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ABOUT SBR RESEARCH 

SBR Research is a defense technology leader specializing in AI-driven power management and intelligence solutions for military and government operations. Our flagship system, MOPAS (Mission-Optimized Power Assessment System), provides real-time power assessments, reducing waste and enhancing combat readiness. Committed to innovation, we develop advanced solutions in tactical energy management, autonomous surveillance, and defense logistics. Our team collaborates with the U.S. Air Force, Special Operations Command, and leading defense contractors to deliver mission-ready technology that meets the evolving demands of modern warfare.

OUR MISSION

Advancing Military Energy Intelligence. Enhancing Combat Power. Delivering Tactical Advantage

SBR Research is dedicated to advancing the state of ISR technology by creating innovative, untethered solutions that provide secure and unmatched situational awareness for complex defense and security challenges. The company’s mission is to push the boundaries of autonomous surveillance, enabling clients to make informed decisions with real-time intelligence from any environment.

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Our Journey So Far

2019

SBR RESEARCH FOUNDED

Our Founding – A Legacy of Innovation


SBR Research LLC was founded with a mission to redefine Intelligence, Surveillance, and Reconnaissance (ISR) technology through AI-driven automation and advanced power solutions. With a team of defense technology experts, engineers, and military innovators, we set out to develop cutting-edge UAV platforms, smart energy systems, and real-time intelligence tools to enhance situational awareness and mission success.

From our inception, we have remained at the forefront of defense innovation, securing SBIR contracts, strategic partnerships, and government collaborations to advance autonomous ISR solutions and power optimization technologies for military and security operations.

2025

SBIR AWARDEE

SBR Research’s Mission-Optimized Power Assessment System (MOPAS) has been awarded an SBIR Phase I contract (FA864925P0055) with the U.S. Air Force for feasibility studies and prototype development. The technology has also been recognized for its innovative approach to military energy optimization in defense technology research programs.

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