Curtiss-Wright’s Defense Solutions Division has announced that the hardware and software encryption layers for data-at-rest (DAR) provided on the company’s High-Speed Recorder 10 GbE (HSR10) network attached storage (NAS) device have been approved for placement on the National Security Agency (NSA) Commercial Solutions for Classified (CSfC) Components List.
Earlier this year, the HSR10’s encryption layers successfully completed Common Criteria certification and were added to the U.S. National Information Assurance Partnership (NIAP) Product Compliant List. The high-performance, high-capacity HSR10 NAS device uniquely features the industry’s first NVMe in-line hardware full drive encryptor (FDE) enabled storage solution that supports two CSfC encryption layers inside a single device.
These notable milestones provide system designers with a cost-effective and proven turnkey commercial off-the-shelf (COTS) solution for DAR storage and protection of Top Secret/Sensitive Compartmented Information (TS/SCI) that is ready for plug-and-play deployment. Also, because the HSR10 is ITAR-free, it is readily available for use by Five Eyes and NATO member countries.
The dual channel 10 GbE HSR10’s NVMe in-line hardware encryptor delivers higher throughput compared to SATA architecture alternatives, with support for near line-rate data throughput. To capture the high-speed sensor data on today’s deployed platforms, the HSR10 provides 1.97 MB/s write data throughput speed with two layers of encryption.
For deployed platforms, larger storage capacity extends mission duration. Currently offered with up to 32 TB of removable data storage (support for 64 TB is expected in 2025), the HSR10 delivers superior storage capacity roadmaps that leverage higher density and cost advances derived from commercial NVMe memory technology. The HSR10 is ideal for storing and protecting critical DAR on deployed air, sea and ground platforms.
The HSR10 uses the latest NVMe solid-state drive technology while providing two layers of FDE. The NVMe protocol can deliver transmission/storage performance improvement of nearly 50% over SAGA-based solutions. NVMe-based memory reduces latency and increases bandwidth by eliminating storage interface bottlenecks, resulting in faster throughput that eliminates the loss of critical data.
Brian Perry, Senior Vice President and General Manager, Curtiss-Wright Defense Solutions Division, said, “The HSR10 features the industry’s first rugged, NVMe in-line hardware full drive encryptor to be placed on the NSA’s list.””
