The goal of Secure Wireless Communications is to provide controlled access to classified or controlled unclassified information (CUI) over any RF transport in the field - between vehicles and end-users alike.

Data-in-motion, also called data-in-transit, is the digital information transferred between locations within or between network computer systems.

Many aerospace vehicles are constantly developing even as they are fielded and used daily. Their flight test programs can span multiple years or even decades as improvements and new capabilities are added throughout their lifespan.

Designers of high-performance embedded computing modules and systems must understand the technical considerations required to realize the true benefits of 100 Gbps technology fully.

This paper compares the differences between the commercial use of DisplayPort and safety-critical embedded system. It includes an analysis of DisplayPort link training in a safety-certifiable context.

This paper describes strategies for encrypting data at rest and in motion, with a particular emphasis on encrypting telemetry data for applications such as flight tests.

Network attached storage (NAS) systems for mission-critical applications require high data integrity and system performance. As the backbone for storing and accessing critical data, NAS devices must include functionality that minimizes the risks associated with data loss due to hardware disk failures.

Using the same cable for both power and data means that power can be delivered to devices without having to wire new circuits or requiring a separate transformer that converts AC power to DC.

This white paper looks at the history of flight recorders, their regulations, how these regulations are formulated, and what the future may bring.

This white paper presents an overview of the potential threats to an embedded system, and how the Trust Architecture can effectively defend against these threats.

The SOSA Technical Standard combines MOSA principles with security to enable secure sensor processing systems to be quickly developed and deployed in a low-risk environment.

This paper examines the best practices commercial off-the-shelf (COTS) hardware vendors must employ to establish a trusted supply chain, including managing obsolescence, counterfeit parts mitigation, secure manufacturing, and design integrity.