“Signal officers planning a multi-unit operation needed to verify radio coverage across dozens of battalion nodes, compare multiple alternatives, and produce a synchronized plan before units deployed. The process ran across spreadsheets and paper maps. Errors did not surface until the mission was already in the field.”
NPMS is an Elbit Systems platform for planning communications across military operations. A mission involves dozens of units - from battalion command posts down to platoon level - each needing frequency assignments, communication links, and coverage verified against terrain. Before the system, that work ran in spreadsheets and paper maps, with no simulation capability and no way to compare alternatives before committing. I designed the full UX from initial concept through a programmed prototype, working with the product manager and operational subject matter experts. The system was built to win a competitive bid - and did. The usability workshop scheduled to validate it was planned for two days. It took two hours.
How the system came together.
Understanding the planning chain
The project started with a full system requirements review from the product manager, followed by sessions with experienced signal officers. Research mapped the planning workflow from first principles: how an officer translated a mission order into a frequency plan, coordinated it across the unit hierarchy, and distributed it before an operation. Two competing demands surfaced early. Planners needed to hold both the organizational structure - who reports to whom, battalion down to platoon - and the terrain arrangement simultaneously. Most tools handled one axis at a time. The initial UX concept was partially grounded in a reference design the client had previously approved, which gave the work a credible starting point. That reference design handled the terrain map well but treated unit hierarchy as a lookup panel - secondary, not equal. Signal officers pushed back immediately: "I plan against both at once." The concept had to be rebuilt around dual-axis access, not a primary view with a sidebar.
Two axes, one workspace
The core structural decision was to give the planner both axes at once: the mission's unit hierarchy as a collapsible tree on the left, the terrain map on the right with units placed as nodes and communication links drawn as routes between them. Planners already thought this way - command structure and terrain position were the two inputs to every planning decision. The left panel collapses and expands from battalion level to platoon and back. A commander sees the full force structure; a platoon leader sees only their nodes. The interface matched the mental model operators already brought to the table. The first attempt integrated both axes onto the map itself - units as nodes on terrain, hierarchy expressed through color and grouping. With 40+ units on the canvas it collapsed into visual noise. Separating the tree panel gave each axis its own reading order.
Comparison as a first-class decision
After the UX concept was accepted, the work split into three parallel tracks: UI concept development, UX detail design, and preparation for a programmed prototype for usability testing. The comparison mode - three mission alternatives displayed side by side on the same map canvas - came out of the SME sessions. Commanders never evaluate one option in isolation. They review two or three, pick one, and commit. The system needed to make that review step happen inside the platform, not on paper between screens. The side-by-side view made it a first-class part of the planning workflow. The first version was a save-and-compare workflow: build a plan, save it, navigate to a comparison screen. SMEs rejected it - commanders evaluate alternatives simultaneously, not sequentially. Side-by-side on the same canvas came directly from how officers described their review: "I need to see them next to each other, not remember what the first one looked like."
What we shipped.
The full NPMS planning system: a dashboard tracking missions across planning stages, a map-based workspace for building communication plans from battalion to platoon level, an analytics view showing resource coverage and utilization across the plan, and a multi-alternative comparison mode for side-by-side review. Component infrastructure built for this system was reused on subsequent Elbit programs.
What it changed.
The usability workshop was the proof of concept. Two days of scheduled testing compressed to two hours because participants worked through the full planning flow with almost no guidance. The design had found the right abstraction - not a GIS tool, not a spreadsheet, but a planning workspace that matched the mental model a signal officer already brought to the table. The components were reused on later Elbit programs. Elbit won the contract.
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