Open-source platform puts the military common operational picture in any browser

Bioengineer.org

Researchers Damian Frąszczak and Mariusz Chmielewski from Poland’s Military University of Technology have developed COMPACT, an open-source, browser-based software platform designed to standardize and visualize the military Common Operational Picture. Detailed in the journal SoftwareX, the system addresses the limitations of closed commercial command platforms by providing a modifiable, web-driven environment for situational awareness research.

Legacy command-and-control software often restricts source-level inspection and demands heavy administrative deployment. COMPACT solves this. Built on Java Spring Boot and single-page client architecture, the software enables researchers, instructors, and planners to construct, evaluate, and modify multi-domain operational scenarios across land, air, maritime, cyber, and space domains. The platform incorporates decision-support services using Digital Terrain Elevation Data for line-of-sight analysis, flood-zone mapping, and route planning. Capable of operating in disconnected tactical edge environments, COMPACT features a REST API and unified data model to integrate geospatial formats and multi-agency reports seamlessly.

Comment

Decentralising Common Operational Picture generation via open-source browser environments directly targets the interoperability bottlenecks inherent to legacy tactical data exchange models like the Joint C3 Information Exchange Data Model. Standard C2 architectures rely on proprietary data pipelines that impede rapid cross-domain integration during joint multinational operations. By exposing scenario construction and data ingestion via open REST APIs, platforms like COMPACT shift command-and-control research away from rigid vendor ecosystems toward flexible web-native protocols.

This accessibility accelerates the prototyping of edge-node decision support without compromising data synchronisation across degraded communication links. Consequently, tactical headquarters running COMPACT on local Docker containers can maintain distributed situational awareness despite Cursor on Target protocol interruptions caused by electronic warfare jamming.

Strategic Question for Discussion

How does transitioning from structured data models like the Joint C3 Information Exchange Data Model to lightweight REST API architectures alter the vulnerability profile of distributed tactical command posts under contested electromagnetic conditions?

The available evidence points toward a significant shift where low-bandwidth API architectures reduce central server dependence at the cost of increasing local endpoint security surface area. While open schemas improve multi-domain data fusion speed, they transfer the primary operational risk from single-point network failure to edge-node cyber intrusion and spoofing.

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