Our Capabilities

Our expertise spans the full lifecycle of remote sensing and imaging systems—we support the design and optimization of remote sensing and imaging systems with data-driven precision and domain expertise to unlock actionable intelligence in mission-critical applications.

Engineering

Environmental

Consulting

EO/IR Radiometric Calibration & Validation

We provide end-to-end radiometric calibration and validation services for EO/IR systems, trusted by NASA and NOAA. From pre-launch characterization to post-launch analysis, we ensure your data meets rigorous uncertainty and performance standards for mission-critical applications.

Integrated Space Systems Engineering

Our team delivers deep technical systems engineering support for complex space-based platforms. We specialize in end-to-end system performance assessments, Cal/Val, quality assurance, CONOP development, and science traceability across Earth observation and environmental missions.

Source: https://www.goes-r.gov/mission/fieldCampaignBegins.html

Airborne Systems Integration (Manned & UAS)

We provide remote sensing strategy and concept design, sensor integration support, and field validation for airborne platforms ranging from high-altitude manned aircraft to small UAS. Our expertise includes end-to-end technical and project management support to ensure successful airborne science missions.

Image Chain Analysis

Our image chain analysis evaluates the full path of sensor data—from photon collection to final imagery. We model and assess performance at every stage to ensure your systems deliver reliable, actionable data in real-world scenarios.

Source: https://www.goes-r.gov/multimedia/instr-Abi.html

System Design & Performance Characterization

We help clients architect advanced remote sensing systems and measure their performance in real-world environments. Our approach blends modeling, lab testing, and field validation to align design with mission objectives.

Modeling & Simulation

Our modeling and simulation capabilities allow clients to test, refine, and optimize complex systems before field deployment. We simulate mission scenarios, sensor behaviors, and data outputs to inform decisions and reduce risk.

Source: https://landsat.gsfc.nasa.gov/satellites/landsat-9/landsat-9-instruments/tirs-2-design/

Instrument Science

We provide extensive instrument science support on the research, development, and testing of cutting-edge remote sensing instruments. Our support spans the entire process, from initial conceptual design and requirements definition, component level testing, integration and characterization & cal/val, and instrument operations.

System Optimization

We improve system performance through design refinement, data feedback loops, and operational calibration. Whether improving SNR, reducing distortion, or streamlining architecture, we help clients get the most from their platforms.

Verify cal/val test analysis and system performance specifications
Routine & deep‑dive post-launch monitoring and trending analytics
Developed and implemented state-of-the-art post-launch Cal/Val methods and analysis to ensure data quality
Led mission‑level data reprocessing for long‑term science and AI ready data records

Source: https://www.nesdis.noaa.gov/news/high-altitude-plane-takes-the-sky-noaas-goes-16-field-campaign

Feasibility Demonstration

We evaluate the viability of new systems or technologies through rapid prototyping and field testing. From UAS-mounted sensors to integrated payloads, we help clients validate their concepts in real-world conditions.

Mission Planning & Execution

We support all phases of remote sensing mission planning—from early concept development to in-field execution. Our services include logistics coordination, payload prep, flight planning, and live ops support.

Source: https://www.nesdis.noaa.gov/news/hunting-lightning-day-the-goes-16-post-launch-field-campaign

Source: GTT Support to NOAA/NESDIS

Data Collection & Analysis

We provide scientific data collection and processing services, including sensor operation, data calibration, and post-collection analytics. We extract actionable insights and ensure data meets quality standards for your mission.

System-of-Systems Architecture

We specialize in integrating complex subsystems into cohesive architectures that meet mission-wide objectives. Our approach ensures data flow, interoperability, and scalability across platforms and components.

AWS Cloud Computing for Remote Sensing Workflows

We design and deploy AWS-based architectures for processing, storing, and analyzing geospatial data at scale. Our solutions support AI/ML workflows, large-scale environmental data handling, and operational efficiency.

Cloud-Based Solutions

We deliver custom, cloud-enabled platforms that integrate data, analytics, and visualization for decision-making at scale. These solutions are built to be flexible, secure, and fast.

How It Works

At GeoThinkTank, we blend deep technical expertise with strategic execution to deliver innovative solutions—from system design to mission-ready performance. Here’s how we bring your vision to life.

01.

Discovery & Requirements

We begin by understanding your mission objectives, system needs, and data challenges. Through collaborative discussions and technical assessments, we align on a clear scope and success criteria.

02.

System Design & Modeling

Our team develops custom architectures using advanced modeling and simulation techniques. Whether it’s EO/IR payloads or UAS platforms, we ensure systems are optimized for real-world performance and mission goals.

03.

Integration & Field Testing

From component-level integration to full system validation, we manage the end-to-end buildout. We conduct rigorous field testing and calibration—often in collaboration with agencies like NASA and NOAA—to ensure accuracy and reliability.

04.

Data Analysis & Optimization

After deployment, we analyze performance metrics and environmental data to refine and optimize system outputs. Our insights inform continuous improvement, mission planning, and long-term system resilience.

01.

Identify the Data Need

We start by understanding the specific environmental questions or operational challenges you’re facing—whether it’s for fieldwork planning, risk mitigation, or real-time decision support. This ensures our solutions are purpose-built for your mission.

02.

Configure Data Pipelines

Using our custom-built geospatial data engine, we design AI/ML-powered pipelines that pull from trusted weather, oceanic, and environmental data sources. These pipelines are tailored to your region, use case, and delivery preferences.

03.

Actionable Insights

We transform raw data into intuitive visualizations, alerts, or predictive models—delivered in the format that works best for your team. Whether mobile, dashboard, or API-driven, you get real-time intel when it matters most.

04.

Refine & Evolve

As conditions and priorities shift, we iterate. Our system continuously adapts through feedback loops, user behavior, and model performance to keep insights relevant, accurate, and impactful.

01.

Strategic Intake & Assessment

We begin with a focused consultation to understand your goals, challenges, and current systems. Whether you’re launching a new mission or optimizing an existing program, we align our approach with your priorities.

02.

Expert-Led Solution Design

Our team applies deep subject matter expertise across imaging science, systems engineering, and geospatial analysis to craft tailored solutions. We combine technical precision with strategic foresight to solve complex problems efficiently.

03.

Implementation & Support

From high-level strategy to hands-on execution, we support integration, testing, and project management every step of the way. We become an extension of your team, delivering with the same level of ownership and urgency.

04.

Insight & Optimization

We don’t just deliver reports—we provide actionable insights that evolve with your mission. Our ongoing support ensures sustained performance, informed decision-making, and long-term success.

Validating Satellites From The Stratosphere

GeoThinkTank supported a critical airborne science campaign aimed at validating the performance of next-generation satellite instruments, including the Advanced Baseline Imager (ABI) and Geostationary Lightning Mapper (GLM). In our role as Project Manager and technical support we were responsible for coordinating a diverse team of government, industry, academic, and international partners to ensure mission success, while also providing extensive subject matter technical expertise. The team successfully achieved independent validation of the satellite data using highly specialized high-altitude aircraft campaigns integrated with a host of well-characterized reference sensors. This allowed for precise alignment between airborne and satellite perspectives—improving confidence in environmental data that is relied upon for everyday weather forecasting, tracking hurricanes, monitoring the Earth’s atmosphere, and aiding commerce throughout the western hemisphere.

NASA ER-2 Aircraft Flying Altitude typically 65,000 ft

0 K

NASA ER-2 was Integrated with 9 reference insturments

Extensively coordinated Satellite and Aircraft validation mission (~9 weeks - ~100 flight hours)

~ 0 Wks

Next-generation operational space-based systems independently validated to ensure mission success.

Source: https://www.goes-r.gov/mission/fieldCampaignBegins.html

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Real-World Innovation

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Engineering FAQs

Explore common questions about our engineering services, processes, and capabilities.

What Types Of Remote Sensing Systems Do You Support?

We work across a range of platforms, including spaceborne, airborne (manned and UAS), and ground-based systems. Our expertise spans EO/IR sensors, calibration payloads, and integrated mission architectures.

Can You Support Pre-Launch And Post-Launch  Calibration Efforts?

Yes. We specialize in both phases—providing sensor characterization, radiometric calibration, and performance validation during development, launch, and operational phases.

How Do You Approach System Integration For Airborne Platforms?

We handle the full integration process—from payload selection and mounting to flight planning, calibration, and in-field testing. Our experience includes both high-altitude manned aircraft and small UAS deployments.

Do You Offer Modeling And Simulation Before System Deployment?

Absolutely. We use physics-based modeling and mission simulation to evaluate design choices, system performance, and mission feasibility before hardware hits the field.

Can You Support Cloud-Based Processing For Geospatial Data?

Yes. We architect and deploy AWS-based pipelines for scalable remote sensing data processing, including AI/ML applications and large environmental datasets.

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Custom Environmental Data Engines

We build tailored environmental data engines that deliver fast, reliable access to the data your team needs. These systems are designed to support decision-making in dynamic conditions—built with flexibility, scalability, and usability in mind.

Comprehensive Land, Ocean, Atmosphere & Weather Data Platforms

We develop platforms that provide seamless access to weather, marine, and environmental datasets. Designed for outdoor industries, environmental researchers, and mission planners, our tools bring clarity and speed to critical decisions.

Predictive Modeling (AI/ML-Driven)

AI/ML driven R&D models turn raw environmental data into actionable forecasts and trend insights. Whether it’s predicting weather shifts or optimizing mission readiness, our models find answers with real world utility and business value.

Development of Nautical Eye (Sunset Product)

Our experience building Nautical Eye—an environmental intelligence app with over 100,000 downloads—demonstrates our capacity for full-cycle product development. From concept and data pipeline design to mobile UX and app store optimization, we created a product that served boaters, anglers, and outdoor users nationwide.

Upcoming Product: EnvIntel.com

EnvIntel.com is our next-generation environmental intelligence platform—an AI-powered system built to deliver predictive weather and ocean insights. Designed for commercial and government use, EnvIntel will help users make faster, more informed decisions through smart alerts, visualizations, and data tools.

EnvIntel.Com - Environmental Intelligence API (Coming Soon!)

The EnvIntel API is our flagship backend for on-demand environmental intelligence. Built on AI/ML models, it delivers instant access to weather forecasts, risk scores, and domain-specific environmental metrics.

Environmental Intelligence For Government and Commercial Use

We translate complex environmental data into strategic intelligence for both public and private sectors. From real-time dashboards to long-term modeling tools, we build solutions that bridge science, policy, and operations.

Custom Data Engines (Multi-Domain Environmental and Energy Market)

We are developing custom data platforms tailored to the needs of environmental and energy market stakeholders. These systems offer seamless integration of large, diverse datasets into dynamic, actionable insights.

Data Access Platforms

We build secure, user-friendly platforms that provide direct access to curated environmental datasets. These tools are designed to support real-time insight, user customization, and integration with external systems.

Data Engineering And Predictive Modeling (AI/ML-Driven)

We transform raw environmental data into usable intelligence through robust data engineering and advanced machine learning. Our team builds scalable pipelines and models that serve real-world applications.

SnapIntel.Com - Instant Alert System (Coming Soon!)

SnapIntel delivers real-time environmental alerts powered by AI. Designed for users in fast-paced, high-stakes environments, it enables quick responses to critical changes in weather, ocean, or environmental risk.

SnapIntel.com – Instant Alert System

How It Works

01.

Discovery & Requirements

We begin by understanding your mission objectives, system needs, and data challenges. Through collaborative discussions and technical assessments, we align on a clear scope and success criteria.

02.

System Design & Modeling

03.

Integration & Field Testing

04.

Data Analysis & Optimization

01.

Identify the Data Need

02.

Configure Data Pipelines

03.

Actionable Insights

04.

Refine & Evolve

As conditions and priorities shift, we iterate. Our system continuously adapts through feedback loops, user behavior, and model performance to keep insights relevant, accurate, and impactful.

01.

Strategic Intake & Assessment

02.

Expert-Led Solution Design

03.

Implementation & Support

04.

Insight & Optimization

We don’t just deliver reports—we provide actionable insights that evolve with your mission. Our ongoing support ensures sustained performance, informed decision-making, and long-term success.

Supporting The GeoXO Program's Mission With Data-Driven Insight

GeoThinkTank LLC partnered with NOAA’s GeoXO Program to accelerate the development of next-generation U.S. geostationary environmental satellite capabilities. Our work bridged the gap between complex engineering requirements, scientific objectives, and end-user needs through rigorous modeling, analysis, and technical consulting. We delivered end-to-end instrument performance simulations—from engineering specifications to final data products—enabling informed trade-off analyses and objective-driven decision support. Our contributions included focused trade studies, calibration and validation (cal/val) strategies, end-to-end image chain analyses, and the development of comprehensive science traceability matrices. These efforts empowered stakeholders to make evidence-based decisions with confidence, ensuring the alignment of future systems with national environmental monitoring goals. Summary Value:

End-to-end instrument modeling and simulation to evaluate performance impacts from design to data products.
Data-driven trade studies enabling informed decisions across engineering and science priorities.
Science traceability matrix development connecting satellite requirements to user outcomes.
Comprehensive cal/val and image chain analysis ensuring system readiness and scientific integrity.

System Design Confidence

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Faster Trade Study Execution

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Critical Instruments Evaluated

0 +

Stakeholder Alignment

0 %

Source: https://www.noaa.gov/

AI Speaker For
Real-World Innovation

We bring real-world AI insights to everyday innovation.

Environmental FAQs

We help organizations turn environmental complexity into clear, data-driven decisions. Here are some of the most common questions we get about our environmental platforms, data engines, and predictive models.

What Types Of Environmental Data Do You Work With?

We work with a wide range of datasets, including weather, oceanographic, atmospheric, and satellite-derived data. Our systems are built to aggregate, process, and deliver insights from both public and private data sources.

Do You Build Custom Environmental Dashboards Or APIs?

Yes. We tailor data delivery to your needs—whether it’s a web dashboard, mobile app, or API integration into your existing tools.

How Accurate Are Your Predictive Models?

Our models are built using advanced AI/ML frameworks and are trained on historical and real-time datasets. Accuracy is regularly benchmarked and improved through continuous feedback loops.

Can Your Data Tools Be Used In Remote Or Offline Environments?

We design flexible solutions that support both online and field-based use cases, including offline data caching and mobile-friendly interfaces for remote teams.

Who Typically Uses Your Environmental Intelligence Platforms?

Our tools are used by federal agencies (like NOAA), researchers, commercial marine operators, environmental consultants, and mission planners who rely on real-time data to make informed decisions.