Wire-Speed Storage Fabric Encryption: NVMe-oF, SAN, and Self-Encrypting Drives

Engineering high-throughput block-level encryption engines for all-flash storage arrays and cloud datacenters.

Overcoming I/O Latency Bottlenecks in All-Flash Arrays

Modern NVMe all-flash storage arrays deliver millions of IOPS with sub-100 microsecond read latencies. Software encryption degrades this performance by 40% or more. DataHSM integrates inline FPGA/ASIC accelerators that execute XTS-AES-256 block encryption in under 180 nanoseconds, maintaining full wire-speed throughput.

Cryptographic Data Sanitization (Crypto-Shredding)

When physical storage drives are retired or repurposed, NIST SP 800-88 mandates sanitization. DataHSM executes instantaneous cryptographic erasure: by zeroizing the drive's master wrapping key, all underlying petabytes of data become mathematically irrecoverable in under 100 milliseconds.

XTS-AES-256 Hardware Acceleration: Implementing IEEE 1619 compliant narrow-block ciphertext stealing in silicon.
NVMe over Fabrics (NVMe-oF): Encrypting high-speed RDMA (RoCE v2) storage traffic with sub-microsecond latency.
TCG Opal SED Management: Centralized authentication key provisioning for thousands of Self-Encrypting Drives (SED).
Instantaneous Cryptographic Erasure: Securely decommissioning drives in 100 milliseconds via master key purging.

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