Fulcrum is an advanced product-development house creating a new generation of drones, counter-UAS solutions, and AI-enabled sensors, engineered through rapid advances in additive manufacturing and built for real-world mission conditions from day one.
The next decisive advantage in defense and security rarely comes from legacy suppliers or multi-year procurement cycles. It comes from the rapid application of commercial breakthroughs: advanced materials, low-cost sensors, additive manufacturing, and artificial intelligence, translated into fielded capability at a pace the mission demands.
Fulcrum's Product Development practice does exactly that. We investigate, evaluate, and rapidly develop emerging technologies into a new generation of products for the defense and homeland security market: drones and unmanned systems, counter-UAS solutions, compact AI-enabled sensors, and C4I components. Our approach combines hands-on engineering experience, advanced prototyping capability, and 30 years of understanding what "mission-ready" actually means once the equipment leaves the lab.
We don't build products for demonstrations. We build products for deployment.
Products built for the lab and products built for the field are not the same thing. We build for the field.
Purpose-built for defense, security, and tactical missions
We design and prototype UAS for the full spectrum of defense and security missions: surveillance, reconnaissance, force protection, and tactical support. Our approach pairs mission requirements directly with hardware design, so the platform fits the operation rather than the other way around.
What Fulcrum delivers
Keeping pace with the fastest-evolving threat on the battlefield
The drone threat is evolving faster than legacy counter-UAS systems can keep up. Commercial drones are cheap, proliferating, and increasingly weaponized. Fulcrum develops next-generation counter-UAS solutions purpose-built for this environment: portable, deployable, and effective at the edge.
What Fulcrum delivers
Detection that classifies, tracks, and informs decisions in real time
We develop compact, AI-enabled sensors that deliver multi-target detection, classification, and telemetry for perimeter and critical-infrastructure protection. The result: higher probability of detection, fewer false alarms, at a fraction of the size and cost of legacy sensors.
What Fulcrum delivers
A unified operating picture from distributed sensors and unmanned systems
We develop command-and-control and communications components that integrate with multi-vendor architectures, giving operators a unified, real-time operating picture from distributed sensors and unmanned systems across complex environments.
What Fulcrum delivers
How Fulcrum moves faster than legacy approaches, from concept to working hardware.
We stay at the frontier of materials science, commercial sensor development, AI, and additive manufacturing, evaluating advances long before they appear in traditional defense supply chains.
Our engineering team designs and prototypes products built for real-world mission conditions: faster, lighter, and more deployable than legacy approaches. We leverage rapid prototyping and additive manufacturing to compress the path from concept to working hardware.
Products are designed for integration from the start, compatible with existing command-and-control architectures, multi-vendor sensor networks, and fielded force-protection systems.
We validate under real-world conditions, not controlled lab environments. Mission-ready means performing in the field, under operational stress, not just passing a bench test.
Rapid prototyping of structural and functional components, compressing time from design to physical hardware.
Including graphene and other nanomaterials, and high-performance polymers for weight reduction, survivability, and electromagnetic shielding.
Multi-sensor detection, classification, and tracking at the edge, combining multiple modalities into a single real-time operating picture.
From CAD to physical prototype on compressed timelines, enabling fast design iteration before committing to production.
Products designed for multi-vendor interoperability from the outset, reducing integration risk and accelerating fielding timelines.
Performance verified under operational conditions, not just bench tests, ensuring products work when and where they need to.
Fulcrum's engagement models can be combined or phased depending on program stage and customer type.
Fulcrum works alongside your program office or organization to co-develop a specific product or capability, from initial requirements through prototype, testing, and fielding. Suited for government customers, primes, and technology firms seeking a disciplined product-development partner.
Fulcrum develops products to address identified capability gaps in the defense and homeland security market, pursuing SBIR/STTR, AFWERX, Army XTech, and related pathways for rapid fielding.
Rapid evaluation and prototyping of emerging commercial technologies for applicability to specific defense or security mission requirements, moving quickly from concept to working demonstration.
Experience described at the leadership level. Detailed past performance and references available on request.
Explored and evaluated inexpensive commercial radar and lidar sensors for repurposing in perimeter-security applications, developing AI-enabled sensor fusion approaches that improve detection probability and reduce false alarms compared to legacy systems.
Directed initial operational fielding of USAF counter-UAS capability across nine domestic and four international DoD installations, providing direct insight into real-world counter-UAS performance requirements and integration challenges now applied to Fulcrum's own product development.
Led multi-year USAF base-defense fielding program, developing first-hand understanding of system integration requirements, sensor-to-effector architectures, and the gap between laboratory performance and field reliability.
Active engagement with university research partners in materials science, including nanomaterials and additive manufacturing, to identify and evaluate technologies applicable to drone construction, counter-UAS survivability, protective equipment, and electromagnetic shielding.