IIA-CIA-Part3 Exam Dumps - IIA CIA Questions and Answers

Remote wipe is a security feature used in mobile device management (MDM) that allows an organization to erase data from a device remotely. This is critical in cases where a device is lost, stolen, or compromised, ensuring that sensitive corporate data is protected.

(A) It can restore default settings and lock encrypted data when necessary.

Partially correct but not the best answer. Remote wipe does erase data but does not necessarily lock encrypted data unless additional security features are enabled.

(B) It enables the erasure and reformatting of secure digital (SD) cards.

Incorrect. Many remote wipe solutions do not erase external SD cards due to hardware limitations. Users often need separate encryption for SD card data.

(C) It can delete data backed up to a desktop for complete protection if required.

Incorrect. Remote wipe only affects the device itself; it cannot erase backups stored on a desktop or local drives.

(D) It can wipe data that is backed up via cloud computing. ✅

Correct. Many MDM solutions offer the ability to remove access to corporate cloud data, revoke credentials, and remotely erase cloud-stored business files (such as OneDrive, Google Drive, or iCloud backups).

IIA GTAG "Auditing Cybersecurity Risk" emphasizes the importance of managing remote access and cloud-based data protection.

IIA GTAG – "Auditing Cybersecurity Risk"

IIA Practice Guide – "Assessing Mobile Device Security"

IIA Standard 2110 – Governance (IT security controls)

Analysis of Answer Choices:IIA References:Thus, the correct answer is D, as modern remote wipe features allow organizations to remove data from cloud backups, reducing data leakage risks.

A systems development methodology refers to a structured approach used in software development and systems engineering to guide the design, development, and implementation of software applications.

Why Option A (Waterfall) is Correct:

Waterfall methodology is a linear and sequential systems development methodology where each phase (e.g., requirements, design, implementation, testing, deployment) must be completed before moving to the next.

It is widely established and historically one of the first software development methodologies.

Used in large-scale enterprise projects where detailed planning and structured execution are required.

Why Other Options Are Incorrect:

Option B (PRINCE2 - Projects in Controlled Environments):

Incorrect because PRINCE2 is a project management framework, not a systems development methodology.

Option C (ITIL - Information Technology Infrastructure Library):

Incorrect because ITIL is a set of IT service management (ITSM) best practices, not a software development methodology.

Option D (COBIT - Control Objectives for Information and Related Technologies):

Incorrect because COBIT is a governance framework for IT management and controls, not a development methodology.

IIA GTAG – "Auditing IT Projects and Systems Development": Highlights Waterfall as a traditional systems development methodology.

IIA’s Global Technology Audit Guide on IT Risks: Discusses software development lifecycle risks, including Waterfall methodology.

COBIT Framework – BAI03 (Manage Solutions Identification and Build): References structured methodologies like Waterfall in IT governance.

IIA References:

A disaster recovery plan (DRP) outlines how an organization will restore IT operations after a disruption. The type of recovery site determines how quickly systems can be brought back online.

Why a Warm Site Recovery Plan is Correct?A warm site is a partially configured backup location with some hardware and software ready, but it requires additional configuration before it can fully support production operations.

Faster than a Cold Site – Unlike a cold site, a warm site has pre-installed infrastructure, reducing downtime.

Requires Some Setup – Unlike a hot site, which is fully operational, a warm site needs configuration and software setup before use.

Balances Cost and Readiness – Less expensive than a hot site while offering faster recovery than a cold site.

B. Hot site recovery plan – A hot site is fully operational and can immediately take over in case of failure.

C. Cool site recovery plan – This is not a standard industry term in disaster recovery.

D. Cold site recovery plan – A cold site has only basic infrastructure (e.g., power and space) and lacks pre-installed hardware/software, requiring much more setup time.

IIA’s GTAG on Business Continuity Management – Defines recovery site options based on operational risk.

ISO 22301 (Business Continuity Management System) – Specifies warm sites as an intermediate recovery solution.

NIST SP 800-34 (Contingency Planning Guide for IT Systems) – Describes warm sites as partially pre-configured recovery environments.

Why Not the Other Options?IIA References:

Ransomware is a type of cyberattack where malicious software encrypts an organization's data, making it inaccessible until a ransom is paid to the attacker. This aligns with the question’s scenario, where denial-of-service is caused by malicious data encryption.

Let's analyze the options:

A. Phishing:

Phishing is a social engineering attack that tricks individuals into providing sensitive information, such as usernames, passwords, or credit card numbers. It does not involve encryption or direct denial-of-service.

B. Ransomware (✅ Correct Answer):

Ransomware encrypts critical data and demands a ransom for its release, effectively causing a denial-of-service scenario since the victim cannot access their own systems.

Some well-known ransomware attacks include WannaCry and NotPetya.

C. Hacking:

Hacking is a broad term for unauthorized access to systems but does not specifically refer to denial-of-service through encryption. Ransomware is a specific type of hacking attack.

D. Malware:

Malware (malicious software) is a general category that includes viruses, trojans, worms, spyware, and ransomware. While ransomware is a type of malware, not all malware encrypts data to demand ransom.

IIA Global Technology Audit Guide (GTAG) – Auditing Cybersecurity Risks – Discusses various cyber threats, including ransomware.

NIST Cybersecurity Framework (CSF) – Defines ransomware as a major threat that disrupts business continuity.

COBIT Framework (Control Objectives for Information and Related Technologies) – Addresses risks associated with ransomware and how internal auditors should assess controls.

ISO/IEC 27001 – Information Security Management Systems (ISMS) – Identifies the importance of cybersecurity measures to prevent ransomware attacks.

IIA References:

Two-factor authentication (2FA) enhances security by requiring two different authentication factors from the following categories:

Something you know (e.g., password, PIN)

Something you have (e.g., smart card, key fob)

Something you are (e.g., fingerprint, facial recognition)

The combination of a fingerprint (biometric authentication) and a PIN (knowledge-based authentication) satisfies two-factor authentication requirements.

A. The user's facial geometry and voice recognition – Incorrect. Both are biometric factors (something you are), meaning this is single-factor authentication.

B. The user's password and a separate passphrase – Incorrect. Both are knowledge-based factors (something you know), making this single-factor authentication.

C. The user's key fob and a smart card – Incorrect. Both are possession-based factors (something you have), meaning this is not true two-factor authentication.

D. The user's fingerprint and a personal identification number (PIN) (Correct Answer) – This combines biometric authentication (fingerprint) with knowledge-based authentication (PIN), fulfilling two-factor authentication.

IIA GTAG 15 – Information Security Governance emphasizes multi-factor authentication as a key security control.

NIST SP 800-63B – Digital Identity Guidelines defines two-factor authentication as requiring two distinct categories of authentication.

COBIT 2019 – DSS05 (Managed Security Services) highlights 2FA as a best practice for access control.

Explanation of Each Option:IIA References:

Penetration testing is a security practice used to identify vulnerabilities in an organization's information systems by simulating cyberattacks. It is an essential component of IT risk management and internal auditing under The Institute of Internal Auditors (IIA) standards, particularly in the context of IT governance, cybersecurity risk management, and control assurance.

Focus on Preventive Controls:

Penetration testing evaluates how well preventive controls (e.g., firewalls, encryption, authentication mechanisms) work against potential cyberattacks.

According to the IIA Global Technology Audit Guide (GTAG) 11: Developing an IT Audit Plan, testing should emphasize preventive security measures to minimize risks.

Management’s Response Assessment:

The effectiveness of an organization's incident response plan is also evaluated.

Management's reaction to simulated cyber threats ensures that detection and response mechanisms are functional and aligned with IIA Standard 2120 – Risk Management and IIA GTAG 1: Information Security Governance.

A. Testing should not be announced to anyone within the organization to solicit a real-life response. (Incorrect)

Reason: While unannounced tests (e.g., red team exercises) can provide real-world insights, penetration testing should be coordinated with IT and security personnel.

IIA GTAG 11 emphasizes structured and ethical testing approaches, ensuring that necessary stakeholders are informed to prevent operational disruptions.

B. Testing should take place during heavy operational time periods to test system resilience. (Incorrect)

Reason: While resilience testing is important, penetration testing is typically performed in controlled conditions to avoid disrupting business operations.

IIA Standard 2130 – Control supports minimizing business risks during testing.

C. Testing should be wide in scope and primarily address detective management controls for identifying potential attacks. (Incorrect)

Reason: While detection controls (e.g., intrusion detection systems) are important, penetration testing focuses primarily on preventive controls.

IIA GTAG 1 and IIA GTAG 11 stress proactive security strategies over purely detective measures.

IIA Global Technology Audit Guide (GTAG) 11: Developing an IT Audit Plan – Covers IT security testing, including penetration testing.

IIA GTAG 1: Information Security Governance – Emphasizes the role of security assessments.

IIA Standard 2120 – Risk Management – Highlights the importance of testing preventive security measures.

IIA Standard 2130 – Control – Discusses ensuring operational effectiveness during testing.

Explanation of the Correct Answer (D):Analysis of Incorrect Answers:IIA References:Thus, D is the most accurate choice as per IIA guidance.

 Understanding Resource Coordination in Project Management:

Resource coordination involves assigning and managing human, financial, and technological resources to ensure the project runs smoothly.

The Execution phase is when project plans are implemented, and resources are actively utilized.

 Why Execution?

During execution, the project manager must coordinate resources, monitor performance, and resolve conflicts to keep the project on track.

This phase involves managing teams, distributing tasks, and ensuring resources are used efficiently.

 Why Other Options Are Incorrect:

A. Initiation: Focuses on defining project objectives, scope, and feasibility but does not involve active resource coordination.

B. Planning: Deals with creating resource allocation plans but does not handle real-time coordination.

D. Monitoring: Involves tracking performance and making adjustments but does not actively assign or manage resources.

 IIA Standards and References:

IIA Practice Guide: Auditing Project Management (2020): Recommends evaluating resource management practices during the execution phase.

IIA Standard 2110 – Governance: Internal auditors should ensure project resources are managed effectively to achieve objectives.

PMBOK Guide – Project Resource Management: Specifies that resource coordination primarily happens in the execution phase.

Understanding How IoT Impacts Data Attributes:

The Internet of Things (IoT) refers to connected devices that continuously collect and transmit data in real-time.

IoT generates massive amounts of data at high speeds, affecting the velocity of data processing and analysis.

Why Velocity is the Most Affected Attribute:

Velocity refers to the speed at which data is generated, processed, and transmitted.

IoT devices continuously stream data, requiring real-time or near-real-time processing.

Examples include:

Smart sensors in factories sending real-time equipment status.

Wearable devices tracking health metrics every second.

Smart cities using IoT for traffic monitoring and instant updates.

Why Other Options Are Incorrect:

A. Normalization – Incorrect.

Normalization refers to organizing database structures, but IoT deals with data transmission speed rather than database design.

C. Structuration – Incorrect.

Structuration relates to how data is formatted (structured vs. unstructured), but IoT’s biggest challenge is real-time data flow.

D. Veracity – Incorrect.

Veracity concerns data accuracy and reliability, which is a challenge in IoT but not the most significant impact compared to velocity.

IIA’s Perspective on IoT and Data Management:

IIA Standard 2110 – Governance emphasizes the need for robust data processing frameworks to handle IoT-generated data velocity.

IIA GTAG (Global Technology Audit Guide) on Big Data highlights real-time data analytics and IoT challenges.

ISO 27001 Information Security Standard recommends ensuring real-time data processing controls for IoT security and management.

IIA References:

IIA Standard 2110 – IT Governance & Data Management

IIA GTAG – IoT and Big Data Risks

ISO 27001 – Information Security and Real-Time Data Processing

Thus, the correct and verified answer is B. Velocity.

The organization suffered significant damage to its local file and application servers due to a hurricane but managed to recover all backed-up information through its overseas third-party contractor. This scenario highlights the management of data storage, backup, and recovery processes, which are critical components of data center management.

Definition of Data Center Management:

Data center management refers to the administration and control of data storage, backup, recovery, and overall infrastructure to ensure business continuity and disaster recovery (BC/DR).

As per the IIA’s Global Technology Audit Guide (GTAG) on Business Continuity Management (BCM), organizations must have robust backup strategies to mitigate risks from natural disasters.

Third-Party Backup and Recovery:

The fact that the organization recovered data from an overseas third-party contractor aligns with offsite data backup and disaster recovery planning, which falls under data center management.

According to IIA Practice Guide: Auditing Business Continuity and Disaster Recovery, organizations should store critical data at geographically dispersed locations to mitigate disaster risks.

Why Not Other Options?

A. Application Management – This pertains to managing software applications throughout their lifecycle but does not focus on disaster recovery.

C. Managed Security Services – While third-party security services protect against cyber threats, they do not specifically cover data backup and recovery.

D. Systems Integration – This deals with connecting different IT systems, not managing backup and recovery.

IIA GTAG (Global Technology Audit Guide) – Business Continuity Management

IIA Practice Guide: Auditing Business Continuity and Disaster Recovery

IIA Standard 2110 – Governance: Ensuring IT Governance Supports Business Continuity

Step-by-Step Justification:IIA References:Thus, the correct and verified answer is B. Data center management.

Database backup methodologies ensure data protection and recovery in case of failures, system crashes, or cyber incidents. The most efficient method balances performance, storage, and recovery speed.

Incremental Backup on a Daily Basis (Correct Answer: D)

Incremental backups store only the changes made since the last backup.

This method saves storage space and reduces backup time, making it highly efficient for large production databases.

IIA Standard 2120 – Risk Management emphasizes that auditors must assess the efficiency and reliability of IT controls, including backup strategies.

This approach minimizes downtime and ensures the most recent data is available for recovery.

Why the Other Options Are Incorrect:

A. Disk Mirroring (Incorrect)

Disk mirroring (RAID 1) creates an exact real-time copy of data, but it is not a backup method—it only provides redundancy.

If corruption occurs in the database, the mirrored disk will also have corrupted data.

B. Weekly Differential Backup (Incorrect)

Differential backups store changes since the last full backup, but performing them only weekly means data loss could be significant if a failure occurs mid-week.

They consume more storage over time compared to incremental backups.

C. Independent Disk Array (Incorrect)

Redundant Arrays of Independent Disks (RAID) are primarily used for storage performance and fault tolerance, not as an efficient backup methodology.

RAID does not replace the need for incremental or full backups.

IIA Standard 2120 – Risk Management (Assessing IT controls, including backup and data recovery strategies)

IIA Standard 2110 – Governance (Ensuring IT risk management aligns with organizational objectives)

IIA Standard 2130 – Compliance (Verifying adherence to IT security and backup policies)

Step-by-Step Justification:IIA References for This Answer:Thus, the best answer is D. An incremental backup of the database on a daily basis, as it optimizes efficiency, reduces storage usage, and ensures up-to-date backups with minimal disruption.