Case Studies

Assessment, Design, and Implementation

Epic Group is partnering with communities in the Carolinas to recover from disasters and build resilience.

Introductuion

FDACS is one of Florida’s largest state agencies. Within FDACS, Emergency Support Function (ESF) 11 is responsible for coordinating food, water, and ice during disasters. FDACS engaged EPIC to evaluate the existing ESF 11 projection process and deliver an automated, GISenabled web application to more accurately project needs and streamline reporting.

Following requirements analysis and leadership reviews, EPIC designed, built, and deployed the ESF 11 Damage Protection Tool—a powerful yet easytouse solution that enables rapid scenario planning, demand estimation, and instant report generation.

Challenge

During disaster response, ESF 11 must rapidly answer critical questions: What communities are impacted? How much food, water, and ice will be needed today—and over the next several days? How do estimates compare to actual distributions? The incumbent approach lacked automation, locationaware analytics, and a smooth workflow, creating bottlenecks when information was changing by the hour. FDACS needed a solution that:

  • Centralizes disaster scenarios, areas of concern (AOCs), and inventory in one system
  • Uses GIS to define and update impact zones with demographic thresholds
  • Automatically projects dayone and multiday needs as conditions evolve
  • Tracks projected vs. actual distribution/consumption
  • Generates exportable, shareable reports in a few clicks for decisionmakers and partners

Solution

EPIC delivered a multistep workflow application that automates endtoend ESF 11 planning and reporting.

Key Capabilities

  • Scenario & Disaster Management: Create/manage disasters and perdisaster scenario estimations
  • Inventory Management: Maintain inventories of distributable goods (food, water, ice, etc.)
  • GISDriven AOCs: Draw/edit Areas of Concern on an interactive map; assign demographic thresholds per AOC
  • Automated Projections: Immediate (dayone) and multiday needs are calculated automatically as AOCs and parameters change
  • Variance Tracking: Monitor projected vs. actual distribution to refine estimates
  • Reporting & Exports: Generate wellformatted reports and export tables/worksheets; PDF outputs for sharing

Workflow Automation: Preconfigured demographic and operational parameters accelerate setup of new scenarios. As disaster updates arrive, users adjust AOCs and the system instantly recalculates dayone and multiday needs—reducing manual steps and enabling faster, more accurate mobilization decisions.

Solution highlights

Insights

50–70%

Manual effort reduction

90–100%

of events leverage automated day‑one and multi‑day projections (vs. manual spreadsheets).

≥ 80–90%

of authorized ESF 11 users engage with the tool (scenario edits, AOC updates, reports).

Results

  • Operationalized for real events: Implemented in 2020 and used successfully during the 2020 hurricane season
  • Faster, datadriven decisions: Automated projections and GISbased AOCs enabled quicker updates as conditions changed
  • Improved coordination: Shareable, wellformatted reports simplified communication with responding agencies and partners
  • Continuous improvement: Tracking projected vs. actual informs parameter tuning, increasing accuracy over time
  • Scalable foundation: Configurable scenarios, inventories, and AOCs support diverse disaster types and geographies

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