Built on a Legacy of Innovation
Founded in 1929, Curtiss-Wright has a long history of innovation, with its roots dating back to the Wright brothers’ first flight in 1903 and Glenn Curtiss’s first preannounced public flight in 1908. Today, we deliver technology innovations that provide high-performance reliability, ensure the security of data, and contribute to the safety of personnel for programs and platforms worldwide. Advance any program or platform with innovative technologies such as Fabric100 using high-performance commercial processor technologies in super-computing embedded computing systems.
Fabric100 100 GbE Data Processing
Trusted Computing for Defense & Aerospace
Curtiss-Wright’s approach to embedded security deploys defense-in-depth and defense-in-breadth strategies to leverage the powerful security features inherent in commercial components and to add additional defense-grade security technologies. Our TrustedCOTS™ framework fully enables the security capabilities of commercial hardware and software technologies to protect applications and data from compromise.
The TrustedCOTS framework includes 3 major data protection domains: technology, data and parts protection.
Curtiss-Wright proven and certified storage solutions match data security requirements for NSA Type 1, CSfC, CC and FIPS 140-2.
Data-in-motion, also called data-in-transit, refers to digital information when transferring between network system nodes.
Our TrustedCOTS products provide confidence in the security and un-compromised protections.
We go the extra mile to protect our supply chain and manufacturing processes.
Leverage Commercial Processor Technology
Curtiss-Wright works with world leaders in processor technologies to apply commercial technology to the demanding power, size, program life cycle and performance requirements of aerospace and defense applications. Explore the processor types used in our COTS boards and systems products.
Intel processors deliver the highest performance, enhanced on-chip graphics and media support, and built-in security capabilities.
FPGA and Adaptive SoC devices enable parallel processing of DSP algorithms because of the flexibility in reconfiguring the functionality.
GPUs complement a processor to offer display graphics or can serve as a math/vector acceleration engine.
Arm processors bring an unparalleled power-to-performance ratio to the most advanced mobile devices available.
These processors deliver reliable, scalable RISC architecture microprocessing for defense & aerospace applications.
