Pass the ECCouncil EDRP 312-76 Questions and answers with ExamsMirror

Exit Criteria define the conditions for test completion, here 90% pass rate, indicating successful DR plan validation.

Option A (Entry Criteria):Conditions to start testing, not finish.

Option C (STLC):Broad testing process, not specific criteria.

Option D (Suspension):Conditions to pause testing, not success.

“Exit Criteria, such as a 90% pass rate, determine when DR testing is successfully completed, ensuring plan reliability” (Module: Testing Disaster Recovery Plans, Section: Test Criteria).

Hardening secures systems (e.g., virtual machines) by disabling unnecessary components like interfaces, ports, and services, reducing attack surfaces.

Option A:Physical security, not VM-specific.

Option B (Defense-in-Depth):A layered strategy, not specific to disabling components.

Option C:Separates security functions, not about disabling.

“Hardening enhances VM security by disabling unused interfaces, ports, and services, minimizing vulnerabilities” (Module: Virtualization and Recovery, Section: Security Practices).

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).

Tier 5 in the disaster recovery tier model (e.g., SHARE or IBM models) typically involves backing up data over a Wide Area Network (WAN) to a remote site, providing offsite redundancy with minimal data loss.

Option B (Tier 3):Basic offsite backup, often tape-based, not WAN-specific.

Option C (Tier 0):No backup, not applicable.

Option D (Tier 6):Advanced, often with zero data loss, beyond simple WAN backup.

“Tier 5 utilizes WAN connections for remote data backups, enhancing resilience with offsite replication and moderate RPO” (Module: Disaster Recovery Tiers, Section: Tier Definitions).

The Open Virtualization Format (OVF) is a standard developed by the Distributed Management Task Force (DMTF) for packaging and distributing virtual machines and software. It ensures interoperability across virtualization platforms, making it a key virtualization standard.

Option A (PCI DSS):A security standard for payment cards, not virtualization-related.

Option B (CSA):An organization, not a standard, focused on cloud security.

Option C (vCloud API):A VMware-specific API, not a DMTF standard.

“The Open Virtualization Format (OVF), established by the DMTF, standardizes virtual machine packaging for portability and compatibility across platforms” (Module: Virtualization and Cloud Computing, Section: Virtualization Standards).

Return on Risk Adjusted Capital (RORAC) is a financial metric often used to allocate funds for risk mitigation, including emergency reserves like James’ $20,000 for virtual connections. It reflects the return expected after accounting for risk costs.

Option A (RAROC):Similar, but typically broader, not specific to emergency funds.

Option B (RAPM):A management approach, not a fund term.

Option C (RARORAC):A variant, less commonly used in this context.

“RORAC quantifies funds set aside for risk scenarios, such as emergency recovery costs, ensuring financial preparedness aligns with risk exposure” (Module: Risk Management, Section: Financial Metrics).

ISO 27031 focuses on ICT readiness for business continuity, providing methods to enhance IT resilience, as Max and Carl discussed.

Option B (ISO 27005):Risk management, not ICT continuity-specific.

Option C (ISO 22313):General BCM guidance, not ICT-focused.

Option D (INCITS 483-2012):Virtualization security, not continuity.

“ISO 27031 outlines processes to improve ICT readiness, ensuring IT supports business continuity effectively” (Module: Standards and Compliance, Section: ICT Continuity).

Durability in PASIS (Pittsburgh Advanced Survivable Information Storage) ensures data remains recoverable despite node failures, using redundancy and encoding, enabling James to retrieve data post-earthquake.

Option B (Availability):Ensures access, not recovery after loss.

Option C (Reaction):Not a PASIS feature.

Option D (Integrity):Ensures data accuracy, not recovery.

“Durability in PASIS architecture guarantees data recovery from failed nodes through redundancy and encoding, enhancing survivability” (Module: Survivable Storage Systems, Section: PASIS Features).

PASIS (Pittsburgh Advanced Survivable Information Storage) integrates Decentralized Storage Systems, Data Redundancy and Encoding, and Dynamic Self-Maintenance for survivable storage, as Matt researched.

Option A:Centralized, not PASIS’s decentralized focus.

Option B:Distributed computing is broader than storage-specific.

Option D:Centralized, contradicts PASIS principles.

“PASIS architecture combines decentralized storage, redundancy with encoding, and self-maintenance for robust, survivable data systems” (Module: Survivable Storage Systems, Section: PASIS Components).