GEOSPATIAL FRONTIERS
A Publication by Project Geospatial
LOOKING BEYOND
THE MAP
Geospatial Frontiers, a new publication from Project Geospatial, brings together leading voices and experts from across the geospatial ecosystem to tackle the industry's most pressing challenges. Through in-depth articles and discussions, Geospatial Frontiers aims to explore innovative solutions and spark critical conversations that will shape the future of geospatial technology and its applications.
Contributing Authors
The New Contested Domain: Security, Legal, and Financial Implications of Commercial Satellites as Military Targets
Discover how the integration of commercial satellites into modern military operations has transformed Earth's orbit into an active battlefield. This comprehensive analysis of the Commercial Satellite Protection and Liability file explores the unprecedented security, legal, and financial fallout of co-orbital maneuvering and "maneuver kills" by hostile states. Learn why standard commercial space insurance fails to cover acts of war and how urgent government procurement frameworks, such as the Space Force's Commercial Augmentation Space Reserve (CASR) and Public Law 85-804 indemnification, are essential to protect critical private infrastructure from state-sponsored targeting.
The Commercial GEOINT Acquisition Gap
As the U.S. government deepens its reliance on commercial satellite imagery, growing tensions between federal GEOINT procurement, national security priorities, and commercial independence are raising important questions about the industry's future. Congressional scrutiny of the National Reconnaissance Office (NRO) and National Geospatial-Intelligence Agency (NGA) reveals persistent challenges involving acquisition flexibility, funding, interagency coordination, and access to commercial geospatial intelligence. Project Geospatial examines the evolution of government satellite imagery contracts, the emerging commercial GEOINT marketplace, and the double-edged sword of federal investment: an industry empowered by government demand yet increasingly shaped by government control. As new satellite technologies transform Earth observation, can Washington's acquisition system keep pace while preserving innovation, competition, and commercial autonomy?
2026 U.S. State GIS Software Inventory
What software powers America’s state geospatial infrastructure, and what can the public verify about its cost and value? The 2026 U.S. State GIS Software Inventory from Geospatial Frontiers and Project Geospatial examines documented Esri, open-source, and other GIS technologies across all 50 states. Explore the inventory, comparison graphics, and analysis of procurement, platform choices, and transparency. Released as a living research project, this report will evolve with new evidence and contributions from state GIS offices, helping build a clearer picture of the technology behind public geographic information.
Strategic Analysis of the 2026 National Security Science and Technology Strategy: Implications for the Geospatial Enterprise
The 2026 National Security Science and Technology Strategy (NSSTS) is fundamentally reshaping the commercial and defense geospatial industries. As the U.S. government prioritizes techno-strategic competition and battlefield dominance, geospatial firms are positioned to benefit from massive new funding mandates and agile procurement vehicles like the National Geospatial-Intelligence Agency's Luno contracts. However, these unprecedented economic tailwinds are accompanied by a complex regulatory minefield. From the rising demand for AI-driven analytics and unclassified proliferated low-Earth orbit (pLEO) satellite architectures to the severe data decoupling mandates of the Department of Justice's Data Security Program, discover how the new NSSTS forces the geospatial sector to adapt to an aggressive new era of national security.
The Open Skies Dilemma: Analyzing the 2027 Intelligence Authorization Act and the Future of Commercial Earth Observation
The 2027 Intelligence Authorization Act (H.R. 9624) aims to mandate strict blackouts on U.S. commercial satellite imagery in the name of national security. However, in an era of global orbital abundance, this proposed government censorship threatens to cripple open-source intelligence (OSINT), betray the democratic spirit of the First Amendment, and cede America's Earth observation dominance to foreign competitors. Discover why weaponizing federal contracts to force "orbital blindness" is a profound strategic and moral miscalculation.
Nation at a Crossroads: FY2026 Budget Proposal Threatens to Dismantle U.S. Geospatial Supremacy, Risking Economic and Infrastructural Integrity
A stark vision for America's fiscal future now casts an ominous shadow, as the proposed Fiscal Year 2026 budget threatens a veritable demolition of non-defense federal capabilities, launching an unprecedented assault on the agencies underpinning our nation's world-leading geospatial infrastructure with a staggering $163 billion targeted for removal from base non-defense spending . This plan strikes at the heart of essential government functions, and even as it calls for "unprecedented increases for defense" , the National Geospatial-Intelligence Agency (NGA) faces a deep paradox: its direct appropriations may rise, but devastating cuts to civilian partners like NOAA, NASA, and USGS threaten to hamstring its operational effectiveness, potentially forcing NGA to divert its own increased budget to backfill widening data gaps and maintain "GEOINT Supremacy" with a critically weakened foundational support system. The reverberations are already palpable, and as the geospatial community prepares for the annual GEOINT Symposium in St. Louis, all eyes will be on leaders like NGA Director Vice Admiral Frank Whitworth and Director of National Intelligence Tulsi Gabbard, as an industry on edge desperately seeks clarity and a beacon of confidence to navigate these profoundly troubled times.
Open Source Geospatial Takes Center Stage for Resilience at FedGeoDay 2025
FedGeoDay 2025, held April 22nd in Washington D.C., was a packed and energized convergence of over 200 geospatial experts dedicated to a vital mission: building resilience through open source tools and data. Project Geospatial's coverage of the event revealed a community deeply committed to collaboration, showcasing everything from NASA's critical Earth observation data applications and foundational government datasets like USGS's 3DAP to the complexities of AI reliability, the dynamics of open data initiatives like OpenStreetMap and Overture Maps, and the necessity of robust cybersecurity. The day underscored the immense potential of open geospatial solutions in facing increasing challenges and the collective effort required to harness their power for societal benefit. The palpable energy and high turnout signaled a community ready to tackle complex problems together, leveraging open platforms for a more resilient future.