Free 112-57 exam questions in PDF & AI Tutor

QUESTION: 1

Wesley, a professional hacker, deleted a confidential file in a compromised system using the “/bin/rm/” command to deny access to forensic specialists.
Identify the operating system on which Don has performed the file carving act.

Windows
Android
Mac OS
Linux

Answer(s): D

Explanation:

The command path /bin/rm is a hallmark of UNIX/POSIX-style operating systems, where core userland utilities are commonly stored under directories such as /bin, /sbin, and /usr/bin. The utility rm (remove) is the standard UNIX command used to delete directory entries that reference a file’s data blocks on disk. This layout and command structure do not match Windows, which uses different filesystem conventions (drive letters, backslashes, and Windows-native executables) and does not provide /bin/rm as a native path. Android, while Linux-kernel-based, typically exposes shell utilities through environments like /system/bin (and newer systems may use toybox/busybox variants), not the classic /bin hierarchy expected on general-purpose UNIX systems. Between the remaining options, both Linux and macOS are UNIX-like and can include an rm command; however, in digital forensics training and examination contexts, the explicit reference to /bin/rm is most commonly used to indicate a Linux/UNIX command-line environment on a compromised host. Therefore, the best single-choice answer from the provided options is Linux (D).

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QUESTION: 2

A disk drive has 16,384 cylinders, 80 heads, and 63 sectors per track, and each sector can store 512 bytes of data.
What is the total size of the disk?

42,278,584,320 bytes
42,278,584,340 bytes
42,279,584,320 bytes
43,278,584,320 bytes

Answer(s): A

Explanation:

In classic hard-disk geometry, total capacity is computed from CHS parameters (Cylinders × Heads × Sectors per track) multiplied by bytes per sector. Forensic examiners learn this because it helps validate whether an image acquisition size is consistent with the physical disk geometry and to spot anomalies caused by misreported device geometry or capture errors.
First compute total addressable sectors:
16,384 cylinders × 80 heads = 1,310,720 tracks (because each head provides a track per cylinder).
Then multiply by sectors per track:
1,310,720 × 63 = 82,575,360 sectors.
Convert sectors to bytes using the sector size:
82,575,360 sectors × 512 bytes/sector = 42,278,584,320 bytes.
This matches option A exactly. In practice, modern drives often use LBA and may report different logical geometries, but the forensic principle remains the same: capacity equals the number of logical blocks times the logical block size, and CHS-style values are a structured way to perform that verification.

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QUESTION: 3

Which of the following tools helps forensic experts analyze user activity in the Microsoft Edge browser?

MZHistoryView
BrowsingHistoryView
MZCacheView
ChromeHistoryView

Answer(s): B

Explanation:

In Windows forensics, analyzing Microsoft Edge user activity commonly involves extracting and correlating browser artifacts such as visited URLs, visit counts, timestamps, download references, and cached content indicators. A practical forensic approach is to use a tool that can parse and normalize history artifacts across multiple browsers, because investigations often require comparing activity between Edge and other installed browsers on the same workstation. BrowsingHistoryView is designed specifically for that purpose: it aggregates browsing history from different browsers and presents it in a unified timeline-style view, which supports rapid triage and cross-validation of user activity.
By contrast, MZHistoryView and MZCacheView are associated with Mozilla-family artifacts (history and cache), making them appropriate for Firefox-related examinations rather than Edge. ChromeHistoryView is specialized for Google Chrome history databases and does not target Edge artifacts as its primary source. In forensic workflow terms, a multi-browser history tool is valuable because it helps identify patterns such as repeated access to specific domains, time windows of browsing activity, and correlation with other Windows artifacts (prefetch, jump lists.

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QUESTION: 4

Which of the following network protocols creates secure tunneling through which content obfuscation can be achieved?

SNMP
ARP
SSH
UDP

Answer(s): C

Explanation:

SSH (Secure Shell) is specifically designed to provide an encrypted channel over an untrusted network. In digital forensics and incident response, SSH is well known for supporting tunneling/port forwarding, where traffic for another protocol (for example, HTTP, database connections, or remote desktop) is encapsulated inside an SSH session. Because the SSH session encrypts payload data (and can also protect authentication and command content), the tunneled traffic becomes obfuscated to network monitoring tools that can only see metadata such as source/destination IPs, port numbers (often TCP/22), timing, and byte counts. This capability is frequently discussed in forensic references as a mechanism that can hinder content inspection and complicate attribution of user actions purely from packet payload analysis.
By contrast, SNMP is primarily for network management and monitoring, not secure tunneling. ARP resolves IP-to-MAC addresses on local networks and does not provide encryption or tunneling. UDP is a transport protocol that can carry data for many applications but provides no built-in security or tunneling features by itself. Therefore, the protocol that creates secure tunneling enabling content obfuscation is SSH (C).
event logs) to establish user intent and sequence of actions. Therefore, the correct option is BrowsingHistoryView (B).

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QUESTION: 5

Below are the elements included in the order of volatility for a typical computing system as per the RFC 3227 guidelines for evidence collection and archiving.
Archival media
Remote logging and monitoring data related to the target system
Routing table, process table, kernel statistics, and memory
Registers and processor cache
Physical configuration and network topology
Disk or other storage media
Temporary system files
Identify the correct sequence of order of volatility from the most to least volatile for a typical system.

7-->5-->4-->3-->2-->6-->1
4-->3-->7-->6-->2-->5-->1
2-->1-->4-->3-->6-->5-->7
4-->3-->7-->1-->2-->5-->6

Answer(s): B

Explanation:

RFC 3227’s “order of volatility” principle guides responders to collect the most perishable evidence first because some data can disappear immediately when power is lost, processes terminate, or the system state changes during response actions. The most volatile items are CPU registers and processor cache (4) because they change continuously at instruction speed and are lost instantly on shutdown or context switching. Next are routing table, process table, kernel statistics, and memory (3) because live RAM contents and active system tables can change within seconds and are lost if the machine is powered off or rebooted.
After volatile memory, temporary system files (7) are collected because they are frequently overwritten or cleaned by the OS, users, or malware. Then comes disk or other storage media (6) which is more persistent but still subject to modification, log rotation, and overwriting through normal activity; hence imaging should occur before extensive interaction.
Less volatile still are remote logging and monitoring data (2) since they may persist off-host, but can be rotated or altered by retention policies. Physical configuration and network topology (5) generally changes less frequently and can often be re-documented later. Finally, archival media (1) is the least volatile because it is typically write-once or preserved storage. Thus the correct sequence is 4→3→7→6→2→5→1 (Option B).

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QUESTION: 6

Bob, a security specialist at an organization, extracted the following IIS log from a Windows-based server:
“2019-12-12 06:11:41 192.168.0.10 GET /images/content/bg_body1.jpg - 80 - 192.168.0.27 Mozilla/5.0+(Windows+NT+6.3;+WOW64)+AppleWebKit/537.36+(KHTML,+like+Gecko)+Chrome/48. 0.2564.103+Safari/537.36 http://www.moviescope.com/css/style.css 200 0 0 365”
Identify the element in the above IIS log entry that indicates the request was fulfilled without error.

Answer(s): C

Explanation:

In Microsoft IIS (W3C Extended) logging, each request line records multiple standardized fields that help investigators reconstruct what was accessed, by whom, and with what outcome. Among these fields, the most direct indicator of whether the server successfully handled the request is the HTTP status code captured in the sc-status field. A status code of 200 means “OK”, indicating the server located the requested resource (here, /images/content/bg_body1.jpg) and returned it successfully to the client without application-level failure.
Other numbers in the entry represent different attributes: 80 is the server port used for the HTTP request, 192 values appear as part of IP addressing (client/server addresses), and 537 is embedded in the user-agent string (AppleWebKit build number), not a success indicator. IIS often logs additional substatus and Win32 status values (e.g., sc-substatus and sc-win32-status) to refine the outcome; in the shown line, those follow the 200 as “200 0 0 …”, reinforcing that no substatus error or OS-level error occurred. Therefore, 200 is the element confirming the request was fulfilled without error.

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QUESTION: 7

Benoy, a security professional at an organization, extracted Apache access log entries to view critical information about all the operations performed on a web server. The Apache access log extracted by Benoy is given below:
“10.10.10.10 - Jason [17/Aug/2019:00:12:34 +0300] "GET /images/content/bg_body_1.jpg HTTP/1.0" 500 1458”
Identify the HTTP status code in the Apache access log entry above that indicates the response was successful.

+0300
500
1.0
2019

Answer(s): B

Explanation:

In the Apache Combined/Custom access log format, the value immediately after the quoted request (here, "GET ... HTTP/1.0") is the HTTP status code returned by the server. In the provided entry, that field is 500. From a forensic analysis standpoint, recognizing field positions matters because investigators correlate client IPs, timestamps, requested resources, and server outcomes to reconstruct attack timelines and identify failed exploitation attempts or misconfigurations.
It is important to note that successful HTTP responses are typically in the 2xx range, most commonly 200 (OK), while 3xx indicates redirects, 4xx indicates client-side errors (such as 404 Not Found), and 5xx indicates server-side failures. Specifically, 500 represents an Internal Server Error, meaning the server encountered an unexpected condition and could not fulfill the request successfully.
The other options are not HTTP status codes in this entry: +0300 is the timezone offset in the timestamp, 1.0 is the HTTP protocol version, and 2019 is part of the date. Therefore, the only HTTP status code present—and the correct choice among the options—is 500 (B), even though it reflects an error rather than success.

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QUESTION: 8

Andrew, a system administrator, is performing a UEFI boot process. The current phase of the UEFI boot process consists of the initialization code that the system executes after powering on the EFI system. This phase also manages platform reset events and sets up the system so that it can find, validate, install, and run the PEI.
Which of the following UEFI boot phases is the process currently in?

Driver execution environment phase
Boot device selection phase
Pre-EFI initialization phase
Security phase

Answer(s): D

Explanation:

In the UEFI/PI boot architecture, the phase that runs immediately after power-on or reset is the SEC (Security) phase. Digital forensics references include UEFI phases because firmware-level activity can affect the trustworthiness of the platform (e.g., bootkits, persistence, and measured boot artifacts). The SEC phase is responsible for executing the earliest initialization instructions, handling platform reset events, and establishing a minimal, controlled execution environment. Critically, SEC prepares the system so it can locate, verify, and hand off control to the next stage—PEI (Pre-EFI Initialization)—by setting up temporary memory and foundational CPU/chipset state required for PEI modules to execute.
The wording in the question precisely matches SEC responsibilities: “initialization code executed after powering on,” “manages platform reset events,” and “sets up the system so it can find, validate,
install, and run the PEI.” By contrast, PEI focuses on discovering and initializing permanent memory and producing the Hand-Off Blocks for DXE; DXE loads drivers and boot services; and BDS selects and launches the boot option. Therefore, the phase described is the Security phase (SEC), which corresponds to option D.

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EC-Council 112-57: Skills Tested, Job Roles, and Study Tips

The 112-57 exam, known formally as the EC-Council Digital Forensics Essentials, is designed for individuals who are seeking to enter the specialized field of digital forensics or for IT professionals who need to formalize their knowledge of evidence handling. This certification validates that a candidate possesses the foundational skills required to identify, collect, preserve, and analyze digital evidence in a manner that is legally defensible. Organizations across the public and private sectors hire professionals with this EC-Council certification to ensure their incident response and security teams can effectively manage the aftermath of a cyberattack or internal data breach. It matters significantly in the modern industry because the integrity of digital evidence is the cornerstone of any investigation, whether it is for corporate policy enforcement or criminal prosecution. By passing this certification exam, candidates demonstrate that they understand the critical methodologies required to maintain a proper chain of custody, which is a non-negotiable requirement in professional forensic environments.

The role of a digital forensics professional is becoming increasingly vital as organizations face a growing number of sophisticated threats that leave behind complex digital footprints. Professionals who hold this credential are often tasked with acting as first responders, ensuring that data is captured without contamination or alteration. This requires a deep understanding of both the technical aspects of storage media and the procedural requirements of the investigation process. Employers value this certification because it provides a standardized benchmark for competency, ensuring that their staff can operate within established legal and ethical frameworks. As cyber threats continue to evolve, the demand for individuals who can systematically reconstruct events from digital artifacts remains high, making this a strategic career move for those in cybersecurity, IT administration, or law enforcement support roles.

What the 112-57 Exam Covers

The 112-57 exam covers a comprehensive range of skill domains that are essential for any digital forensics practitioner. The curriculum begins with Computer Forensics Fundamentals, which establishes the baseline knowledge of how digital evidence is identified and handled. Candidates must master the Computer Forensics Investigation Process, which dictates the step-by-step methodology for conducting a professional inquiry. A significant portion of the exam focuses on Understanding Hard Disks and File Systems, as this is where the majority of digital evidence resides. Furthermore, the exam tests your ability to perform Data Acquisition and Duplication, ensuring that you can create forensic images without altering the original source data. You will also encounter practice questions related to Defeating Anti-forensics Techniques, which requires you to understand how attackers attempt to hide their tracks and how to uncover those hidden artifacts. The exam also covers Windows Forensics, Linux and Mac Forensics, and Network Forensics, ensuring that you are prepared to handle investigations across the most common operating systems and network environments. Finally, the curriculum addresses specialized areas such as Investigating Web Attacks, Dark Web Forensics, Investigating Email Crimes, and Malware Forensics, which are critical for modern threat analysis.

Among these domains, Malware Forensics is often considered one of the most technically demanding areas for candidates. This topic requires a deep understanding of how malicious code executes, persists, and communicates within a compromised system. Candidates must be able to identify the indicators of compromise, analyze the behavior of suspicious files, and understand the mechanisms that malware uses to evade detection. This is challenging because it requires not just theoretical knowledge, but the ability to think like an attacker who is actively trying to obfuscate their activities. You will need to demonstrate that you can distinguish between legitimate system processes and malicious activity, which is a skill that takes time and practice to develop. Our practice questions are designed to help you navigate these complexities by providing scenarios that mirror the technical depth required in the real world.

Are These Real 112-57 Exam Questions?

It is important to clarify that the practice questions provided on this platform are not the actual exam questions you will see on the day of your test. Instead, our questions are sourced and verified by the community, including IT professionals and recent test-takers who have sat for the actual EC-Council certification exam. This community-verified approach ensures that our content reflects the style, difficulty, and subject matter distribution of the real exam questions because they are based on the collective experience of those who have already passed. If you have been searching for 112-57 exam dumps or braindump files, our community-verified practice questions offer something more valuable: each question is verified and explained by IT professionals who recently passed the exam. We do not provide leaked or confidential content, as we believe that true exam preparation comes from understanding the underlying concepts rather than memorizing answers.

The community verification process is what makes our platform a reliable resource for your exam prep. When a question is added to our database, it undergoes a rigorous review by other users who have experience with the 112-57 exam. These users discuss the answer choices, flag any questions that may be ambiguous or incorrect, and provide context from their recent exam experience to help clarify the reasoning. This collaborative environment allows you to see how different professionals approach the same problem, which is a much more effective way to learn than simply looking at an answer key. By engaging with these discussions, you gain insights into the nuances of the exam that you would not find in a static textbook or a set of unauthorized dumps.

How to Prepare for the 112-57 Exam

Effective exam preparation for the 112-57 certification requires a balanced approach that combines theoretical study with hands-on practice. You should aim to set up a sandbox environment where you can experiment with forensic tools and analyze disk images, as this practical experience is invaluable for understanding the concepts tested on the exam. Do not rely solely on memorization, as the EC-Council certification is designed to test your ability to apply knowledge in specific, often complex, scenarios. Every practice question includes a free AI Tutor explanation that breaks down the reasoning behind the correct answer, so you understand the concept, not just the answer. This AI Tutor is a powerful tool for your exam prep, as it allows you to ask follow-up questions and explore the "why" behind each forensic principle. Building a consistent study schedule that allows you to cover each topic area thoroughly will help you manage your time and reduce stress as your exam date approaches.

A common mistake that candidates make when preparing for this exam is focusing too heavily on rote memorization of definitions rather than understanding the application of forensic methodologies. The 112-57 exam is heavily scenario-based, meaning you will be presented with a situation and asked to determine the best course of action based on forensic best practices. To avoid this pitfall, you should focus on understanding the "why" behind each step of the investigation process. Another mistake is neglecting time management during your study sessions. You should practice answering questions under timed conditions to ensure that you can maintain your pace during the actual certification exam. By using our platform to simulate the exam environment, you can identify your weak areas early and focus your efforts where they are needed most.

What to Expect on Exam Day

On the day of your 112-57 exam, you should be prepared for a professional testing environment that is designed to maintain the integrity of the certification. The exam is typically administered through a secure, proctored platform, which may be at a physical testing center or via an online proctoring service. You will encounter a variety of question types, which often include multiple-choice questions and scenario-based questions that require you to apply your knowledge to specific forensic situations. The time allowed for the exam is set by EC-Council, and you should be aware of this limit before you begin. Because the exam is designed to test your practical understanding, you should expect questions that require you to analyze data, interpret findings, and make decisions based on the principles of digital forensics. Staying calm and reading each question carefully is essential, as the wording can sometimes be nuanced to test your attention to detail.

Who Should Use These 112-57 Practice Questions

These practice questions are intended for anyone who is serious about pursuing the EC-Council Digital Forensics Essentials certification. This includes students who are just starting their journey into cybersecurity, IT professionals who are looking to pivot into a forensics role, and law enforcement personnel who need to understand the technical side of digital investigations. If you have a basic understanding of computer systems and are looking to formalize your skills with a recognized credential, this exam is an excellent next step. Passing this certification exam can have a significant impact on your career, as it demonstrates to employers that you have the foundational knowledge required to handle sensitive digital evidence. Whether you are aiming for a role as a forensic analyst, an incident responder, or a security consultant, this certification provides the credibility you need to succeed.

To get the most out of these practice questions, you should treat each one as a learning opportunity rather than just a test of your current knowledge. Do not just read the answer; engage with the AI Tutor explanation to ensure you fully grasp the underlying concept. Read the community discussions to see how other professionals interpret the question, and use the "flag" feature to mark questions that you find difficult so you can revisit them later. By consistently reviewing your mistakes and understanding the reasoning behind the correct answers, you will build the confidence you need to succeed on the real exam. Browse the questions above and use the community discussions and AI Tutor to build real exam confidence.

EC-Council 112-57 Exam Actual Questions EC-Council Digital Forensics Essentials (Page 5 )

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EC-Council 112-57: Skills Tested, Job Roles, and Study Tips

What the 112-57 Exam Covers

Are These Real 112-57 Exam Questions?

How to Prepare for the 112-57 Exam

What to Expect on Exam Day

Who Should Use These 112-57 Practice Questions

EC-Council 112-57 Exam Actual Questions
EC-Council Digital Forensics Essentials (Page 5 )