Data-at-Rest Build vs. Buy: Lead Time
When a new vehicle is being planned and designed, engineers, system architects, program managers, and acquisition personnel typically debate three procurement scenario options for the subsystems.
Data-at-Rest and NVMe Memory
This blog provides a brief overview of solid-state memory types from the perspective of data-at-rest (DAR) in deployed military applications.
New SOSA Aligned Solutions Deliver Long-Term Benefits
An open standards approach provides cost savings and the ability to easily upgrade to the latest technology.
Data-at-Rest Build vs. Buy: Flexibility
This blog discusses why the flexibility of a network-attached storage device matters when choosing to build or buy a subsystem
First in Flight, First in Two Layer Commercial Encryption
The DTS1 was the first Network Attached Storage (NAS) device that included two layers of certified and approved Commercial Solutions for Classified (CSfC) encryption.
Data-at-Rest Build vs. Buy: Why Export Matters
When a new vehicle is being planned and designed, engineers, system architects, program managers, and acquisition personnel typically debate three procurement options for the subsystems.
Remote Network Boot Reduces Cost and Risk
For many years, deployed systems used direct attached storage (DAS) to host the operating system (OS) and application (APP) software for embedded computers in deployed vehicles.
Video Recording, Storage, and Encryption
In addition to radar and other similar sensors, many cameras are now being included in the sensor suite. Whether they're infrared for nighttime operations or traditional daytime cameras, they have higher resolution than ever and continuously stream data (frames).
Edge Computing, Encryption, and DAR
Processing the data at the edge creates new risks: If the aircraft is downed or lost, the data may become available to an adversary. Data passed on for further analysis before storage may also be vulnerable. But these risks can be mitigated by...
What is Time-Sensitive Networking (TSN)?
Time-Sensitive Networking (TSN) is a set of Ethernet networking capabilities that transmit time-sensitive data across standard Ethernet networks.
Can Top-Secret Data Be Transported Unclassified?
Commercial Solutions for Classified (CSfC) is essential for the National Security Agency (NSA) strategy to deliver secure cybersecurity solutions. The CSfC program leverages commercial encryption technologies and products to provide much-needed cybersecurity solutions quickly.