Applied Energetics is a small, early-stage defense technology company developing ultrashort pulse (USP) laser systems for directed energy applications. The company's core technology uses fiber-based laser architecture to deliver extremely high-intensity pulses — lasting less than a trillionth of a second — to disable or destroy targets, particularly electro-optical sensors on drones and other unmanned systems. Applied Energetics also holds patents on two proprietary technologies, Laser Guided Energy and Laser Induced Plasma Channel, that form the basis of its directed energy systems. With only 26 employees, Applied Energetics operates more as an R&D company than a scaled defense contractor. Applied Energetics generates revenue through U.S. government R&D contracts and grants, typically structured as cost-reimbursement or fixed-fee arrangements where the government funds the company to develop and demonstrate its laser technology. The company has not yet won a large-scale Program of Record contract, which would represent a formal, long-term DoD acquisition program and a significant step up in revenue and funding stability. Until then, Applied Energetics funds operations through a combination of contract revenue and equity financing. The company argues its USP laser architecture is differentiated from more mature continuous wave and high-power microwave directed energy systems — offering higher peak power, a more compact form factor, and wavelength agility — and positions USP as a complementary layer in a broader defense architecture rather than a direct replacement for existing systems.