TrustedCOTS™ and Enhanced Trusted COTS technologies use an open systems approach for embedding security, enabling customers to leverage secure-state-of-the-art (S-SOTA) technologies.

A tandem-seat, single-turboprop, light attack aircraft operator wanted a modern, easy-to-install, flight recorder with an encryption facility for their fleet.

Protecting top-secret data on network attached storage with National Security Agency (NSA) approved encryption for military aircraft.

At Curtiss-Wright, we have a long heritage of designing, building, testing, and qualifying modern Naval enclosure systems that house and protect mission-critical systems from the most formidable operational environments.

Two experts delve into how defense and civilian organizations can improve mobility and remote work solutions for classified workers.

This white paper discusses an approach where data acquisition units (DAU) conduct the fast Fourier transform (FFT) analysis in real-time to optimize PCM telemetry bandwidth.

This white paper discusses an approach where data acquisition units (DAU) conduct the fast Fourier transform (FFT) analysis in real-time to optimize PCM telemetry bandwidth.

This paper covers encryption approaches for high-speed networks and solutions, taking into consideration a recording system’s size and power requirements.

Curtiss-Wright’s approach to enclosure construction and system integration leverages the efficiency of reusing proven technology building blocks that make electronics installation faster and more cost-effective.

Our subject matter experts from Curtiss-Wright and Viasat explore how software-defined wide area networking or SD-WAN can be augmented to meet the unique challenges of the tactical edge network.

This white paper looks at different TSPI solutions and discusses requirements before concluding with thoughts on an optimal system for modern flight test applications.

By using a proven, easy-to-use, comprehensive technology suite, ROI is increased, and greater capability is delivered with less downtime incurred.