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.

This workshop explores the exportable miniature encryption support package (MESP) that provides AES-256 encryption and decryption capability that is customized for telemetry applications, as well as general test applications.

While developing a new intelligence, surveillance, and reconnaissance (ISR) system, a large aerospace developer approached Curtiss-Wright for commercial off-the-shelf (COTS) equipment that had to fit into a space-constrained, propeller-driven aircraft.

In search of a small form factor network attached storage (NAS) solution for a new UUV, an engineer at a defense contractor reached out to Curtiss-Wright. The UUV required a high storage capacity solution to store critical mission data on long-range missions.

This white paper explores the Commercial Solutions for Classified (CSfC) program, data at rest encryption, terminology, and the inner vs. outer layer of protection.

The CSfC data-at-rest (DAR) capability package has evolved over the last five to six years. Starting with the initial draft version 0.8 in July 2014, the DAR CP has matured as expected with the ever-increasing CSfC-based storage applications in the field.

A customer sought a secure data storage solution that could maintain reliability under extreme temperatures and vibration, and be available off the shelf.

The choice of encryption location can determine how difficult it is for adversaries to decrypt sensitive data and use it to their advantage.

When a large system integrator needed a SWaP optimized, rugged, network-attached storage system with NSA-approved encryption, a UAV contacted Curtiss-Wright for a trusted, proven solution.

Through disk partitioning and commercial off-the-shelf (COTS) data-at-rest (DAR) encryption, this paper proposes a solution that reduces the risk of data loss, corruption, and accessibility if intercepted.

This case study discusses how a system architect upgraded a legacy platform with modern data storage and recording while retaining legacy FC sensors. Read about the solution Curtiss-Wright developed.

A leading mission systems integrator sought a data recording and storage device that could capture up to 1 TB of data in a removable drive, easily integrated into their existing mission system, adding minimal weight.