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CPENT AI Exam Dump: Ranges, Hosts and Practical Skills

CPENT AI Exam Dump presents a broad practical assessment involving Active Directory, IoT firmware, binary analysis, CTF systems, and web application security.

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The reviewed report contains 53 challenges distributed across five separate examination ranges. Each range introduces a different collection of systems, applications, services, and security concepts. Candidates are expected to identify the relevant hosts, understand their roles, examine the available evidence, and document their findings accurately.

The Active Directory environment includes the CPENTv2025.com domain, two Read-Only Domain Controllers, a Windows 11 client computer, and a writable Domain Controller target. Other ranges introduce IoT firmware hosts, binary analysis machines, Linux-based CTF targets, Joomla and WordPress servers, and an AI-assisted web application.

This article provides a general overview of the technologies, hostnames, IP addresses, and security topics represented in the report. It does not disclose passwords, hashes, flags, payloads, commands, or step-by-step solutions.

CPENT AI Exam Dump Overview

The practical environment is divided into the following ranges:

RangePrimary focus
Active DirectoryRODCs, domain users, Windows clients and credential security
IoTFirmware images, embedded Linux and device configuration
BinaryMemory safety, reverse engineering and executable analysis
CTFWeb applications, CMS platforms, credentials and privilege boundaries
WebInformation exposure, AI chatbot security and sensitive files

The report records 47 completed challenges, while six were marked as not attempted. The overall content shows that CPENT candidates need to work across Windows, Linux, databases, embedded systems, web technologies, and compiled applications.

Systems and IP Addresses in the Report

The following assets form the main technical environment described in CPENT AI Exam Report Set 1:

Host or deviceIP addressGeneral role
RANGEADSERVER19172.25.170.12Read-Only Domain Controller
AD-WIN172.25.170.50Read-Only Domain Controller
Windows11.CPENTv2025.com172.25.170.140Domain client computer
Writable Domain Controller target172.25.170.200Active Directory infrastructure
IoT target 1172.25.120.110Firmware analysis system
IoT target 2172.25.120.100Firmware analysis system
Binary target172.25.65.103Reverse engineering environment
Binary target172.25.65.105Linux binary analysis
Binary target172.25.65.165Memory corruption analysis
Ticketing portal192.168.200.106CTF web and Linux target
Joomla server192.168.200.127CMS and SSH security
WordPress server192.168.200.232Web server and plugin security
Web target10.10.1.111ChatOps AI and information exposure
DSP-W215192.168.0.60Device record found in IoT firmware

These addresses belong to an isolated examination environment. Their importance lies in the role each host plays and the security concepts associated with it.

Active Directory Range CPENT AI Exam Dump

The Active Directory section focuses on the CPENTv2025.com domain and several connected Windows systems.

The main assets are:

The questions represented in this range cover:

These topics demonstrate that Active Directory penetration testing involves much more than locating a Domain Controller. Candidates must understand how computers, users, administrators, authentication data, and replication policies relate to one another.

RANGEADSERVER19 at 172.25.170.12 CPENT AI Exam Dump

RANGEADSERVER19 is one of the main Read-Only Domain Controllers in the CPENTv2025.com domain.

An RODC stores a read-only copy of the Active Directory database and is commonly used in branch offices or locations where physical security is limited. Although an RODC provides additional protections compared with a writable Domain Controller, it can still expose sensitive authentication data when configured incorrectly.

The report associates RANGEADSERVER19 with subjects including:

One important security consideration is which credentials the RODC is permitted to cache. If privileged or unnecessary accounts appear in the allowed replication list, compromise of the server may have a greater impact.

Organizations should regularly review RODC Password Replication Policies and limit cached credentials to users who genuinely need to authenticate at that location.

AD-WIN at 172.25.170.50

AD-WIN is another Read-Only Domain Controller represented in the Active Directory range.

The report connects AD-WIN at 172.25.170.50 with the domain user responsible for managing the server. This highlights the importance of the managedBy relationship in Active Directory.

Management attributes can help administrators document responsibility, but they also reveal how privileged users and systems are connected. Security teams should ensure that the account assigned to manage an RODC has only the access required for that role.

RODC management should include:

The compromise of an RODC management account should not automatically provide unrestricted control over the entire domain.

Windows11.CPENTv2025.com at 172.25.170.140 CPENT AI Exam Dump

The primary user computer in the Active Directory range is Windows11.CPENTv2025.com, associated with 172.25.170.140.

This client machine represents the endpoint side of the domain environment. Workstations are often valuable during security assessments because they contain evidence of real user activity and previous domain authentication.

A Windows client may store:

The inclusion of Windows11.CPENTv2025.com demonstrates why endpoint security is closely connected to Active Directory security. A Domain Controller may be hardened correctly while a client system still exposes authentication information that affects domain users.

Endpoint protection should include Credential Guard, restricted administrator logons, local administrator password management, disk encryption, endpoint detection, and strong patch management.

Writable Domain Controller Target at 172.25.170.200

The Active Directory range also includes a writable Domain Controller target associated with 172.25.170.200.

A writable Domain Controller holds the authoritative directory database and can process changes to users, groups, policies, and authentication data. This makes it one of the most sensitive assets in a Windows enterprise environment.

Writable Domain Controllers should be protected through:

The report illustrates how information gathered from client machines and RODCs may influence the security of more privileged domain infrastructure.

Cached Credentials and MsCacheV2

Cached domain credentials allow users to log in to Windows computers when a Domain Controller is unavailable.

Windows commonly protects these cached credentials using the MsCacheV2 format, also known as Domain Cached Credentials version 2. Although these values are not equivalent to reusable plaintext passwords, weak user passwords may still create risk if the cached data is exposed.

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Organizations can reduce this risk by:

A domain administrator should not use the same account for routine workstation activity and privileged infrastructure management.

IoT Firmware Range CPENT AI Exam Dump

The IoT range contains two primary analysis systems:

The firmware images represented include IOT.bin, IOT2.bin, IOT3.bin, IOT4.bin, IOT5.bin, IOT6.bin, FileOne.bin, and FileTwo.bin.

The questions focus on:

This range demonstrates why IoT security requires knowledge of embedded Linux, firmware formats, hardware architectures, file systems, and configuration data.

IoT Target 172.25.120.110

The host at 172.25.120.110 contains several firmware images associated with embedded device analysis.

The report connects this system with JFFS2, embedded root account information, device identifiers, Linux components, and product metadata.

Firmware may contain:

Manufacturers should ensure that firmware does not contain reusable production passwords or private cryptographic material.

IoT Target 172.25.120.100

The system at 172.25.120.100 is associated with FileOne.bin and FileTwo.bin.

The questions involving this target focus on firmware image size, embedded file-system locations, image structure, and configuration data.

These topics demonstrate the importance of understanding where file systems begin within a larger firmware image. A single firmware package may contain headers, compressed file systems, kernel data, bootloader components, checksums, and product-specific metadata.

Secure firmware should use signed updates, protected signing keys, anti-rollback controls, and reliable integrity verification.

DSP-W215 at 192.168.0.60 CPENT AI Exam Dump

DSP-W215 appears as an embedded device record recovered from firmware data.

The device is associated with the IP address 192.168.0.60 and a corresponding network configuration. This illustrates how firmware databases may reveal operational details that are not immediately visible from the device’s public interface.

Embedded databases may contain:

Developers should review firmware databases and configuration archives before release to ensure they do not contain sensitive internal or production information.

Binary Analysis Range

The binary range includes three notable targets:

These systems represent different aspects of binary security, including reverse engineering, validation algorithms, memory offsets, return addresses, hidden functions, and processor behavior.

Binary Target 172.25.65.103

The system at 172.25.65.103 is associated with a Windows executable and membership validation logic.

The questions focus on identifying a standard validation algorithm and understanding a hexadecimal value used during checksum processing.

This type of challenge evaluates whether candidates can:

Recognizing a known algorithm is valuable because it allows an analyst to describe program behavior accurately without treating every mathematical operation as custom encryption.

Binary Target 172.25.65.105

The target at 172.25.65.105 is associated with stack layout, padding, return addresses, and a hidden function inside a compiled program.

This represents a common educational model for explaining how unsafe memory operations can change program execution.

Memory corruption risks are often caused by:

Modern protections such as ASLR, stack canaries, non-executable memory, and position-independent executables make exploitation more difficult, but they do not replace secure code.

Binary Target 172.25.65.165

The system at 172.25.65.165 focuses on instruction pointer control, memory offsets, and input behavior.

These concepts help candidates understand how a program crash can provide evidence of a deeper memory-safety problem.

Professional binary analysis should evaluate:

The purpose is not simply to produce a crash. The analyst must understand why the crash occurred and what it means for the security of the application.

CTF Range CPENT AI Exam Dump

The CTF range contains several Linux and web targets, including:

The challenges combine ticketing portals, databases, SSH, private keys, Joomla, WordPress, Apache, local access, and privilege escalation.

Ticketing Portal at 192.168.200.106

The target at 192.168.200.106 hosts a ticketing application.

The report associates this system with:

Ticketing systems often contain sensitive operational data, including user records, support messages, internal notes, attachments, and employee information.

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Weak database controls or insecure uploads can increase the impact of an application compromise. Private SSH keys should never be stored in locations accessible to web application users.

Joomla Server at 192.168.200.127

The host at 192.168.200.127 runs a Joomla-based application.

CMS fingerprinting helps determine which platform and version are present, but version identification is only the beginning of a complete security assessment.

Joomla security should include:

A fully updated CMS can still be vulnerable because of weak passwords, insecure extensions, poor server permissions, or exposed configuration files.

WordPress Server at 192.168.200.232

The system at 192.168.200.232 combines Apache, WordPress, plugin security, user credentials, and Linux privilege boundaries.

WordPress plugins extend functionality but also increase the application’s attack surface. An outdated or abandoned plugin may expose the entire site even when WordPress core is fully patched.

WordPress administrators should:

Web server security and CMS security should be managed together. A weakness in one layer may affect the other.

Web Range and 10.10.1.111 CPENT AI Exam Dump

The web range includes the target 10.10.1.111, which hosts a ChatOps AI chatbot and related application content.

The report connects this system with:

AI-enabled chat interfaces can introduce security risks when they have access to internal data or respond to sensitive requests without sufficient authorization.

An AI chatbot should not expose:

Access control must be enforced by the application and backend systems. Prompt-level instructions alone are not a reliable security boundary.

Why Hostnames and IP Addresses Matter CPENT AI Exam Report

Hostnames and IP addresses provide context for understanding a penetration testing environment.

For example:

This mapping allows findings to be connected to specific assets, technologies, and business roles. A professional penetration testing report should consistently identify each host to prevent confusion during remediation.

Skills Evaluated in CPENT AI Exam Dump

Based on the report, the assessment evaluates practical knowledge in:

The range of topics shows why CPENT is considered a broad practical examination. Candidates must understand several platforms and explain how individual weaknesses contribute to wider security risk.

Frequently Asked Questions CPENT AI Exam Dump

How many challenges are included in CPENT AI Exam Dump?

The report contains 53 challenges across Active Directory, IoT, binary analysis, CTF, and web ranges.

Which Domain Controllers are included?

The Active Directory range includes RANGEADSERVER19 at 172.25.170.12 and AD-WIN at 172.25.170.50 as Read-Only Domain Controllers. A writable Domain Controller target is associated with 172.25.170.200.

Which user computer appears in the report?

The main domain client is Windows11.CPENTv2025.com at 172.25.170.140.

Which IP addresses are used for IoT analysis?

The primary IoT firmware targets are 172.25.120.100 and 172.25.120.110. The firmware also contains a device record for DSP-W215 at 192.168.0.60.

Which binary targets are included?

The binary analysis machines are associated with 172.25.65.103, 172.25.65.105, and 172.25.65.165.

Which CMS platforms appear in the CTF range?

The report includes a Joomla server at 192.168.200.127 and a WordPress server at 192.168.200.232.

Is an AI application included?

Yes. The web range includes a ChatOps AI chatbot on 10.10.1.111 and examines the risk of sensitive information disclosure through an AI-assisted interface.

Does this article reveal exam solutions?

No. It explains the environment, hosts, IP addresses, technologies, and general security concepts without sharing passwords, hashes, flags, payloads, commands, or step-by-step solutions.

Final Thoughts

CPENT AI Exam Report Set 1 demonstrates how different cybersecurity disciplines connect within a practical assessment.

The CPENTv2025.com environment introduces RANGEADSERVER19, AD-WIN, Windows11.CPENTv2025.com, and a writable Domain Controller target. These systems represent RODC security, Windows endpoint risk, credential protection, and domain administration.

The IoT hosts at 172.25.120.100 and 172.25.120.110 move the assessment into embedded Linux and firmware analysis. The binary systems at 172.25.65.103, 172.25.65.105, and 172.25.65.165 introduce reverse engineering and memory safety.

The CTF environment adds the ticketing portal at 192.168.200.106, Joomla at 192.168.200.127, and WordPress at 192.168.200.232. Finally, the web target at 10.10.1.111 introduces AI chatbot security and sensitive information exposure.

Together, these systems show why professional penetration testing requires more than identifying isolated vulnerabilities. Candidates must understand assets, identities, trust relationships, application behavior, operating systems, and the wider impact of every finding.

Disclaimer: This article is intended for general CPENT exam awareness and authorized cybersecurity education. It does not disclose confidential passwords, hashes, flags, payloads, commands, or complete examination solutions.

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