Date of Award
Spring 6-12-2026
Document Type
Masters Capstone Project
Degree Name
M.S. in Geographic Information Science
Organizational Unit
College of Natural Science and Mathematics, Geography and the Environment
First Advisor
Steven Hick
Second Advisor
Scott Matheson
Copyright Statement / License for Reuse

All Rights Reserved.
Keywords
Geospatial governance, Cybersecurity policy, Department of Defense, Combatant Command, Composite vulnerability index, GPS spoofing, Geospatial intelligence (GEOINT), Contractor compliance, Spatial analysis, Cybersecurity Maturity Model Certification (CMMC), Open-source intelligence, Military installations
Abstract
The Department of Defense's treatment of geographic information systems and cybersecurity as parallel rather than integrated policy domains produces geographically predictable vulnerability patterns across its global military installation footprint. This capstone investigates that conclusion through original spatial analysis, constructing a five-variable composite geospatial vulnerability index across the six U.S. Combatant Command regions using publicly available unclassified data. EUCOM ranked highest overall, driven by GPS/PNT spoofing density, commercial satellite coverage, and cyber incident frequency; CENTCOM ranked second, driven by OSINT exposure incidents and governance risk. The null hypothesis of random geographic distribution is rejected. Findings confirm the structural governance gap documented in the published literature and support geographically differentiated enforcement priorities as a policy response.
Copyright Date
6-7-2026
Publication Statement
Copyright is held by the author. User is responsible for all copyright compliance.
Rights Holder
Lyndsey Olmstead
Provenance
Received from Author
File Format
application/zip
Language
English (eng)
File Size
14.4 MB
Supplementary File Description
Zip File Contains:
Capstone Paper
File Type: application/pdf
Language: English (eng)
Extent: 93 pgs
File Size: 8 MB
Composite Geospatial Vulnerability Index
File Type: application/pdf
Language: English (eng)
Extent: 1 pgs
File Size: 1.3 MB
Geospatial Vulnerability Index - CENTCOM
File Type: application/pdf
Language: English (eng)
Extent: 1 pgs
File Size: 822 KB
Geospatial Vulnerability Index - EUCOM
File Type: application/pdf
Language: English (eng)
Extent: 1 pgs
File Size: 1 MB
Geospatial Risk Factor Surfaces
File Type: application/pdf
Language: English (eng)
Extent: 1 pgs
File Size: 1.2 MB
Geospatial Vulnerability Hot Spot Analysis
File Type: application/pdf
Language: English (eng)
Extent: 1 pgs
File Size: 913 KB
Documented Policy and Oversight Gaps
File Type: application/pdf
Language: English (eng)
Extent: 1 pgs
File Size: 1.3 MB
Study Area
File Type: application/pdf
Language: English (eng)
Extent: 1 pgs
File Size: 804 KB
Recommended Citation
Olmstead, Lyndsey, "Geospatial Governance Failures in the Department of Defense: Contractor Noncompliance, AI Adoption, and the Parallel Treatment of GIS and Cybersecurity" (2026). Geography and the Environment: Graduate Student Capstones. 100.
https://digitalcommons.du.edu/geog_ms_capstone/100
Included in
Cybersecurity Commons, Geographic Information Sciences Commons, Military and Veterans Studies Commons, Peace and Conflict Studies Commons, Spatial Science Commons