SECURE
Secure IP, hardware and software to protect mission-critical systems
EXPLORE SECURE SOLUTIONS
Side-Channel Attack Resistant Chip-Scale IP
Secure IP and PUF technologies to counteract threats to sensitive data and provide device identification.
LDS3507 3U Single Board Computer, BuiltSECURE
SOSA-aligned board with Intel Xeon D CPU, UltraScale+ FPGA and advanced SSE security.
LDS6708 6U Single Board Computer, BuiltSECURE
SOSA-aligned board with Intel Xeon E or Core i7 CPU and and advanced SSE security.
HDS6705 6U Multiprocessing Board, BuiltSECURE
Intel Xeon Scalable server-class CPU, 96 GB DDR4, 40 GbE, PCIe Gen3, MOTS+ protection, and advanced SSE security
RTBX06 Rugged Trusted BuiltSECURE Servers
Dual Intel Xeon Gold Scalable processors in 1U/2U 20" form factors, up to 8 expansion slots, 384 GB DDR4 and SSE
RTBX05 Rugged Trusted BuiltSECURE Servers
Dual Intel Xeon E5-2600 v4 processors in 1U / 2U 20" form factors with up to 5 expansion slots, 128 GB DDR4, SSE
Custom Secure OpenVPX Subsystems
Pre-integrated, SWaP-optimized, customizable OpenVPX multifunction subsystems with program support services, security.
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Stay Ahead of Threats
Mitigate reverse engineering and safeguard against threats with features from our proven technology suite including:
• Commercial National Security Algorithm (CNSA)/Suite B ciphers
- AES 128/256 all modes
- SHA2 and SHA3
- RSA
- ECDSA/ECDH
- TRNG
• NIST CAVP certifiable
• Inline memory
• Encryption/decryption
• Random generator
• Side channel countermeasures
• Physical protection mechanisms
• Key management
• Data-at-rest protection
Security Services and Analysis
Mercury’s experienced system security engineers and customer support teams deliver affordable, end-to-end product security services including vulnerability assessments, technical training, classified capabilities and product-specific protection schemes. We can provide cybersecurity partner pre-integration, program protection planning assistance and red team/blue team vulnerability analysis.
Case Study
Maintaining System Integrity in a Dynamic Environment
Challenge: Establish trust at the hardware level to circumvent adversaries striking at the lowest possible level in software.
Solution: Integrate advanced cryptography solutions that defend FPGA and ASIC architectures against side-channel attacks and exposure of sensitive cryptographic keys during system boot and runtime.
Result: Defense-ready cryptography protects foundational silicon building blocks that underlie key processing elements. Critical information in current and post-quantum future digital systems is constantly secure and protected from local and remote attacks as well as key breaking.