As tactical missions and commercial supply chains deal with escalating environmental volatility, the need for space-based temperature tracking has shifted from a scientific luxury to a national security necessity. At the GEOINT 2026 Symposium in Denver, Project Geospatial met with Liz Maxwell and Ryan Hackney of Hydrosat to discuss how their specialized satellite constellation is changing earth observation.

In this blog post, we look at the immense value of land surface temperature data. Liz and Ryan detail how Hydrosat’s expanding thermal infrared network bypasses traditional spatial limitations, offering the high-frequency revisit rates necessary to monitor real-time infrastructure changes, map micro-level soil moisture, and track fast-moving wildfires. Dive into the full conversation to explore how their proprietary software stack converts raw thermal metrics into clean, cloud-native layers that empower intelligence analysts and agricultural stakeholders to make rapid, high-consequence decisions.

In the rush to adopt predictive analytics and real-time operational views, many organizations bypass the most critical step: ensuring the integrity of their baseline location intelligence. At the GEOINT 2026 Symposium in Denver, Project Geospatial sat down with Anand Subramani of Avineon to dissect why clean, modern data engineering is the real secret behind successful software deployments.

In this blog post, we look at Avineon's systematic approach to enterprise GIS modernization. Anand details the specialized workflows needed to automate data validation, purge inaccuracies from legacy maps, and seamlessly bridge the gap between architectural CAD files and downstream GIS environments. Explore the full conversation to see how stabilizing your foundational geospatial data ensures long-term scalability for utility grids, defense networks, and municipal digital twins.

For modern military and intelligence agencies, true digital transformation isn't just about adding new software features—it's about building a foundational infrastructure capable of processing planetary-scale data while resisting systemic threats. At the GEOINT 2026 Symposium in Denver, Project Geospatial caught up with Dr. Jessica Kalmanson of Peraton to dissect the future of high-consequence systems engineering.

In this blog post, we analyze how Peraton is tackling the extreme technical challenges of moving massive, multi-tiered intelligence archives into the secure enterprise cloud. Jessica outlines the systems architecture necessary to maintain robust satellite data networks, achieve clean data interoperability across historically siloed agencies, and bake security directly into the pipeline from day one. Dive into the conversation to discover how advanced R&D and resilient infrastructure engineering are reshaping edge deployment for the modern warfighter.

Whether managing commercial distribution fleets or complex government logistics, mission success hinges on routing data that matches reality in real time. At the GEOINT 2026 Symposium in Denver, Project Geospatial caught up with Cliff Allison of TomTom to explore how the mapping pioneer is redefining location intelligence.

In this blog post, we dive into how TomTom ingests and processes billions of daily data points to deliver ultra-low-latency traffic analytics. Cliff details how the company utilizes advanced machine learning pipelines to autonomously detect real-world infrastructure changes, instantly updating digital basemaps without manual intervention. Explore the conversation to learn how open-source data partnerships, smart mobility frameworks, and high-fidelity routing APIs are breaking down legacy mapping silos for defense and enterprise operators alike.

The path for commercial software entering the defense ecosystem is notoriously difficult, requiring a delicate balance of cutting-edge innovation and deep policy understanding. At the GEOINT 2026 Symposium in Denver, Project Geospatial caught up with Shelby Pierson of Invicta Analytics, LLC to talk about the evolution of modern threat monitoring.

In this blog post, we examine how Invicta Analytics is bridging the gap between Silicon Valley agility and traditional intelligence community architectures. Drawing from her extensive background in national security leadership, Shelby details how to move beyond simple geospatial data collection to engineer high-confidence analytic workflows. Explore the piece to discover how matching product roadmaps to tactical requirements ensures that small businesses can effectively weather acquisition hurdles and provide real-time decision superiority to the edge operator.

Proprietary software environments are no longer the default answer for modern mission management. As federal entities aggressively look to build agile, cloud-native frameworks, open-source geospatial technologies are taking center stage. At the GEOINT 2026 Symposium in Denver, Project Geospatial caught up with Ryan Burley and Simone Giannecchini of GeoSolutions to discuss the massive shift towards unclassified and open IT architectures.

In this blog post, we look at the engineering discipline required to back open-source web-mapping frameworks with true enterprise-grade reliability. Simone and Ryan break down how GeoSolutions maintains core upstream code repositories for world-class platforms like GeoServer, GeoNode, and MapStore. Explore how their customized deployment architectures allow defense networks to bypass restrictive vendor lock-in, streamline OGC-compliant data sharing across international coalitions, and easily scale high-frequency cloud pipelines without skyrocketing licensing fees.

The true future of defense tech doesn't lie in training more collection managers; it lies in building smarter software that acts on behalf of the operator. At the GEOINT 2026 Symposium in Denver, Project Geospatial caught up with Jackie Barbieri, the visionary Founder and CEO of Whitespace, to track the company's remarkable journey.

In this blog post, we dive into the core methodology of Activity-Based Intelligence (ABI)—unearthing hidden connections across global remote sensing feeds. Drawing from her deep background training analysts at the NGA College, Jackie outlines how Whitespace is utilizing LLM technology to build automated AI agents that can rapidly execute complex pattern-of-life queries for non-technical field operators. Explore the piece to read her candid breakdown of the growing pains behind transforming a flat, bootstrapped consulting firm into a high-growth product company, and find out how their upcoming field exercise integrations with allied nations are reshaping their long-term development roadmap.

Behind every dazzling commercial dashboard and automated target recognition model sits the unsung hero of the geospatial community: pristine, high-resolution public mapping data. At the GEOINT 2026 Symposium in Denver, Project Geospatial sat down with Megan Compton of the United States Geological Survey (USGS) to explore how the federal entity is modernizing its public data assets.

In this blog post, we look at the immense scale of the 3D Elevation Program (3DEP), tracking how the agency's nationwide high-resolution lidar and hydrography networks provide an uncompromised basemap for both civilian resilience and national security. We map out the technological shifts the USGS is making to break down legacy data silos—moving into cloud-native, instantly accessible delivery pipelines designed specifically to fuel automated AI change detection engines. Dive into the discussion to see how inter-agency cooperation between the USGS, NGA, and private operators is laying down the framework for tomorrow's real-time digital twins.

As the geospatial sector undergoes rapid structural disruption driven by generative AI and cloud-native frameworks, organizations are realizing that raw coding skills aren't enough—strategic execution is what matters. At the GEOINT 2026 Symposium in Denver, Project Geospatial caught up with globally recognized thought leader Dr. Nadine Alameh to discuss her new venture, Lunate AI.

In this blog post, we look at how Lunate AI is helping startups and federal entities look beyond traditional GIS dashboards and move "up the stack" toward autonomous AI agents and interactive digital twin simulations. Drawing from her deep policy background with the OGC, NASA, and the UN, Nadine underscores why safety-critical industries like defense must prioritize explainable AI guardrails. Finally, dive into her essential career advice for young innovators looking to master cloud data pipelines through open-source testing.

True edge intelligence requires an uninterrupted chain of collection across space, air, and land. Making their global exhibition debut at the GEOINT 2026 Symposium in Denver, South Korea's HANCOM InSpace outlined their vision for automated aerospace intelligence.

In this blog post, we look at the rapid maturation of their Sejong satellite network. From the historic launch of Korea's first non-government commercial satellite in 2022 to an aggressive roadmap for a 50-satellite swarm by 2030, HANCOM InSpace is aiming for a 30-minute regional revisit rate. We breakdown their specialized sensor suites—which scale up to an incredible 442 channels of hyperspectral data—and detail how their end-to-end multi-intel software unifies drone fleet tracking, satellite collections, and military-grade AI change detection to minimize human workflow friction.

Speed and resolution define the new baseline for tactical earth observation. At the GEOINT 2026 Symposium in Denver, Project Geospatial caught up with former intelligence veterans Scot Currie and Jim Zinter to explore how BlackSky is altering the current landscape of commercial remote sensing.

In this blog post, we look at the rapid expansion of BlackSky's satellite network, highlighting the transition from 1-meter resolution to their striking new 35cm Gen 3 satellites—the exact spatial sweet spot demanded by federal analysts. We also explore the unique geospatial utility of extreme 30-to-60 degree off-nadir (oblique) imagery for building dense 3D models, how in-house AI algorithms automate the counting of tactical objects, and how their user-facing Spectra platform enables rapid satellite tasking in just three simple clicks.

Deploying cutting-edge AI capability to the tactical edge doesn’t matter if the data pipeline can't be trusted. At the GEOINT 2026 Symposium, Project Geospatial sat down with Rich Cinquegrana, Senior AI/ML Engineer at TekSynap, to talk about the company's internal R&D efforts and engineering philosophy.

In this blog post, we look at how TekSynap uses Model-Based Systems Engineering (MBSE) to completely eliminate bloated paper trails, replacing them with object-oriented software designs that make system dependencies clear. Pulling from his extensive history with the NGA's Project Maven, Rich shares how TekSynap’s TechAccelerate Lab sandbox and Foundry are engineering secure AI pipelines that block adversarial spoofing, ensuring a trusted chain of custody from initial imagery capture to finished intelligence report—all while aligning capability directly to cost to preserve vital taxpayer value.

The modern geospatial intelligence field stands on the shoulders of architects who fought to bring commercial technology into the national security framework. At the GEOINT 2026 Symposium, Project Geospatial interviewed Winston Beauchamp from Boeing Defense, Space & Security.

In this blog post, the former NGA Chief Systems Engineer pulls back the curtain on drafting the foundational commercial imagery strategy that sparked an $800M+ yearly explosion in defense remote sensing. We unpack his insights on why high satellite revisit rates matter, how AI change detection scales intelligence operations, and how cross-cueing SAR, thermal, and hyperspectral sensors defeats adversarial camouflage, concealment, and deception. Plus, read his inspiring advice for young engineers looking to break into defense tech without a legacy geospatial background.

The sheer volume of commercial satellites and airborne sensors makes finding and ordering geospatial data incredibly complex—until now. At the GEOINT 2026 Symposium, Project Geospatial sat down with Remington Barrett, Co-Founder of Kestrel, to discuss the intersection of agentic AI and collection management.

In this post, we break down how Kestrel empowers front-line operators and commercial users to task SAR, hyperspectral, and RF sensors using simple, natural language requirements. Plus, find out how Kestrel is quietly shaping the future of defense tech through fully containerized deployments and autonomous "tipping and cueing" workflows that maintain real-time target custody entirely on their own.

At the GEOINT 2026 Symposium, Project Geospatial caught up with Jordan Shapiro (President of Quantum Platform, IonQ) and Robert Cardillo (Executive Chair, IonQ Federal) to dive into one of the industry's most fascinating recent mergers.

Discover how IonQ is bringing its quantum computing power directly to Capella Space’s SAR constellation. In this post, we explore how quantum algorithms are revolutionizing change detection (InSAR), why moving beyond traditional imagery to focus on raw data processing is critical for national security, and how the team is building a quantum-secure earth-and-space network to outpace modern adversarial threats.

At the GEOINT 2026 Symposium, Project Geospatial caught up with Kelly Kroegel, a former Marine Special Operations intelligence analyst now with Torchlight. In this exclusive interview and platform demo, Kelly reveals how Torchlight utilizes a massive 9-petabyte hot storage network of anonymized location data to trace device patterns of life without compromising user privacy.

From tracking international deployments out of the UK's 22nd SAS headquarters to identifying unmarked training compounds in the Middle East, learn how defense analysts use Torchlight's interface and robust API to isolate threats, track border movements, and build predictive intelligence models.