This paper discusses the advanced characteristics of both network-attached storage devices and direct-attached storage devices.

This paper focuses on the secure recording and storage of video data captured by camera systems in deployed military aircraft.

In this white paper, Dominic Perez, Aaron Frank and Jeff Evans examine the pros and cons of both fiber optic and copper networking technology for today’s military and aerospace applications.

One approach for significantly reducing wiring weight and simplifying the installation of distributed data acquisition systems (DAS) on test aircraft is to leverage Power Over Ethernet (PoE), first standardized by the IEEE in 2003[1].

This whitepaper discusses the alignment of SOSA and CMOSS systems within the Joint All Domain Command and Control (JADC2) framework, highlighting the importance of interoperability, scalability, and security.

Learn about the innovative NSA CSfC program leveraging commercial encryption technologies in a layered approach for agile and cost-effective classified data protection.

Managing the ever-growing amounts of data generated by deployed military applications poses a critical challenge, as the data must be securely stored, quickly accessed, and protected in harsh environments.

Compare NSA High Assurance Type 1 and CSfC encryption approaches across over a dozen factors, including procurement, risk, technology adoption, and exportability.

To help customers make the correct build-or-buy decision for deployed data-at-rest network attached storage devices, this paper highlights key considerations that should be weighed, including encryption and certification.

This white paper outlines important considerations for defining a deployed NAS solution for military aircraft and covers architectural trade-offs, legacy system issues, transportability, and encryption approaches required to protect sensitive DAR.

The military and aerospace market maintains an insatiable appetite for smaller, lighter, and cheaper. Recent technological breakthroughs in SWaP-C reduction have yielded the introduction of USFF mission computer and networking systems.

This white paper presents a strategic framework for addressing obstacles to efficient communications and how best to maintain seamless connectivity through the utilization of open standards-based, field-proven Curtiss-Wright hardware and software.