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| Section | Weight | Objectives |
|---|---|---|
| Handling and Response to Email Security Incidents | 15% | - Email Security Incidents
|
| Handling and Response to Web Application Security Incidents | 15% | - Web Application Incident Response
|
| Incident Handling and Response Process | 18% | - Incident Handling and Response Process
|
| First Response | 14% | - Incident Handling and Response Steps
|
| Handling and Response to Cloud Security Incidents | 15% | - Cloud Incident Response
|
| Handling and Response to Network Security Incidents | 15% | - Network Incident Response
|
| Handling and Response to Malware Incidents | 18% | - Malware Incident Handling
|
>> Actual 212-89 Test Answers <<
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NEW QUESTION # 131
As an EC-Council Certified Incident Handler, you have set up a Suricata IDS system on your Ubuntu machine to monitor suspicious ICMP and HTTP traffic in your network. During the configuration process, you have to add a custom rule to the suricata.yaml file and enable the http- log section. After completing the setup, you switch to a Windows 10 machine and ping the Ubuntu machine while also performing some HTTP activity. You then return to the Ubuntu machine and stop the Suricata engine. In the logs, you notice the ICMP traffic, but the HTTP traffic is not captured. What could be the most plausible reason for this issue?
Answer: B
NEW QUESTION # 132
An IoT device deployed in a smart city infrastructure project begins transmitting data at an unusually high rate, signaling a potential security compromise. This device is part of a critical system that monitors traffic flow and controls street lighting, making unauthorized access or manipulation a significant concern for public safety and urban efficiency. What should be the first action taken by the smart city ' s incident response team to handle this IoT-based security incident effectively?
Answer: D
Explanation:
ECIH v3 incident handling principles place containment ahead of eradication and recovery when a potentially compromised device is actively generating suspicious traffic. Immediately isolating the affected IoT device prevents further unauthorized communication, limits lateral movement, and reduces the possibility that the device will affect other components of the smart-city infrastructure. Because the device supports safety- sensitive functions such as traffic monitoring and street-light control, containment should be targeted rather than unnecessarily disrupting the entire environment. Contacting the manufacturer may support later investigation, while updating firmware is an eradication or hardening measure that should follow evidence collection and incident validation. A public-awareness campaign does not address the active compromise.
Therefore, immediate network isolation provides the most effective first-response action.
NEW QUESTION # 133
Liam, a senior incident responder at a manufacturing company, is alerted to an email campaign distributing malware through fake invoice attachments. He confirms that some users opened the attachment, resulting in system slowdown and unauthorized access attempts. He disconnects affected machines, scans and removes malware, disables compromised accounts, restores systems from clean backups, and documents file hashes, sender IPs, and malicious domains. Which of the following best describes Liam's objective?
Answer: A
Explanation:
This scenario clearly aligns with the eradication phase of the ECIH malware incident handling lifecycle. After detection and containment, eradication focuses on completely removing malicious artifacts and ensuring the threat cannot re-emerge.
Option D is correct because Liam's actions-malware removal, account disabling, system restoration, and IOC documentation-are all aimed at fully eliminating the malware and attacker footholds. ECIH emphasizes that eradication must address malware binaries, persistence mechanisms, compromised credentials, and residual indicators.
Option B (forensic preservation) would avoid system changes, which Liam does not do. Option A is a training activity unrelated to response. Option C is infrastructure improvement, not incident handling.
ECIH explicitly states that failure to eradicate all traces often leads to reinfection or continued attacker access.
Liam's comprehensive approach ensures the environment is returned to a trusted state and prepares detection systems for future prevention.
NEW QUESTION # 134
A global bank's IH&R team is investigating an intricate cyber-espionage campaign. Advanced persistent threat (APT) actors exfiltrated sensitive financial data over several months using both software vulnerabilities and human errors. What is the MOST appropriate immediate action for the IH&R team?
Answer: A
Explanation:
Advanced persistent threats require coordinated, intelligence-driven response. ECIH emphasizes that APT investigations generate massive volumes of telemetry across endpoints, networks, and cloud platforms.
Option D is correct because Incident Response Automation and Orchestration (IRAO) tools correlate disparate data sources, automate enrichment, and accelerate threat hunting. This enables responders to identify hidden persistence mechanisms and attacker TTPs efficiently.
Options A, B, and C are important but not immediate investigative actions.
ECIH explicitly recommends orchestration platforms for complex, multi-vector incidents such as APTs.
NEW QUESTION # 135
A cloud security analyst at a financial institution identifies a complex multi-vector attack targeting their cloud-hosted applications. The attack combines DDoS, phishing, and malware infiltration. In the context of cloud incident handling, what is the most critical challenge the analyst must overcome to respond to this incident effectively?
Answer: B
Explanation:
In multi-vector cloud incidents, the defining challenge is coordination across layered services-- identity (IAM), networking (WAF/CDN/LB), compute (VMs/containers/functions), email/collaboration, endpoints, and third-party SaaS integrations. Each vector often lands in a different plane: phishing compromises identities; malware persists on endpoints or workloads; DDoS stresses edge/network layers. Responding effectively requires aligning containment actions across these domains so one mitigation doesn't leave another door open (e.g., stopping DDoS but leaving compromised identities active, or cleaning a workload while malicious OAuth tokens remain valid).
(B) is important but is a subset of coordination--CSP communication is one dependency in the broader multi-service response. (C) is a tactical DDoS problem and matters, but the incident includes phishing + malware, so focusing only on traffic classification is insufficient. (A) matters for regulated firms, but during active response, compliance is usually addressed through predefined procedures; it's not the main operational obstacle in stopping a multi-vector campaign.
So (D) best captures the cloud-specific complexity: distributed ownership, shared responsibility boundaries, and the need for synchronized actions (revoking tokens, isolating workloads, adjusting security groups, WAF rules, email protections, and endpoint containment) to truly break the kill chain.
NEW QUESTION # 136
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