High-Performance Technical Solutions for Complex Geospatial Challenges

We specialize in the intersection of planetary science and advanced software engineering, offering expert consulting in the following core domains:

Data Engineering & System Modernization

• High-Throughput Pipeline Architecture: Designing and managing automated data processing workflows capable of delivering hundreds of high-reliability science products daily to global end-users.
• Legacy System Modernization: Leading the architectural redesign of established processing systems to achieve mission-scale performance, including documented success in reducing mission-scale processing latency from approximately one year to three days.
• Cloud Infrastructure & Orchestration: Deploying scalable, production-ready solutions using cloud services and containerization to optimize throughput and operational reliability.
• Scalable Geospatial Tooling: Leveraging high-performance computing libraries including Python, C/C++ and CUDA to handle massive, multi-dimensional datasets.
• Operational DevOps: Integrating robust ETL pipelines, CI/CD TDD workflows, and automated job orchestration to ensure stable and verifiable production environments.

Specialized Detection & Retrieval Algorithms

• Production-Ready Retrieval: Expert development and productionization of high-accuracy retrieval algorithms for inverse problems, including atmospheric gases and surface properties using radiative transfer modeling of remote sensing observations.
• Hybrid Detection Models: Integration of unsupervised anomaly detection and machine learning techniques to identify and map localized environmental events within massive multispectral and hyperspectral datasets.
• Operational Situational Awareness: Transitioning complex research logic into automated alerting systems and monitoring visualizations designed for near-real-time event response and triage.
• Robust Software Implementation: Engineering dual-mode software solutions that support both high-throughput automated pipeline processing and intuitive graphical user interfaces for targeted analysis.

Geospatial & Remote Sensing Science

• Multispectral & Hyperspectral Analysis: Deep expertise in the calibration, validation, and analysis of data across the spectrum – UV, VIS, NIR, TIR and Microwave.
• Atmospheric Modeling: Advanced application of radiative transfer codes, such as DISORT and MODTRAN, for atmospheric correction and inverse modeling.
• Mission Planning & Simulation: Developing specialized software for instrument tasking, trade studies, and high-fidelity image simulation for orbital and airborne platforms.