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PUB-012/Whitepaper/Aug 2026

From live map to operational command interface

Case study on turning digital-twin visuals into operational workflows for infrastructure, venue management and construction teams.

Business value

A command interface can reduce the distance between finding a condition and acting on it. The value hypothesis is shorter review time, fewer context switches and more complete handoff records; savings require a controlled pilot.

Evidence and measures
  • - Benchmark tasks are locating an asset, reviewing a hazard, routing a crew and producing a client-ready summary.
  • - Current infrastructure and venue material is prototype evidence, not an operational efficiency study.
  • - Baseline time, approval delay and report completeness are the next required measures.
Research Questions
  1. 01What makes a 3D twin useful to an operator rather than merely impressive to a viewer?
  2. 02Where should AI recommend, draft or act, and where should human approval remain explicit?
  3. 03Can spatial evidence survive the handoff from inspection to report to mitigation plan?
Method
  1. 01Map a real workflow from observation through decision, approval and record creation.
  2. 02Keep place, asset state, ownership, risk, documents and next action in one interface model.
  3. 03Score task completion, context switching, latency, explanation, audit trail and approval clarity.
Evidence
  1. 01Connected Highways digital twin concept.
  2. 02CivilMap Construction Command Center interface study.
  3. 03AI Infrastructure and Venue Management prototype.
Next Steps
  • Run the same four tasks across map-first, 3D-first and report-first interfaces.
  • Add operator review notes and a baseline workflow timing study.
  • Publish a comparative scorecard with failure cases, not only screenshots.
Related live work
Connected Highways ->3D Stadium Viewer ->
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