Press Release
2 min read

CenCore Awarded $44 Million Contract for U.S. NIWC Atlantic to Provide Modular Facilities

February 18, 2026
CenCore Awarded $44 Million Contract for U.S. NIWC Atlantic to Provide Modular Facilities

CenCore Awarded $44 Million Contract by Department of War to Develop Cutting-Edge Modular Buildings

American-made CenCore Collaborates with the Naval Information Warfare Center Atlantic (NIWC Atlantic) to Boost the DIB

Springville, Utah — CenCore as secured a $44 million contract from the Department of War (DOW), in partnership with the Naval Information Warfare Center Atlantic (NIWC Atlantic), to deliver modular facilities that address vital mission requirements. This initiative is intended to strengthen the Defense Industrial Base (DIB) supply chain by mitigating vulnerabilities that pose risks to the development and sustainment of key national security capabilities.

“This achievement represents an important milestone for CenCore. Our collaboration with NIWC will provide modular facilities that are domestically manufactured, enhancing the DIB and reducing the U.S. government’s reliance on foreign suppliers. We remain committed to proactively addressing national security threats and supply chain risks. CenCore’s modular solutions offer rapid deployment, resilience, and high-level integration,” said Adam Fife, CEO of CenCore.

Under this contract, CenCore will design, manufacture, deliver, assemble, and install up to eight relocatable modular facilities, each approximately 4,800 square feet, at NIWC Atlantic sites in the Charleston, South Carolina region. The single-story facilities will be placed on pre-existing concrete pads. These modular facilities will deliver secure, scalable, and rapidly deployable infrastructure, accelerating construction schedules, and offering greater flexibility compared to conventional building methods.

NIWC Atlantic provides support to the U.S. Navy and joint forces through the delivery of information warfare capabilities, engineering expertise, and technology integration across all domains of naval operations.

Headquartered in Springville, UT, CenCore is a trusted partner in delivering innovative security solutions in an ever-evolving threat landscape. CenCore delivers U.S.-made, tech-agnostic, open-source security systems that ensure global secure communications. CenCore prioritizes cost-effective, high-performance solutions over superficial appeal.

For press inquiries, contact:

Susan B. Miller, susan.miller@cencoregroup.com

(703) 283-5144

Related Posts

Mission Drives Outcome

5 min read

How Systems Integration Strengthens American Defense Capabilities 

To be successful in the evolving landscape of modern warfare depends on more than individual technologies. Success requires defense integration that connects people, platforms, data, and mission requirements into a unified operational environment. As emerging threats evolve across land, air, sea, cyber, and space domains, the ability to rapidly integrate and deploy capabilities has become […]

SCIF

7 min read

Understanding STC Ratings in SCIFs: Why Acoustic Security Matters 

When planning a Sensitive Compartmented Information Facility (SCIF), all areas of security matter including, access controls, alarms, perimeter protection, and one often-overlooked requirement: acoustic protection.  This is where Sound Transmission Class (STC) ratings come into play.  An STC rating measures how effectively a wall, door, ceiling, or any other part of the facility reduces sound […]

SCIF

5 min read

What Is Electromagnetic Interference (EMI)? Understanding Modern Electromagnetic Threats and Facility Protection 

Electromagnetic interference (EMI) is the disruption of an electronic system caused by unwanted electromagnetic energy. EMI can affect communications equipment, sensitive electronics, critical infrastructure, and mission-essential operations by interfering with signals, degrading system performance, or disrupting normal functionality.  As organizations become increasingly dependent on digital communications, networked systems, and electronic infrastructure, understanding electromagnetic interference is […]