|Data Acquisition USB|
|FPGA + DSP processing|
|Server, Workstations & Panel PC|
|Systems & Backplanes|
|Tablet & PDA|
Mercury Systems Introduces Defense Industry’s First Removable Secure Solid State Drive for Harsh Military Environments
Watertight, hand-held solid-state drive integrated with the industry’s most advanced security architectures
ANDOVER, Mass., Dec. 07, 2017 (GLOBE NEWSWIRE) — Mercury Systems, Inc. (NASDAQ:MRCY) (www.mrcy.com), today announced the start of customer design engagements for its new MISSION-Stor™ ultra-portable secure solid state drive (SSD) with integrated security and performance-enhancing algorithms. Though similar in size and function to a commercial USB flash drive, the Company’s new secure SSD has been precision-engineered to withstand the harshest military operating environments while simultaneously protecting the most sensitive data from adversarial attack. The new product is ideally suited for mission management applications, where mission instructions must be securely transferred to a military platform operating in a potentially hostile threat environment.
Mercury Systems MISSION-Stor™ Secure Removable SSD
The new MISSION-Stor device marries state-of-the-art NAND flash memory with the Company’s sixth generation ARMOR™ processor in a SWaP-optimized form factor small enough to comfortably fit in the pocket of a flight jacket. MISSION-Stor addresses customer applications that require protection of highly sensitive data, up to and including the Top Secret designation. MISSION-Stor SSD devices support encryption, key purge, sanitization and self-destruct capabilities. Mercury has engineered the new MISSION-Stor SSD device to the rigorous standards of Federal Information Processing System (FIPS) 140-2 and the National Security Administration’s Commercial Solutions for Classified (CSfC) program. The new product is expected to receive FIPS 140-2 certification approved component listing for the CSfC program in 2018.
The ARMOR processor, the backbone of Mercury’s entire suite of secure military-grade SSD solutions, enables data at rest protection using the strength of advanced encryption standard with 256 bit keys in the XTS block cipher mode (AES-256 XTS). Whereas commercial- and industrial-grade SSD devices typically decrypt data after entering a simple ATA password, the ARMOR processor supports the industry’s widest range of encryption key management options, including re-play attack mitigation and isolated key fill using a DS-101 serial interface protocol developed by the NSA.
“Today, we openly invite government agencies, defense prime contractors and other valued customers to engage with us as we field our new MISSION-Stor device,” said Iain Mackie, Vice President and General Manager of Mercury’s Microelectronics Secure Solutions group. “As the preeminent commercial supplier of secure military-grade SSD devices, our new MISSION-Stor product sets the bar for removable data storage with integrated security. Our Phoenix Advanced Microelectronics Center is proud to continue designing and manufacturing innovative security solutions purpose-built for government agencies and our military forces.”
The new MISSION-Stor device is available with either a high-speed non-volatile memory express (NVMe) interface or a serial ATA (SATA) interface. Additionally, users can configure the device to operate in either an extended-life or extended-capacity mode based on mission requirements. Extended-capacity mode enables approximately 1.5 TB of host-accessible data storage, while extended-life mode enables enhanced data endurance – up to 7.7 pentabytes (PB) of total data written – with a maximum host-accessible storage capacity of 512 GB.
The MISSION-Stor product, and all of Mercury’s digital microelectronics solutions, are manufactured in the Company’s Defense Microelectronics Activity (DMEA)-certified Advanced Microelectronics Center in Phoenix, Ariz. As a testament to its commitment for excellence in all aspects of security, Mercury protects its design and manufacturing records with an active cybersecurity program based on the Center for Internet Security (CIS) critical security controls. Furthermore, critical components are carefully sourced from a managed supply chain with manufacturing sites located in the United States.
Mercury’s application engineering team frequently assists customers seeking to deploy robust security solutions for the most complex applications. To participate in Mercury’s MISSION-Stor design program or for more production information, custome