IIA-CIA-Part3 Dumps with Practice Exam Questions Answers

This attack was caused by a phishing email containing malware embedded in an Excel spreadsheet. The most effective way to prevent such attacks is employee awareness training, as human error is the leading cause of successful phishing attempts.

Understanding Phishing Attacks:

Phishing emails trick employees into opening malicious links or attachments, leading to malware infections and data breaches.

Cybercriminals often disguise emails as coming from trusted vendors or colleagues.

Why Employee Training is the Most Effective Control:

Employees must be trained to identify suspicious emails, attachments, and links.

Training reduces the likelihood of employees accidentally opening malicious files.

Many cybersecurity frameworks (e.g., NIST, ISO 27001, and CIS) emphasize employee awareness as the first line of defense.

Why the Other Options Are Less Effective Alone:

A. Monitoring network traffic. ❌

Can detect unusual activity after an attack but does not prevent phishing attempts.

B. Using whitelists and blacklists to manage network traffic. ❌

Helps filter harmful websites, but phishing emails often appear legitimate and may bypass filters.

C. Restricting access and blocking unauthorized access to the network. ❌

Helps limit damage after malware enters the network but does not stop employees from opening phishing emails.

IIA GTAG (Global Technology Audit Guide) on Cybersecurity: Recommends employee awareness programs as a key control.

IIA Standard 2110 (Governance): Internal auditors should assess cybersecurity training programs.

NIST Cybersecurity Framework – PR.AT (Protect – Awareness and Training): Emphasizes the role of employee education in preventing cyber threats.

ISO/IEC 27001 – Security Awareness and Training (A.7.2.2): Requires organizations to implement cybersecurity awareness programs.

Step-by-Step Justification:IIA References:Thus, the correct answer is D. Educating employees throughout the company to recognize phishing attacks. ✅

Planning (ERP) software implementation, to evaluate whether the organization is prepared for the change. This type of audit helps identify potential risks, resource availability, process gaps, and stakeholder alignment, which are critical for successful implementation.

A. Readiness assessment (Correct Answer) – This assessment evaluates if the organization has the necessary resources, technology, and processes in place for a successful ERP implementation.

B. Project risk assessment – While a project risk assessment identifies potential threats to project success, it does not provide an overall assurance on readiness before implementation.

C. Post-implementation review – This is conducted after the project is completed and does not help assess the likelihood of success before implementation.

D. Key phase review – This approach evaluates progress during implementation but does not provide enterprise-wide assurance before starting the project.

IIA GTAG 12 – Auditing IT Projects recommends a readiness assessment before launching major IT initiatives.

IIA IPPF Standard 2120 – Risk Management emphasizes identifying pre-implementation risks to improve project success.

COBIT 2019 – APO03 (Managed Enterprise Architecture) supports readiness evaluations before system rollouts.

Explanation of Each Option:IIA References:

Understanding IT Infrastructure Risks and Workstation Security:

Reviewing an organization’s IT infrastructure risks includes assessing the security of workstations (desktops, laptops, and terminals) that connect to the organization ' s network.

Workstations are vulnerable to physical theft, unauthorized access, and malware attacks, making physical controls a critical security measure.

Why Physical Controls Are the Most Relevant for Workstations:

Physical controls prevent unauthorized physical access, theft, tampering, and damage to workstations.

Examples include:

Locked office spaces or workstation enclosures to restrict access.

Security badges or biometric authentication to prevent unauthorized use.

Cable locks for laptops and desktop computers to deter theft.

Surveillance cameras and security guards to monitor access.

Why Other Options Are Incorrect:

A. Input controls – Incorrect.

Input controls ensure accuracy and completeness of data entry, which applies more to application security, not workstation security.

B. Segregation of duties – Incorrect.

Segregation of duties prevents fraud and conflicts of interest, but it does not directly address workstation security risks.

D. Integrity controls – Incorrect.

Integrity controls ensure data consistency and accuracy in databases and transactions, not workstation security.

IIA’s Perspective on IT Risk and Physical Security Controls:

IIA Standard 2110 – Governance requires organizations to implement physical security measures for IT assets, including workstations.

IIA GTAG (Global Technology Audit Guide) on IT Risks highlights the importance of restricting physical access to IT devices to prevent unauthorized use or data breaches.

ISO 27001 Information Security Standard recommends physical controls to secure IT infrastructure and prevent workstation-related risks.

IIA References:

IIA Standard 2110 – IT Security & Physical Access Control

IIA GTAG – Physical Security of IT Assets

ISO 27001 – Physical Security and IT Risk Management

Thus, the correct and verified answer is C. Physical controls.

Scenario planning begins by selecting the focal issue or decision that will shape the organization’s future business environment. This creates the scope for the scenario exercise and determines which uncertainties, trends, stakeholders, and indicators are relevant. After the issue is defined, the organization can identify key environmental forces, trends, uncertainties, stakeholder reactions, and leading indicators. Option A comes after the focal decision is selected. Option C is a later monitoring step used to detect which scenario may be unfolding. Option D is also later because stakeholder reactions depend on the scenario context. Internal audit may evaluate whether strategic planning considers plausible future risks and assumptions. Therefore, Option B is correct.

The auditor likely omitted the data normalization step, which is crucial when integrating multiple datasets from different sources (e.g., human resources (HR) and payroll). Without normalization, inconsistencies in formatting, naming conventions, or unique identifiers (e.g., employee ID vs. full name) can result in incorrect mismatches.

Standardization of Data Formats:

Employee names or IDs may be stored differently across systems (e.g., " John A. Doe " in HR vs. " Doe, John " in payroll).

Normalization ensures uniform formatting to enable accurate comparisons.

Removal of Duplicates & Inconsistencies:

Employee records could have multiple variations due to typos, abbreviations, or missing fields.

Proper cleaning and transformation of data ensures better accuracy.

Use of Unique Identifiers:

Instead of matching by name, the auditor should have used a unique identifier (e.g., Employee ID), which remains constant across systems.

A. Data analysis (Incorrect)

Reason: The auditor did attempt data analysis (matching employee records) but without proper preparation (normalization), the results were flawed.

B. Data diagnostics (Incorrect)

Reason: Data diagnostics refers to evaluating data quality issues, but it does not involve transforming data to a common format, which was the missing step.

C. Data velocity (Incorrect)

Reason: Data velocity relates to the speed at which data is processed, which is not relevant to the issue of incorrect matching.

IIA Global Technology Audit Guide (GTAG) 16: Data Analysis Technologies – Covers data quality, normalization, and audit data preparation.

IIA GTAG 3: Continuous Auditing – Discusses the importance of accurate data extraction and transformation.

IIA Standard 2320 – Analysis and Evaluation – Ensures appropriate data validation before concluding audit findings.

Why is Data Normalization Important?Analysis of Incorrect Answers:IIA References:Thus, the correct answer is D. Data normalization.