GeoThinkTank LLC

We Bring Sensors To Life.

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About the firm

GeoThinkTank LLC is a technology consulting practice specializing in aerospace engineering, environmental intelligence, and strategic science consulting. Trusted by NASA and NOAA, it delivers expert solutions in EO/IR radiometric calibration and validation, space systems engineering, airborne and UAS systems integration, image chain analysis, and geospatial technical consulting for mission-critical applications. Founded in 2013, GeoThinkTank has supported satellite programs including GOES-16, GeoXO, and Landsat TIRS-2.

Established
2013
Firm type
Aerospace Engineering · Simulation Engineering · Software Engineering

Capabilities

Engineering Services

Service website

Comprehensive engineering support spanning the entire lifecycle of remote sensing and imaging hardware and software systems.

  • EO/IR Radiometric Calibration & Validation

    Delivers end-to-end calibration and validation workflows for electro-optical and infrared systems, supporting both pre-launch instrument characterization and post-launch performance analysis.

  • Integrated Space Systems Engineering

    Provides systems engineering for space-based platforms, managing payload integration, quality assurance, and science traceability across Earth observation missions.

  • Airborne Systems Integration (Manned & UAS)

    Supports remote sensing strategies, sensor payload integration, flight testing, and field validation across high-altitude manned aircraft and unmanned aerial systems.

  • Image Chain Analysis

    Models and analyzes the entire path of sensor data from photon collection to final imagery to optimize system performance and data quality.

  • System Design & Performance Characterization

    Architects advanced remote sensing systems and evaluates operational performance through physics-based modeling and field validation campaigns.

  • Modeling & Simulation

    Tests and refines complex sensor behaviors and mission scenarios using predictive simulations to mitigate risk before hardware deployment.

  • Instrument Science

    Supports the full lifecycle of remote sensing instruments, from early-stage conceptual design and component testing to integration and operations.

  • System Optimization

    Enhances platform utility through design refinement, routine post-launch monitoring, trending analytics, and data reprocessing workflows.

  • Feasibility Demonstration

    Validates new sensing technologies and concepts via rapid prototyping, proof-of-concept system builds, and operational field trials.

  • Mission Planning & Execution

    Coordinates flight operations, logistics, payload preparation, and real-time support for airborne and spaceborne science campaigns.

  • Data Collection & Analysis

    Acquires, calibrates, and processes scientific data using advanced sensor systems and automated, AI-enhanced analytics workflows.

  • System-of-Systems Architecture

    Integrates disparate subsystems into unified configurations, ensuring secure data flow, interoperability, and system-wide performance control.

  • AWS Cloud Computing for Remote Sensing Workflows

    Deploys scalable, cloud-native geospatial pipelines and AI-ready environments to migrate, store, and process massive remote sensing datasets.

  • Cloud-Based Solutions

    Builds custom, secure cloud platforms and intuitive dashboards that integrate multi-domain environmental data feeds for decision-makers.

Environmental Data Solutions

Service website

Development of data-driven modeling platforms and custom backends that turn raw climate and marine observations into actionable intelligence.

  • Custom Environmental Data Engines

    Engineers tailored database architectures that aggregate and deliver rapid access to diverse environmental and energy market datasets.

  • Predictive Modeling (AI/ML-Driven)

    Employs advanced machine learning models to convert raw climate, weather, and marine data into predictive risk intelligence and actionable forecasts.

  • UAS-Based Environmental Monitoring

    Utilizes unmanned aerial platforms equipped with hyperspectral and multi-spectral sensors to survey habitats and capture ecological signatures.

Strategic Consulting

Service website

Strategic guidance, imaging science advisory, and project management for public and private organizations navigating aerospace and data domains.

  • Strategic Systems Consulting

    Advises aerospace, environmental, and defense clients on aligning complex technology acquisitions and system designs with mission requirements.

  • Imaging Science Advisory

    Provides expert guidance on sensor accuracy, data quality, and imaging physics to support research laboratories and system developers.

  • Technical Project Management

    Directs complex, multi-partner technical programs and scientific campaigns from initial planning through execution and final delivery.

  • AI/ML Research & Product Strategy

    Bridges the gap between research and commercial viability, guiding the design, training, and launch of intelligent data products.

  • Geospatial & Remote Sensing Subject Matter Expertise

    Offers specialized, on-demand technical expertise in earth observation, orbital sensors, and spatial data science to support client R&D teams.

  • Technical Support for RFPs & Proposals

    Assists organizations in preparing technically rigorous and strategic proposals for federal and commercial contract opportunities.

Industries

Aerospace · Space · Federal · Defense · Environmental & Remediation · Software

Projects

UAS-Based Northern Fur Seal Monitoring

Pribilof Islands, Alaska · Environmental & Remediation · 2018 · Client: NOAA Fisheries

Project details

Pioneered the use of spectral imaging and unmanned aerial systems to monitor Northern Fur Seal populations in Alaska, capturing the first-ever hyperspectral field measurements of the species to optimize sensing strategies.

GeoXO Instrument Performance Modeling

Space · 2020 · Client: NOAA GeoXO Program

Project details

Partnered with NOAA's GeoXO Program to accelerate next-generation geostationary satellite capabilities, providing instrument performance simulations, trade studies, and science traceability matrices.

GOES-R Advanced Baseline Imager Data Reprocessing

Space · 2023 · Client: NOAA and NASA

Project details

Led the GOES-R Advanced Baseline Imager Level 1b data reprocessing initiative, optimizing ground algorithms and deploying cloud-based architectures to enhance long-term data record consistency.

GOES-R Post-Launch Airborne Science Validation

Space · 2016 · Client: NOAA and NASA

Project details

Supported the GOES-16 Post-Launch Field Campaign from 65,000 feet, coordinating high-altitude aircraft missions integrated with reference sensors to validate space-based lightning detection.