High-Speed Satellite Imagery Delivery for SOF Customers in INDOPACOM

Overview

Client: USSOCOM, subcontractor to Valley IT
Time Frame: 2024 – current (2026)

NGS implemented a high-resolution commercial satellite imagery pipeline for Special Operations Forces (SOF) customers operating across the INDOPACOM area of responsibility. The system leverages CoreSpatial, integrating its Server, Basemaps, and Map Manager components to deliver a fully automated, high-speed, and high-fidelity imagery dissemination workflow.

Challenge

SOF mission planners and intelligence analysts require rapid access to up-to-date imagery across dispersed and bandwidth-constrained environments. Traditional imagery delivery pipelines were too slow to keep pace with rapidly changing areas of interest (AOIs) and did not easily support on-premise or tactical-edge deployments.

Solution Architecture

NGS engineered a custom solution built upon CoreSpatial, optimized for both speed and pixel freshness. Key technical elements include:

• Dynamic AOI Targeting: Customers define AOIs, which feed a custom-coded map tile collection routine that interfaces directly with Maxar’s G-EGD services.
• Tile Tracking and Metadata Optimization: Each tile is tracked using a per-tile management system, referencing sensor footprint metadata to ensure only new or updated pixels are pulled—minimizing redundant downloads and maximizing throughput.
• Automated Dissemination Routine: Imagery dissemination is driven by a periodic scheduler that can also be triggered on demand to accommodate urgent requests.
• Cloud and Edge Integration: Imagery products are cached in globally distributed cloud storage for low-latency access and replicated downstream to on-prem customer environments.
• Deployment Flexibility: Edge components are delivered via containerized services. Some customers use full Kubernetes clusters, while others rely on lightweight container runtimes—demonstrating CoreSpatial’s ability to scale across varying operational infrastructures.

Visualization of tile collection progress in the south Pacific

Results

• Reduced Latency: Delivery times for updated imagery decreased by over 70% compared to legacy processes.
• Operational Agility: On-demand refresh capability ensures SOF elements always have access to the most current imagery in their AOIs.
• Flexible Deployment: Supports environments ranging from enterprise Kubernetes clusters to minimal tactical servers without loss of functionality.
• Enhanced Resilience: Distributed architecture enables continued operations under degraded network conditions.

Conclusion

By integrating CoreSpatial’s Server, Basemaps, and Map Manager with custom NGS automation and Maxar’s G-EGD data services, NGS has created a next-generation imagery delivery platform. The system accelerates situational awareness, improves mission planning accuracy, and provides SOF operators in INDOPACOM with the most current satellite imagery at the speed of relevance.