CURTISS-WRIGHT CONTROLS INTEGRATED SENSING, INC

Curtiss-Wright Controls Integrated Sensing, Inc. specializes in the design, integration, and deployment of advanced sensing and embedded control systems for mission-critical defense and aerospace applications. The company leverages deep expertise in ruggedized electronics, real-time data acquisition, signal conditioning, and embedded firmware development to deliver high-reliability solutions for harsh environmental conditions. Their technical capabilities include custom PCB design, FPGA-based processing, MIL-STD-461/810 compliance, and integration of sensor suites such as inertial measurement units, pressure transducers, and condition monitoring systems. A key differentiator is their ability to engineer end-to-end sensing subsystems that bridge analog sensor inputs with digital command and control architectures, ensuring deterministic performance in avionics, naval systems, and ground vehicle platforms. Award history does not provide sufficient detail to identify specific agency relationships or programmatic focus areas. Consequently, no definitive patterns can be established regarding which federal entities they support or the nature of their engagements. The primary NAICS code 336412 indicates activity in aerospace product and parts manufacturing, specifically the production of avionics and flight control systems. In practice, this translates to a focus on embedded systems for military aircraft, unmanned systems, and defense platforms requiring certified, high-integrity electronics. The company positions itself within the defense industrial base as a niche supplier of sensor-integrated subsystems rather than full platform integrators. Curtiss-Wright Controls Integrated Sensing, Inc. operates as a Tier 2 supplier under a two-level corporate structure, with its primary facility located in Hauppauge, New York. The company holds no active government certifications such as 8(a), HUBZone, or SDVOSB. Its market presence is defined by technical specialization in ruggedized sensing and control systems rather than broad-scale program management or commercial-scale production.