Atch 1 WARDEN Area of Interest
Updated
A PDF document (183 KB) attached to RFI for C2IMERA WARDEN- DAF EMIS (Department of Air Force Emergency Management Information System), from the Department of the Air Force. Due Oct 30, 2026, 5:00 PM (UTC-4).
File name: Atch 1 WARDEN Area of Interest 14 Oct 2026.pdf
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AIR FORCE LIFE CYCLE MANAGEMENT CENTER (AFLCMC)
COMMAND, CONTROL, COMMUNICATION & BATTLE MANAGEMENT (C3BM)
KESSEL RUN (C3C)
WING C2 BRANCH (C3CW)
AREA OF INTEREST (AoI)
14 October 2026
1. OVERVIEW
The Department of the Air Force (DAF) seeks an innovative solution to modernize its installation Emergency Management (EM) capabilities. This effort will establish a DAF Emergency Management Information System (DAF EMIS – developed under the project initiative WARDEN (Worldwide Airbase Resiliency, Defense, and Engineering Navigator). This requirement will integrate EM lifecycle and full spectrum of local and/or regional geospatial data. WARDEN will leverage innovative software to automate and accelerate the entire EM lifecycle: Preparedness, Protection, Response, and Recovery.
2. PROBLEM STATEMENT
The speed and complexity of the modern battlespace require the DAF to identify innovative solution to ensure forces can dynamically survive and operate under duress. This solicitation addresses two interrelated operational and technical challenges: 2.1
Mission Problem: DAF airbases are subject to a range of complex threats designed to trigger rapid, cascading failures across critical base lifelines. The DAF requires persistent, multi-echelon situational awareness that extends across the Command and Control (C2) Continuum—from tactical airbases/operating locations to operational-level higher headquarters. Crucially, this operational picture must also reach individual Airmen dispersed away from critical hazard and safety areas allowing them to safely maneuver and execute their mission. This initiative seeks to enhance general base operating resilience against a variety of potential disruptions.
2.2
Desired Outcomes: Airbase Command and Control Nodes and tactical responders currently rely on processes that can lead to acute input fatigue, cognitive overload, and stale situational awareness. This administrative burden forces units into a chronic state of reactive response, depriving them of the data-driven predictive tools required for proactive preparedness, protection, and recovery. In contested environments, this friction is exacerbated by reliance on constant high-bandwidth connectivity, which can cause command blackouts in denied or degraded communication conditions. The DAF seeks a AI-enabled software capability that automates the full Emergency Management lifecycle while operating within the following technical boundaries: 2.2.1
Ecosystem Integration: Must be capable of deploying and functioning within
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