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Eccouncil 212-82 Exam Questions
- Topic 1: Information Security Threats and Vulnerabilities: This module is about the concepts related to cybersecurity threats and vulnerabilities.
- Topic 2: Information Security Attacks: In this module, the focus is given to various security attacks and threats and strategies used by attackers.
- Topic 3: Network Security Fundamentals: In this section, concepts discussed relate to the comprehension of security networks.
- Topic 4: Identification, Authentication, Authorization: In this section, focus is given on the identification, Authentication, and Authorization (IAA) to improve access mechanisms to safeguard information.
- Topic 5: Network Security Controls- Administrative Controls: In this section, the focus is given to non-technical rules for ensuring the security of networks.
- Topic 6: Network Security Controls- Physical Controls: This section covers how to secure the physical environment of the entire computer network.
- Topic 7: Network Security Controls: Technical Controls: In this section, the exam covers the aspects of software and hardware that help to safeguard networks.
- Topic 8: Application Security: In this module, the focus is given to the know-how of safeguarding the applications from various attackers.
- Topic 9: Virtualization and Cloud Computing: In this section, topics discussed include the way these tools operate and secure networks.
- Topic 10: Mobile Device Security: This section of the 212-82 exam covers smartphone and gadget security to ensure they are safe from different types of malware.
- Topic 11: IoT and OT Security: In this exam section, the topics covered relate to IoT and OT Security and how to safeguard online IoT) devices and streamline OT from malicious attacks.
- Topic 12: Cryptography: This module covers how to secure data by scrambling it with algorithms and keys.
- Topic 13: Data Security: In this exam section, the focus is given to safeguarding information in transit and data that is utilized.
- Topic 14: Network Troubleshooting: This section of the exam covers the Network Troubleshooting competencies that aim to pinpoint and diagnose various network problems and provide guidance for solving connectivity issues.
- Topic 15: Network Traffic Monitoring: This section of the exam covers techniques to examine information flow through a network to improve its health.
- Topic 16: Networks Log Monitoring and Analysis: This section of the exam covers the analysis of network device logs to mitigate security issues to perform fixes.
- Topic 17: Incident Response: The section deals with using an effective strategy to pinpoint, remove, and recover from security issues.
- Topic 18: Computer Forensics: This section of the exam covers data collection, analysis, and saving of digital evidence to reduce cybersecurity issues.
- Topic 19: Business Continuity and Disaster Recovery: In this section, topics discussed include strategies and policies to ensure smooth operations and how to recover from various disruptions.
- Topic 20: Risk Management: The Risk Management section deals with the knowledge of how to pinpoint, examine, and solve potential cybersecurity threats and manage risks.
Free Eccouncil 212-82 Exam Actual Questions
Note: Premium Questions for 212-82 were last updated On Nov. 15, 2025 (see below)
You are investigating a data leakage incident where an insider is suspected of using image steganography to send sensitive information to a competitor. You have also recovered a VeraCrypt volume file S3cr3t from the suspect. The VeraCrypt volume file is available In the Pictures folder of the Attacker Machined. Your task Is to mount the VeraCrypt volume, find an image file, and recover the secret code concealed in the file. Enter the code as the answer. Hint: If required, use sniffer@123 as the password to mount the VeraCrypt volume file. (Practical Question)
Mounting the VeraCrypt Volume:
Use VeraCrypt to mount the volume file S3cr3t located in the Pictures folder. The provided password sniffer@123 is required to mount the volume.
Locating the Image File:
After mounting the volume, browse through the files to locate the image file that may contain the secret code through steganography.
Extracting the Secret Code:
Use steganography tools to analyze the image file and extract the hidden secret code. Tools such as Stegsolve or Steghide can be used for this purpose.
Recovering the Code:
The extracted secret code from the image file is H364F9F4FD3H.
The recovered secret code from the image file is H364F9F4FD3H.
A threat intelligence feed data file has been acquired and stored in the Documents folder of Attacker Machine-1 (File Name: Threatfeed.txt). You are a cybersecurity technician working for an ABC organization. Your organization has assigned you a task to analyze the data and submit a report on the threat landscape. Select the IP address linked with http://securityabc.s21sec.com.
5.9.188.148 is the IP address linked with http://securityabc.s21sec.com in the above scenario. A threat intelligence feed is a source of data that provides information about current or potential threats and attacks that can affect an organization's network or system. A threat intelligence feed can include indicators of compromise (IoCs), such as IP addresses, domain names, URLs, hashes, etc., that can be used to detect or prevent malicious activities. To analyze the threat intelligence feed data file and determine the IP address linked with http://securityabc.s21sec.com, one has to follow these steps:
Navigate to the Documents folder of Attacker-1 machine.
Open Threatfeed.txt file with a text editor.
Search for http://securityabc.s21sec.com in the file.
Observe the IP address associated with the URL.
The IP address associated with the URL is 5.9.188.148, which is the IP address linked with http://securityabc.s21sec.com.
MediData, a leading healthcare data analytics firm based in the US, has made significant strides in advance health diagnostics using Al. With a vast repository of patient data and seeing the potential market In Europ MediData plans to expand its services there. However, the leadership is wary. Europe's stringent data protects regulations require companies to adapt their data processing practices. The legal team at MediData is task; with ensuring compliance and minimizing potential litigation or penalties. As MediData plans its Europe; expansion, which regulatory framework should it be most concerned with?
GDPR Overview:
The General Data Protection Regulation (GDPR) is a regulation in EU law on data protection and privacy for individuals within the European Union and the European Economic Area.
Applicability to MediData:
As MediData plans to expand its services to Europe, it must comply with GDPR, which mandates strict data protection measures for personal data processing.
Compliance Requirements:
GDPR requires organizations to implement data protection by design and by default, conduct Data Protection Impact Assessments (DPIAs), and appoint a Data Protection Officer (DPO) if necessary.
Penalties for Non-Compliance:
Failure to comply with GDPR can result in significant fines, up to 20 million or 4% of the annual global turnover, whichever is higher.
Given the expansion plans and the stringent requirements of GDPR, MediData should focus on ensuring compliance with this regulatory framework.
A major metropolitan municipal corporation had deployed an extensive loT network for managing various facilities in the city. A recent cyber attack has paralyzed the city's vital services, bringing them to a complete halt. The Security Operations Center (SOC) has captured the network traffic during the attack and stored It as loT_capture.pcapng in the Documents folder of the Attacker Machine-1. Analyze the capture file and identify the command that was sent to the loT devices over the network. (Practical Question)
To analyze the IoT network traffic capture and identify the command sent to IoT devices, follow these steps:
Open the Capture File:
Use a network analysis tool like Wireshark to open the IoT_capture.pcapng file.
Filter and Analyze:
Apply appropriate filters to isolate relevant traffic. Look for command patterns typically sent to IoT devices.
Identify the Command:
Upon analyzing the captured traffic, the command Forest_Fire_Alert444 is identified as the one sent over the network to IoT devices during the attack.
Wireshark User Guide: Wireshark Documentation
In an organization, all the servers and database systems are guarded in a sealed room with a single-entry point. The entrance is protected with a physical lock system that requires typing a sequence of numbers and letters by using a rotating dial that intermingles with several other rotating discs.
Which of the following types of physical locks is used by the organization in the above scenario?
It identifies the type of physical lock used by the organization in the above scenario. A physical lock is a device that prevents unauthorized access to a door, gate, cabinet, or other enclosure by using a mechanism that requires a key, code, or biometric factor to open or close it. There are different types of physical locks, such as:
Combination lock: This type of lock requires typing a sequence of numbers and letters by using a rotating dial that intermingles with several other rotating discs. This type of lock is suitable for securing safes, lockers, or cabinets that store valuable items or documents.
Digital lock: This type of lock requires entering a numeric or alphanumeric code by using a keypad or touchscreen. This type of lock is suitable for securing doors or gates that require frequent access or multiple users.
Mechanical lock: This type of lock requires inserting and turning a metal key that matches the shape and size of the lock. This type of lock is suitable for securing doors or gates that require simple and reliable access or single users.
Electromagnetic lock: This type of lock requires applying an electric current to a magnet that attracts a metal plate attached to the door or gate. This type of lock is suitable for securing doors or gates that require remote control or integration with other security systems.
In the above scenario, the organization used a combination lock that requires typing a sequence of numbers and letters by using a rotating dial that intermingles with several other rotating discs. Option A is incorrect, as it does not identify the type of physical lock used by the organization in the above scenario. A digital lock requires entering a numeric or alphanumeric code by using a keypad or touchscreen. In the above scenario, the organization did not use a digital lock, but a combination lock. Option C is incorrect, as it does not identify the type of physical lock used by the organization in the above scenario. A mechanical lock requires inserting and turning a metal key that matches the shape and size of the lock. In the above scenario, the organization did not use a mechanical lock, but a combination lock. Option D is incorrect, as it does not identify the type of physical lock used by the organization in the above scenario. An electromagnetic lock requires applying an electric current to a magnet that attracts a metal plate attached to the door or gate. In the above scenario, the organization did not use an electromagnetic lock, but a combination lock. Reference: , Section 7.2
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