APPLIED LOGIC ELECTRONICS LLC

Applied Logic Electronics LLC specializes in the design, integration, and support of advanced electronic systems and subsystems for government applications, with a focus on embedded electronics, signal processing, and mission-critical hardware development. Their technical expertise includes circuit board design, firmware development, RF and analog system integration, and compliance with military and federal environmental and electromagnetic standards. The company demonstrates proficiency in end-to-end product lifecycle management, from prototyping and testing to low-rate production and field support, ensuring ruggedized, reliable performance in demanding operational environments. Their differentiation lies in nimble, engineering-driven execution tailored to complex, low-volume defense and aerospace requirements, with an emphasis on hardware assurance and systems-level reliability. Award history does not provide sufficient detail to identify specific agencies or programmatic relationships. Consequently, no confirmed patterns of engagement with federal departments or mission areas can be inferred from available data. The primary NAICS code 334419—Other Electronic Component Manufacturing—indicates a focus on the production of specialized electronic components not classified elsewhere, such as custom printed circuit assemblies, sensor interfaces, and control modules. In practice, this positions the company within the defense industrial base as a niche supplier of mission-essential electronics, serving sectors requiring high-reliability, non-commercial-off-the-shelf components. Their market positioning centers on precision engineering for applications where standard commercial parts are unsuitable due to environmental, security, or performance constraints. Applied Logic Electronics LLC is structured as a small business under the 2L entity classification and operates from Indianapolis, Indiana. The company holds no federal certifications, including 8(a), HUBZone, or SDVOSB status, and its footprint is limited to its primary location. Despite the absence of formal certifications, its technical execution in electronics manufacturing suggests alignment with DoD and intelligence community supply chain requirements for trusted, secure component fabrication.