Integer Technologies LLC

Integer Technologies LLC is a for-profit limited liability company and self-certified small disadvantaged business headquartered in Columbia, South Carolina. The company specializes in advanced technology services for defense and maritime applications, with particular expertise in unmanned systems, autonomous capabilities, digital engineering solutions, and naval research and development. Integer Technologies maintains active registration with the federal government through SAM.gov, with registration validity extending through November 2026, and holds substantial prime federal contract vehicles totaling approximately $4.98 billion.

Integer Technologies has demonstrated extensive experience delivering research, development, and integration services across multiple naval and defense programs. The company's definitive contract awards include a $24.8 million cost-plus-fixed-fee contract from the Office of Naval Research for developing an operational decision-support tool for intelligent autonomous systems conducting seabed warfare and undersea missions (completion date May 7, 2028), a $16.6 million cost-plus-fixed-fee contract for resilient autonomous systems development focusing on cyber vulnerabilities in maritime autonomous systems (completion date April 8, 2028), a $9.8 million cost-plus-fixed-fee contract for naval platforms development (completion date March 5, 2027), and a $2.9 million firm fixed-price contract for technology and workforce development roadmaps (completion date September 6, 2027). Additionally, the company received a $240,000 Small Business Innovation Research Phase I award from the Office of Naval Research (completion date November 2, 2026) and a $1.5 million Defense Advanced Research Projects Agency Phase II SBIR contract for the Remote Operational Monitoring Unit Leveraging UUV Simulation (ROMULUS) program (completed September 2023). The company also received a $225,000 DARPA Phase I SBIR award for unmanned underwater vehicle analysis and feasibility testing (completed October 2022). Integer Technologies has performed work as a prime contractor with subcontractors including Florida State University and Serco Inc., supporting advanced engineering, testing, verification, and validation activities across naval platforms and autonomous systems initiatives.

Integer Technologies holds two significant multiple-award Indefinite Delivery Contracts with the Naval Sea Systems Command. The first is a $4 billion SEAPORT-NXG contract (awarded January 2, 2025, completion date January 1, 2029) covering research, development, and integration services for naval platforms and autonomous systems, featuring a five-year base period with a potential five-year extension. The second is a $982.1 million Unmanned Surface Vehicle Family of Systems (USV FoS) contract (awarded June 14, 2024, completion date April 30, 2029) spanning six functional areas including payloads, sensors, mission support systems, autonomy and vehicle control, ashore and host platform elements, and logistics and sustainment, also featuring a five-year base period with optional five-year extension. Both IDVs are non-set-aside multiple-award vehicles classified under NAICS code 541330 for Facilities Support Services. Integer Technologies has received task orders under both vehicles, including minimum guarantee orders valued at $500 and $1,000 respectively, positioning the company to compete for additional task orders supporting naval platform development and autonomous maritime systems advancement throughout the performance periods.

Integer Technologies LLC is a research and development services company, founded by scientists and engineers with a passion for applied technology research and product development. We perform R&D with a focus on intelligent, unmanned, and autonomous systems operating in the ocean, ground, air, and space domains. We are hardware and software developers with experience transitioning applied research into fielded products for military and commercial applications.

Our areas of expertise includes naval architecture, design science, digital engineering, power and energy systems, and sensor and perception systems for unmanned and autonomous vehicles such as ships. A common thread in our research is improving the performance, intelligence, and reliability of systems powering military vehicles. Our products support larger systems such as power and energy system controls (i.e., U.S. Navy ships) and the perception and control systems for autonomous vehicles such as unmanned ships.