Pass the ECCouncil ECIH 212-89 Questions and answers with Dumpstech

This scenario highlights a preparation phase improvement. ECIH strongly emphasizes the importance of out-of-band communication during incidents, especially when primary systems are compromised.

Option D is correct because VOIP and SMS reporting channels allow incident reporting even when email systems are unavailable or under attack. ECIH identifies out-of-band communication as critical for maintaining coordination and timely escalation during incidents.

Options A–C do not address the reporting failure described.

Establishing alternate communication channels strengthens incident readiness and response resilience, aligning directly with ECIH best practices.

The EC-Council Incident Handler (ECIH) curriculum explains that Stored Cross-Site Scripting (Stored XSS) occurs when malicious scripts are permanently stored on a web server (e.g., within blog posts, comments, or database entries). When users access the infected content, the malicious script executes in their browser.

In this scenario, the attacker posted malicious content using a valid account, and subsequent users were redirected to a phishing site containing session cookies in the URL. This indicates that malicious code was embedded and stored within the blog platform, affecting multiple visitors.

Reflected XSS (Option A) requires the victim to click a crafted link and is not persistently stored. Man-in-the-middle (Option B) involves interception of communications. Directory traversal (Option D) involves accessing restricted directories on a server.

ECIH highlights that stored XSS attacks are particularly dangerous because they impact all users who access the compromised content and can lead to session hijacking, credential theft, and redirection to phishing sites.

Therefore, the attack described is Stored XSS.

Michael’s actions reflect crime scene control, a foundational first-response principle in the ECIH forensic readiness module. Securing the area, preventing unauthorized access, and avoiding system changes preserve evidence integrity.

Option C is correct because his primary objective is to secure and evaluate the digital crime scene before evidence collection begins. ECIH stresses that scene control prevents contamination, tampering, and accidental evidence destruction.

Options A, B, and D may follow but are not the immediate objective.

This scenario focuses on user-driven mitigation of phishing threats, a key element of the ECIH Email Security Incident Handling module. Aarav’s guidance directly reinforces one of the most important user best practices: never engage with suspicious emails.

Option D is correct because avoiding replies or forwarding suspicious emails prevents attackers from validating active accounts, spreading malware, or escalating social engineering attacks. ECIH emphasizes that user interaction often determines the success of phishing campaigns, making awareness and behavior critical controls.

Option A is unrelated to security. Option B is a sender-side control, not a user response. Option C may reduce accidental clicks but does not address the broader behavioral risk.

By instructing users to report, delete, and avoid engagement, Aarav strengthens the organization’s human firewall, which ECIH recognizes as essential in reducing phishing impact.

The Barracuda Email Security Gateway is designed to manage and filter inbound and outbound email traffic to protect organizations from email-borne threats and data leaks. As an incident handler analyzing email headers to find out suspicious emails, using a tool like the Barracuda Email Security Gateway would be appropriate. This tool can help identify and block spam, phishing, malware, and other malicious email threats, making it easier to focus on analyzing potentially harmful emails more closely.

In the scenario described, Stanley's effort to present evidence in a clear and comprehensible manner to the members of a jury, with the intention of clarifying facts and aiding in obtaining expert opinion, aligns with the characteristic of admissibility. The admissibility of digital evidence pertains to its acceptability in a court of law, which hinges on the evidence being collected, handled, and presented in a manner that complies with legal standards and procedures. This includes ensuring the evidence is relevant, reliable, and not overly prejudicial. By preparing to present the evidence in a way that the jury can understand and use to confirm the investigation process, Stanley is focusing on ensuring that the evidence meets the criteria for admissibility in the legal proceedings. Completeness, believability, and authenticity are also important characteristics of digital evidence, but the context provided indicates that Stanley's primary focus is on meeting the legal requirements for the evidence to be considered valid in court.

Setting up a computer forensics lab involves several critical steps that need to be executed in a logical and efficient order. The correct sequence starts with planning and budgeting (2), as it is essential to understand the scope, resources, and financial commitment required for the lab. The next step involves considering the physical location and structural design (1) to ensure the lab meets operational needs and security requirements. Work area considerations (3) follow, focusing on the layout and functionality of the workspace. Human resource considerations (6) are crucial next, to ensure the lab is staffed with qualified personnel. Physical security recommendations (4) are then implemented to protect the lab and its resources. Finally, forensic lab licensing (5) ensures the lab operates within legal and regulatory frameworks.

In the context of digital evidence investigation, volatility refers to how quickly data can change or be lost when power is removed or systems are altered. Among the options provided, cache is the most volatile because it is temporary storage that is designed to speed up access to data and is frequently overwritten. Cache data resides in RAM and includes things like memory buffers, system and network information, and process execution data, which are lost upon reboot or power loss. This contrasts with disks, emails, and temp files, which are considered less volatile because they are stored on permanent or semi-permanent media and are less likely to be immediately lost or overwritten.

In healthcare environments, endpoint security incidents have direct implications for patient safety and care delivery. The ECIH Endpoint Security module stresses that endpoint incident handling is critical not only for data protection but also for maintaining essential services.

Option A is correct because healthcare organizations depend on endpoint availability for diagnostics, treatment, and patient records. Ransomware that disrupts endpoints can delay care, endanger patients, and cause cascading operational failures. ECIH highlights that maintaining business and operational continuity is the primary driver for robust endpoint response in critical sectors.

Options B and D are important considerations but are secondary outcomes of the incident. Option C is unnecessary and impractical as an immediate rationale.

ECIH consistently emphasizes that in sectors like healthcare, endpoint IH&R frameworks exist first and foremost to ensure uninterrupted service delivery, making Option A correct.

Cross-Site Scripting attacks occur when untrusted input is processed and rendered by an application without proper validation or encoding. ECIH web application security guidance identifies input validation and output encoding as the most effective primary defense against XSS.

Option B is correct because sanitizing and validating all user input ensures that malicious scripts are neutralized before being stored or rendered. This addresses the root cause of XSS vulnerabilities.

Option A is a detection control, not a prevention mechanism. Option C improves system security but does not prevent application-level XSS flaws. Option D addresses abuse and DoS scenarios, not script injection.

Therefore, focusing on input validation is the most effective proactive control against XSS, as emphasized in the ECIH curriculum.