically advanced algorithms for atmospheric prediction.
Remote Sensing & SAR Exploitation
Turning Environmental Complexity into Decision Advantage
Deploying deep expertise in Synthetic Aperture Radar (SAR) data phenomenology and multi-modal exploitation. Our teams apply advanced target recognition methodologies to provide unprecedented actionable intelligence for operational command environments.
- SAR PhenomenologyAdvanced exploitation of free low-resolution and high-fidelity commercial SAR for programmatic analysis (e.g. oil tank volume estimation).
- Target RecognitionDedicated machine learning pipelines and AI workflows to automate advanced intelligence and data exploitation processes.
- Space Domain AwarenessSatellite-derived intelligence addressing space environmental threats and orbital tracking for defense and enterprise customers.
Relevant AI Platforms
Space Weather & Environmental Prediction
Physics-Based Analysis and Intelligence
Monitoring, understanding, and predicting variability and change in the ocean, coastal zones, and space weather across defense and civilian applications. We build highly precise data products to navigate complex environmental disruptions.
Space Weather Hazards
GNSS Radio Occultation data processing, space hazard prediction, and GPS anomaly detection for uninterrupted satellite operations.
Ocean & Coastal Intelligence
Ocean bottom pressure analysis and maritime environmental characterization critical for Naval deployments.
Advanced Satellite Algorithms
Automated processing ensures objective, reproducible anomaly detection utilizing 30+ years of operational heritage.
Relevant AI Platform
FLOODSCAN — Inland ConstellationAtmospheric & Radiative Transfer Modeling
Scientifically Advanced Algorithms Trusted by NASA, NOAA, DoD
Developing proprietary modeling technologies based on rigorous physics frameworks. Our satellite data science leads to world-class algorithm development for atmospheric sounding and cloud property analysis.
Radiative Transfer Models
High-fidelity computational models for optical, infrared, and microwave signature propagation through the atmosphere.
Cloud Property Analysis
Advanced analysis of cloud microstructure and macrostructure to refine weather tracking and visibility forecasts.
Advanced Science & Tech (AST)
Broad-spectrum research and development integrating emerging technologies directly into government infrastructures.
Relevant AI Platform
SWFTS — Space Weather Simulation