Challenge
What needed to be solved.
Defensive Fires planning can involve scattered map context, sensor inputs, decision points, and operational constraints. The interface needed to frame that complexity without overwhelming the operator.
Digital Lab / Defense Software
MDPT: Defensive Fires Framework
A mission-focused planning interface concept built to help complex Defensive Fires information feel structured, scannable, and actionable.
DJI FPV / Adapted Attack Predicted Impact
External Inputs Backend Services Cesium 3D UI Analysis Outputs
CesiumJS map logicReal-time sensor conceptMission-ready UI
Approach
How the work was shaped.
The system direction prioritizes layered geospatial context, status hierarchy, and fast recognition patterns. Tactical data is treated as interface architecture: clear zones, disciplined panels, and visual emphasis only where it supports a decision.
Outcome
What the work communicates.
The result is a professional planning framework that communicates readiness, technical fluency, and defense-sector awareness through a polished digital product experience.
Deliverables
Built with a clear scope.
Interface architectureOperational dashboard UXGeospatial planning patternsDefensive Fires workflow framing
AstroReactPythonDockerNginxCesiumJSDXFSVGCADLaserAstroReactPythonDockerNginxCesiumJSDXFSVGCADLaser
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