Emergency Management Modernization Program

The Emergency Management Modernization Program (EM2P) is designed to enhance the emergency management capabilities of Army installations. This initiative focuses on improving situational awareness, reducing response times, and ensuring rapid notification during active incidents. Key components include Mass Warning and Notification technologies, Enhanced 911 solutions, and an enterprise Computer Aided Dispatch capability. The program aims to align with the Army's objectives for 2030/2040 by implementing Next Generation 911 infrastructure and modernizing Public Safety Answering Points across Army installations worldwide.

A significant aspect of EM2P is the transition from analog to digital systems, as mandated by various public laws. This includes requirements for migration to an Internet Protocol-based emergency infrastructure and mandates for direct dialing of 911. Additionally, there are directives for automatic identification for all 911 calls. The program supports the procurement of Commercial Off-The-Shelf Non-developmental Items to implement these changes effectively.

The modernization efforts under EM2P involve upgrading infrastructure at numerous Army installations. In FY 2025, the focus is on fielding and modernizing eight installations in the Americas with Tier I PSAPs to ensure compliance with state migration efforts. These installations include locations such as Aberdeen Proving Ground in Maryland and Fort Bliss in Texas. The program also emphasizes cybersecurity requirements to ensure secure and reliable digital communications for military and civilian emergency personnel.

EM2P leverages a System of Systems approach that integrates various emergency communication capabilities such as Enhanced 911, Next Generation-911, Land Mobile Radio, First Responder Broadband Network, and Enterprise Mass Warning & Notification. This integration ensures interoperability with multiple mutual aid partners and federal agencies, enhancing the Army's ability to manage emergencies efficiently across its global installations.