This white paper examines how building a system with a dissimilar redundant architecture can help overcome the challenges of meeting DO-254/178 DAL A requirements.

The goal of reducing the cost of equipping Army vehicles with new capabilities, while adding increasing interoperability and flexibility of operation, can be accomplished through the use of a Modular Open Systems Approach (MOSA), a technical and business strategy for designing an affordable and adaptable system.

Using a Degraded Visual Environment (DVE) system enables aircraft pilots to visualize the landing area in poor conditions, allowing them a safe, on-time descent to their target destination.

There is a popular industry misconception that Intel processors draw more power than Power Architecture and Arm processors. This paper discusses how that is not the case.

This white paper looks at how NetBoot brings new efficiencies, better security, and significant savings to teams that are tasked with maintaining software on embedded systems.

Dominic Perez, Chief Technology Officer, Curtiss-Wright Defense Solutions, and Aaron Frank, Senior Product Manager, Curtiss-Wright Defense Solutions, talk about critical considerations for selecting CPUs, GPUs and FPGAs for rugged field applications and vehicle platforms with size, weight and power constraints.

Curtiss-Wright has experience on a wide variety of platforms and missions using the same COTS equipment in both development and operational applications.

This case study describes how an operator of a 5th generation fighter found room to install aircraft monitoring instrumentation to help examine performance and rapidly identify any future issues.

Gain valuable insights into NSA High Assurance Type 1 encryption including device consideration factors, encryption algorithms, and certification processes.

This white paper examines the key challenges multi-core processors present in safety-certifiable systems, and the traditional and newer, more effective techniques for alleviating them to ensure MCP-based systems will safely perform their intended functions.

This case study describes how an organization ensured there was no transmitter interference with other onboard electronics.

This recording system leverages our legacy breadth of products to produce a best-in-class solution that allows users to capture, record, and output data based on their unique requirements.