ECCouncil 312-76 - EC-Council Disaster Recovery Professional v3 (EDRP)

RMAN (Recovery Manager) is Oracle’s tool for backing up, restoring, and recovering database files using server sessions, matching Joanna’s description.

Option A (Virtuozzo):Virtualization platform, not database-specific.

Option B (Disk Drill):General data recovery, not database-focused.

Option C (Recuva):File recovery, not server-session-based.

“RMAN leverages database server sessions to manage backup, restoration, and recovery of Oracle databases efficiently” (Module: Database Recovery, Section: Recovery Tools).

A Survivable Storage System is designed to maintain data integrity and access despite failures or attacks, as described (e.g., PASIS architecture).

Option B (Decentralized Computing):Broad computing model, not storage-specific.

Option C (Mirroring):Redundancy technique, not a full system.

Option D (Mainframe):Robust systems, but not survivability-focused.

“Survivable Storage Systems ensure data availability and integrity against failures and attacks across storage and network components” (Module: Survivable Storage Systems, Section: Overview).

A Synthetic Backup combines a full backup with subsequent incremental backups to create an updated full backup, as described.

Option A (Incremental):Only changes, not combined with full.

Option B (Differential):Changes since last full, not synthesized.

Option D (Incremental Forever):Continuous incrementals, not full synthesis.

“Synthetic Backup merges a full backup with incrementals, creating an efficient, updated full copy for recovery” (Module: Data Backup and Recovery, Section: Backup Techniques).

Proven Reliability is a hallmark of mainframes, known for uptime and robustness in critical applications.

Option B (Openness):More for open systems, not mainframes.

Option C (Pluralism):Not a technical feature.

Option D (Transparency):Not a mainframe characteristic.

“Mainframes feature proven reliability, supporting continuous operation for mission-critical environments” (Module: Computing Systems, Section: Mainframe Features).

A Hot Backup occurs while systems are online and active, suitable for Matt’s real-time, no-downtime requirement.

Option A (Incremental):Fast but not inherently downtime-free.

Option B (Cold Backup):Requires downtime, offline systems.

Option D (Online Data Backup):Similar, but less specific than “Hot Backup.”

“Hot Backups enable data protection without downtime, critical for real-time systems like financial platforms” (Module: Data Backup and Recovery, Section: Backup Techniques).