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    Infrastructure Outage GIS Track

    Infrastructure disruptions require fast coordination across distributed teams. GIS helps create a shared operational picture showing where problems exist, which assets are affected, and how restoration resources can move safely and efficiently.

    In this scenario, you will create a workspace representing an active infrastructure outage. Your role is supporting operational coordination by organizing geographic data into layers that help teams understand impact, priorities, and progress.

    Learning objective
    Understand how structured geospatial layers and API-fed updates help teams coordinate restoration work.

    Scenario overview

    A severe windstorm has caused widespread infrastructure disruption across a mixed urban and suburban region. Multiple service areas are affected.

    • Incident Name: North Sound Service Disruption
    • Cause: wind damage to distribution infrastructure
    • Operational period: 0700 – 1900
    • Affected systems: power distribution, telecom support infrastructure
    • Priority: restore service to critical facilities

    The workspace will support planning, field operations, and coordination between teams.

    Step 1 — Create the operational workspace

    Step 1 — Create workspace
    Name the workspace: North Sound Service Disruption
    Step 2 — Add description
    Include operational period and summary of affected systems.
    Operational picture
    Workspaces help multiple teams maintain shared awareness of conditions and progress.

    Step 2 — Add affected service areas

    Add polygons representing areas currently experiencing service disruption.

    • Confirmed outage area
    • Partial service area
    • Inspection pending area
    Why polygons matter
    Area geometry helps decision makers understand scope and prioritize response.

    Step 3 — Add infrastructure assets

    Add point features representing critical infrastructure.

    • substations
    • distribution nodes
    • communications towers
    • hospitals
    • water treatment facilities
    Operational context
    Some facilities require priority restoration because they support essential services.

    Step 4 — Add crew movement routes

    Add LineString features representing inspection and repair routes.

    • crew access routes
    • equipment delivery routes
    • restricted access segments
    Movement layers
    Routes help operations teams understand how crews reach affected infrastructure safely.

    Step 5 — Integrate external updates

    Some operational data may be updated through APIs or automated feeds.

    • weather updates
    • road closure data
    • sensor alerts
    • status updates from field crews
    API integration concept
    Structured geographic data allows updates from multiple systems to combine into a single workspace.

    Step 6 — Prioritize restoration

    Add attributes indicating restoration priority.

    • critical infrastructure first
    • population impact
    • repair complexity
    Attributes carry meaning
    Properties help teams track status without changing geometry.

    Step 7 — Update the workspace

    As repairs progress, update layer properties.

    • status changes from pending to in-progress
    • completed repairs
    • new inspection findings

    Workspaces reflect evolving operational understanding.

    Step 8 — Support coordination

    The workspace now helps teams understand:

    • where outages exist
    • which infrastructure is affected
    • how crews are moving
    • what progress has been made

    Connection to Atlasemoji concepts

    • workspaces organize operational data
    • Layers separate operational meaning
    • geometry communicates situation
    • structured data supports APIs

    Next steps

    Workspace GuideFEMA / ICS Wildfire GIS TrackMore guided exercises