An enterprise organization is updating its hybrid storage security architecture to enhance protection for sensitive databases stored on storage area networks (SAN) and prevent unauthorized exfiltration of proprietary data. The security team requires a solution that provides dedicated hardware-backed key protection for disk volume encryption keys, as well as real-time content inspection of egress traffic to block unauthorized data transfers. Which of the following technical controls should the security architect select to meet these requirements? (Select TWO.)
- Deployment of a Hardware Security Module (HSM) to generate, store, and manage key encryption keys (KEKs) for disk volume protection.Cevap
- Implementation of a Network-based Data Loss Prevention (DLP) solution at network perimeter egress points to inspect outbound traffic.Cevap
- CConfiguration of RAID 5 disk array parity across storage nodes to prevent bulk data theft if a drive is physically stolen.
- DApplication of software-based asymmetric RSA algorithms for bulk SAN volume block-level encryption.
- EReassignment of data classification authority from business data owners to storage custodians to streamline storage access policies.
Cevap
The security architect should implement a Hardware Security Module (HSM) for dedicated cryptographic key management and a Network Data Loss Prevention (DLP) system for real-time monitoring and blocking of unauthorized data egress.
Implementing a Hardware Security Module (HSM) ensures secure, hardware-rooted management and protection of key encryption keys (KEKs) used to lock storage volume keys. Complementing this with a Network-based Data Loss Prevention (DLP) engine enables real-time deep packet inspection of egress traffic to enforce compliance policies and block sensitive data exfiltration.
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Data Protection and Storage Security Architecture