A customer with SWaP constraints for their next-gen 3U VPX Mission Computer with a custom backplane worked with Curtiss-Wright for processing solutions using Trusted Architecture features. Read the case study.

Steve Leaper talks about crash protected recorders, how they have evolved and what requirements are needed today and tomorrow.

This white paper describes how high-performance embedded computing (HPEC) brings supercomputing processing power to defense and aerospace applications including radar, sigint, and image processing systems.

Modern-day processors for imaging, radar, and other sensors are complex systems each unique with diverse processing requirements per company, platform, sensor, and application.

With the move to more open systems architectures, it's time to re-evaluate COTS modules to see how rugged they can be in tactical fighter environments.

This white paper discusses embedded high assurance computing using NXP's Trust Architecture for defense and aerospace applications.

A case study about a high-capacity 3U VPX storage system with data-at-rest encryption was developed to support a deployable ISR system.

This white paper examines the ground-breaking chip, the Intel Xeon D processor, and explores some of the visionary defense applications that will now become practical. Download the white paper!

In order to guarantee a high level of measurement reliability, the Air Force Institute of Technology (ITWL) sought to have sensor redundancy, with multiple strain gauges at each load measurement location. Learn about the solution.

Parallels can be drawn with the FMC format: it’s a mix and match format, but creating a successful overall solution requires the selection of the right pieces, knowing their details, and how to put them together.

This white paper discusses some of the drivers and benefits of deploying an open, scalable vetronics system architecture as envisioned by the VICTORY and GVA initiatives. Download the paper!

This white paper discusses how a novel approach to radiation mitigation allows the use of COTS electronics equipment in a radiation environment, thereby lowering the cost involved in the design, certification, manufacture, and deployment of such a system.