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The ECIH v2 exam covers a broad range of topics, including incident handling and response, recovery strategies, network and host analysis, and incident reporting. Participants who pass the certification not only gain valuable hands-on experience working with incident management tools and technologies but also acquire expertise in the development of incident response plans and configurations.

ECCouncil 212-89 Practice Test Questions, ECCouncil 212-89 Exam Practice Test Questions

The EC-Council 212-89 exam is a mandatory requirement for obtaining the EC-Council Certified Incident Handler (ECIH) certification. This test is designed to validate the candidatesโ€™ skills related to handling and responding to computer security incidents within an information system.

The 212-89 Certification Exam is intended for a wide audience of the IT practitioners, including risk assessment administrators, venerability assessment auditors, firewall administrators, system engineers, system administrators, penetration testers, incident handlers, network managers, cyber forensic investigators, IT managers. The test is also suitable for anyone involved in incident handling and response.

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The EC-Council Certified Incident Handler (ECIH v2) certification exam is a globally recognized certification that validates the skills and knowledge of an individual in incident handling and response. EC Council Certified Incident Handler (ECIH v3) certification exam is ideal for security professionals who want to advance their career in incident handling and response and IT professionals who are responsible for protecting their organization's critical assets. EC Council Certified Incident Handler (ECIH v3) certification exam is comprehensive, covers all aspects of incident handling and response, and is available online in multiple languages.

EC-COUNCIL EC Council Certified Incident Handler (ECIH v3) Sample Questions (Q258-Q263):

NEW QUESTION # 258
In the wake of a sophisticated cyberattack at a global financial institution that resulted in a suspected breach of sensitive customer data through encrypted communication channels, an incident handler is the first responder at the affected systems. The situation involves potentially volatile memory that should be preserved for forensic investigation. Given the likelihood that sophisticated malware may have been used for data exfiltration, the handler must act swiftly to secure digital evidence that could be critical in tracing the attack vector and understanding the breach ' s scope. To maintain evidence integrity, which should be the incident handler ' s immediate action to preserve the integrity of volatile data while ensuring the scene ' s security for a detailed forensic analysis?

Answer: D

Explanation:
Volatile memory can contain running processes, active network connections, encryption keys, authentication information, injected code, and other evidence that disappears when power is removed. Because such information cannot be reconstructed reliably after shutdown, ECIH forensic first-response principles prioritize its acquisition before less volatile evidence. Capturing system memory immediately and then securing the physical and digital scene protects both evidence availability and integrity. Powering down affected machines would destroy RAM contents and potentially eliminate critical indicators of malware behavior or data exfiltration. Documentation is important, but delaying volatile-data preservation can result in irreversible evidence loss. Trusted forensic tools are also required during acquisition, but the essential sequencing is to capture volatile evidence first and then maintain controlled access and scene integrity throughout the investigation.


NEW QUESTION # 259
Jack, a senior incident responder at a major financial institution, was urgently assigned to investigate a web application incident that had impacted several customers. The incident was first detected through customer complaints reporting redirection to suspicious external websites after logging in or interacting with the web platform.
As Jack dug into the server logs and update routines, he identified an alarming discovery: the application's auto-update mechanism had silently downloaded and integrated a malicious update package from an unverified and untrusted third-party source. This update had been unintentionally trusted and applied without proper signature validation or integrity checks.
Post-compromise, the malicious update began injecting redirect scripts into various web pages, causing legitimate users to be redirected to unknown or phishing websites. This exposed both user data and institutional reputation to significant risk. Upon further inspection, Jack confirmed that the update process lacked secure code verification methods such as digital signature validation or secure update channels, which allowed the attacker to tamper with the software delivery pipeline. Identify the type of web application security throat discovered by Jack in the above scenario.

Answer: D

Explanation:
The incident resulted from trusting and applying a malicious update without verifying its source, integrity, or digital signature. This matches a software and data integrity failure because the application allowed untrusted code to enter the update pipeline and alter legitimate web content.


NEW QUESTION # 260
An organization's customers are experiencing either slower network communication or unavailability of services. In addition, network administrators are receiving alerts from security tools such as IDS/IPS and firewalls about a possible DoS/DDoS attack. In result, the organization requests the incident handling and response (IH&R) team further investigates the incident. The IH&R team decides to use manual techniques to detect DoS/DDoS attack.
Which of the following commands helps the IH&R team to manually detect DoS/DDoS attack?

Answer: C


NEW QUESTION # 261
Chandler is a professional hacker who is targeting Technote organization. He wants to obtain important organizational information that is being transmitted between different hierarchies. In the process, he is sniffing the data packets transmitted through the network and then analyzing them to gather packet details such as network, ports, protocols, devices, issues in network transmission, and other network specifications. Which of the following tools Chandler must employ to perform packet analysis?

Answer: D


NEW QUESTION # 262
A ransomware attack recently disrupted operations at a manufacturing facility, specifically targeting its IoT-integrated conveyor system. While attempting to recover from the incident, the incident response team discovered that the available backups were incomplete--several critical sensor logs and control commands were missing, which caused delays in restoring device functions and syncing with other systems. The team concludes that relying on traditional backup routines alone is insufficient for restoring full IoT functionality after an attack. Which strategy would best prevent such issues in future recovery efforts?

Answer: D

Explanation:
This scenario highlights recovery challenges specific to IoT environments, which are addressed in the ECIH Endpoint and IoT Incident Handling modules. IoT systems generate continuous streams of operational data, configuration states, and control commands that are essential for accurate recovery after disruption.
Option D is correct because maintaining synchronized cloud replicas of critical IoT resources ensures near-real-time availability of sensor data, device configurations, and control logic. ECIH emphasizes that traditional periodic backups are often insufficient for IoT and OT systems due to their dynamic and state-dependent nature. Cloud replication supports faster, more complete restoration and reduces data gaps.
Options A, B, and C rely on static or delayed backup mechanisms that cannot capture the operational state required to restore IoT systems accurately. Tape archives and external drives introduce latency and risk data loss, while ZIP archives lack synchronization.
ECIH recovery guidance stresses resilience and continuity, particularly for operational technology. Continuous replication is therefore the most effective strategy.


NEW QUESTION # 263
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