Last updated: July 2026
🔥 OSCP+ 52 Stand-alone Machines & 8 Adsets Bundle and -Elite Early Access(FREE!)-
Complete OSCP+ preparation.

OSCP+ 8 AD sets and 52 Stand-alones Bundle and -Elite Early Access(FREE!)-
Is your exam still coming up? Check this out: Elite Early Access
- Early access to newly released machines and AD environments
- Priority access to exam-aligned updates and changes
- Immediate access to content revisions before public release
- Early testing of new attack vectors and configurations
- Immediate access to developed methods and techniques
- Update support is provided until your exam ends (for example, if you purchased it 3 months in advance)
🔥 Adset's Group
OSCP+ Adsets v1-v2-v3-v4-v6-v7-v8 Bundle

Buy this v1-v2-v3-v4-v6-v7-v8 bundle
OSCP Offsec NIC AD Set v4
Target Environment & Initial Access:
OffSec Provided Credentials:
Username: r.adrews
Password: BusyOfficeWorker890
Initial Access Points: 192.168.x.206, 192.168.x.202, and 192.168.x.200
- Full 40 Points Set: A complete, verified path to total domain compromise.
- Step-by-Step Commands: Exact syntax used for every stage of the attack chain.
- High-Quality Images: Visual proof of exploitation and flag captures included.
- Post-Purchase Support: Free exam support provided after your purchase.
Review the privilege of .206 machine images instantly. Run whoami /priv to confirm your set

Buy AdSet v4
OSCP Offsec AD Set v5
This AD set has U.Gregory and SVC_MSSQL users present
if both these users are listed in your enumerated list of users then this is the AD set you need.
Target Environment & Initial Access:
OffSec Provided Credentials:
Username: r.adrews
Password: BusyOfficeWorker890
Initial Access Points: 192.168.x.206, 192.168.x.202, and 192.168.x.200
- Full 40 Points Set: A complete, verified path to total domain compromise.
- Step-by-Step Commands: Exact syntax used for every stage of the attack chain.
- High-Quality Images: Visual proof of exploitation and flag captures included.
- Post-Purchase Support: Free exam support provided after your purchase.
Review the privilege of .206 machine images instantly. Run whoami /priv to confirm your set

OSCP Offsec AD Set v6
when "newman" users present in the enumerated users list

Target Environment & Initial Access:
OffSec Provided Credentials:
Username: r.adrews
Password: BusyOfficeWorker890
Initial Access Points: 192.168.x.206, 192.168.x.202, and 192.168.x.200
- Full 40 Points Set: A complete, verified path to total domain compromise.
- Step-by-Step Commands: Exact syntax used for every stage of the attack chain.
- High-Quality Images: Visual proof of exploitation and flag captures included.
- Post-Purchase Support: Free exam support provided after your purchase.
Review the privilege of .206 machine images instantly. Run whoami /priv to confirm your set
Buy v6 AdSet
OSCP Offsec AD Set v7


Target Environment & Initial Access:
OffSec Provided Credentials:
Username: r.adrews
Password: BusyOfficeWorker890
Initial Access Points: 192.168.x.206, 192.168.x.202, and 192.168.x.200
- Full 40 Points Set: A complete, verified path to total domain compromise.
- Step-by-Step Commands: Exact syntax used for every stage of the attack chain.
- High-Quality Images: Visual proof of exploitation and flag captures included.
- Post-Purchase Support: Free exam support provided after your purchase.
Review the privilege of .206 machine images instantly. Run whoami /priv to confirm your set
Buy this:
OSCP Offsec AD Set v8
r.gallagher

Target Environment & Initial Access:
OffSec Provided Credentials:
Username: r.adrews
Password: BusyOfficeWorker890
Initial Access Points: 192.168.x.206, 192.168.x.202, and 192.168.x.200
- Full 40 Points Set: A complete, verified path to total domain compromise.
- Step-by-Step Commands: Exact syntax used for every stage of the attack chain.
- High-Quality Images: Visual proof of exploitation and flag captures included.
- Post-Purchase Support: Free exam support provided after your purchase.
Review the privilege of .206 machine images instantly. Run whoami /priv to confirm your set
OSCP Offsec AD Set v9
Target Environment & Initial Access:
OffSec Provided Credentials:
Username: r.adrews
Password: BusyOfficeWorker890
Initial Access Points: 192.168.x.206, 192.168.x.202, and 192.168.x.200
Review the privilege of .206 machine images instantly. Run whoami /priv to confirm your set
🔥 OSCP+ Stand-alone Machines
Offsec Insurance .112 Stand-alone machine

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OSCP+ .112 ''Megatech'' Stand-alone machine

Success in your OffSec OSCP+ certification exam depends on your ability to quickly identify the primary attack vector within complex standalone targets. The .112 "MegaTech" Windows machine features a dense infrastructure, including active web servers on ports 80 and 443, coupled with SMB/RPC, MySQL, and WinRM (port 5985) services. Our technical breakdown guides you through the necessary steps to systematically bypass initial perimeter security, establish a persistent shell, and execute effective privilege escalation to achieve total control as SYSTEM.
Avoid the common pitfall of wasting critical exam hours on manual enumeration of every open port. This document prioritizes your workflow by isolating the specific, proven exploitation paths required to dominate the MegaTech environment. We provide a refined set of high-impact terminal commands that streamline your transition from initial entry to full administrative compromise. By utilizing this verified methodology, you can significantly reduce your time-on-target, ensuring you have ample capacity to complete your Active Directory requirements.
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OSCP+ .112 ''Shoppr'' Stand-alone machine

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OSCP .110 IMAP - Mailbox stand-alone machine

OffSec OSCP+ .110 Standalone Root Access Strategy
Passing your OffSec OSCP+ certification exam requires the tactical ability to rapidly triage and exploit specialized service environments on standalone targets. The .110 machine presents a unique attack surface, incorporating exposed Dovecot POP3 and IMAP services, a standard OpenSSH instance, and an unusual whois service listener. This technical manual provides a structured roadmap to systematically bypass perimeter security, establish a reliable command shell, and execute the necessary privilege escalation steps to obtain full root-level control.
Avoid the pitfall of losing critical exam hours to manual, disorganized enumeration of legacy email protocols or unproductive testing against hardened services. This report optimizes your workflow by focusing exclusively on the most viable, verified exploitation sequences for this specific configuration. We offer a curated collection of battle-tested terminal commands designed to expedite your transition from the initial foothold to total system compromise. By utilizing this structured methodology, you ensure peak efficiency, preserving your focus for the subsequent, high-stakes Active Directory exam requirements.
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OSCP+ .110 Rsync Stand-alone machine

Achieving a passing score on the OffSec OSCP+ exam demands rapid identification of the primary exploitation route on standalone targets. The .110 machine presents a multifaceted environment, featuring an active rsync service (protocol v31), a robust MySQL 8.0.45 database, and an OpenSSH listener. This technical manual provides a structured roadmap to bypass the initial perimeter, establish a stable command shell, and perform the necessary privilege escalation steps to obtain root access.
Do not allow the diverse set of services to derail your enumeration phase. We have distilled the complex attack surface into a direct, high-efficiency workflow that allows you to bypass common pitfalls. This guide offers a comprehensive set of verified terminal commands tailored for this specific configuration, allowing for a swift progression from initial foothold to full root compromise. By adopting this streamlined approach, you will optimize your exam performance and reserve more time for the critical Active Directory challenges.
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OSCP+ .110 Cloud Best Hosting Stand-alone machine

OffSec OSCP+ .110 "Cloud Web Hosting" Root Access Strategy
Success in your OffSec OSCP+ exam requires the ability to quickly pivot through complex, multi-service standalone machines. The .110 "Cloud Web Hosting" target creates a challenging landscape with an exposed vsftpd 3.0.5 service, an Apache 2.4.52 web server, and concurrent MariaDB and PostgreSQL database instances. This technical guide outlines a proven methodology to navigate these services, effectively bypass perimeter security, achieve a stable initial shell, and perform the necessary privilege escalation to obtain root-level access.
Avoid the risk of losing valuable exam time on manual, disorganized enumeration of every database and web service. This report simplifies your workflow by focusing exclusively on the most viable, verified attack vectors for this specific configuration. We provide a curated set of precise, high-impact terminal commands designed to fast-track your progression from initial foothold to full system compromise. By leveraging this structured approach, you ensure maximum efficiency, leaving you the breathing room required to tackle the subsequent Active Directory exam components.
OSCP+ .110 Port: 21,22,80,3306,5432 Cloud Web Hosting Full Report with screenshots
Machine IP 192.168.xx.110
Open ports:
• 21- FTP vsftpd 3.0.5
• 22- SSH OpenSSH 8.9p1
• 80- Apache httpd2.4.52
• 3306- MySQL MariaDB
• 5432- Postgresql DB
Buy this
OSCP+ .110 Clearview Consulting Stand-alone machine

OffSec OSCP+ .110 "ClearView Consulting" Root Access Strategy
Mastering the OffSec OSCP+ exam demands a tactical approach when encountering complex standalone targets. The .110 "ClearView Consulting" machine presents a multi-vector attack surface, featuring a robust RPC/NFS suite, active Samba shares, and a standard Apache web server. This guide delivers a structured path to successfully navigate these services, bypass perimeter defenses, obtain a persistent shell, and execute the necessary privilege escalation steps to achieve full root access.
Do not allow the complexity of NFS mount points or the variety of services to compromise your exam momentum. This report streamlines your enumeration process by highlighting the most efficient, verified exploitation sequences for this environment. We have documented the exact, battle-tested terminal commands needed to pivot from your initial entry point to total root-level control. By utilizing this refined methodology, you will drastically reduce time-on-target, ensuring you have sufficient capacity to complete your remaining Active Directory objectives.
Machine IP 192.168.xx.110
Open ports:
• 22- SSH OpenSSH 8.9p1
• 80- Apache httpd2.4.52
• 111- RpcBind
• 139- netbios-ssn Samba smbd 4
• 445- netbios-ssn Samba smbd 4
• 2049- nfs_acl
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OSCP+ .110 22 80 6379 ''Redis'' Stand-alone machine

OffSec OSCP+ .110 "Redis" Root Access Strategy
Success in your OffSec OSCP+ exam requires the ability to rapidly identify and exploit high-impact services on standalone targets. The .110 "Redis" machine presents a critical attack surface, centering on a Redis key-value store (v4.0.14) operating on port 6379, supported by an Apache 2.4.52 web server and an OpenSSH listener. This technical manual outlines a structured approach to systematically bypass perimeter security, establish a reliable command shell, and execute the necessary privilege escalation steps to achieve full root-level control.
Avoid the common mistake of spending excessive exam time manually enumerating every service. This guide optimizes your workflow by isolating the most efficient, verified exploitation paths for this specific machine configuration. We provide a refined, battle-tested set of terminal commands that streamline your transition from initial entry to total administrative compromise. By implementing this methodology, you will significantly reduce your time-on-target, ensuring you retain the focus and capacity required to successfully complete your Active Directory requirements.
Buy this standalone machine :
OSCP+ .110 x20 21 22 x53 80 Stand-alone machine

Buy this standalone machine :
OSCP+ .110 21 22 Stand-alone machine

OffSec OSCP+ .110 Standalone Root Access Strategy
Success in your OffSec OSCP+ certification exam depends on the ability to rapidly triage and exploit diverse service environments on standalone targets. The .110 machine presents a multi-vector attack surface, incorporating an exposed vsftpd 3.0.5 FTP service, an Apache 2.4.52 web server, and an OpenSSH instance. This technical guide outlines a proven methodology to navigate these protocols, bypass perimeter security, establish a stable command shell, and execute the necessary privilege escalation steps to achieve full root control.
Avoid the pitfall of losing critical exam hours to manual, disorganized enumeration of web endpoints or unproductive testing against hardened services. This report simplifies your workflow by focusing exclusively on the most viable, verified attack vectors for this specific configuration. We provide a curated set of precise, battle-tested terminal commands designed to fast-track your progression from an initial foothold to total system compromise. By leveraging this structured approach, you ensure maximum efficiency, preserving the necessary time to focus on your remaining high-stakes Active Directory exam components.
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OSCP+ .110 20 21 22 80 443 ''Coaching Center'' Stand-alone machine

OffSec OSCP+ .110 "Coaching Center" Root Access Strategy
Success in your OffSec OSCP+ certification exam relies on your ability to swiftly isolate and compromise primary entry vectors on complex standalone targets. The .110 "Coaching Center" environment presents a layered attack surface, featuring vsftpd 3.0.5 on port 21, Apache 2.4.52 web servers across ports 80/443, and an OpenSSH 8.9p1 listener. This technical manual provides a systematic roadmap to navigate these services, bypass perimeter security measures, establish a stable command shell, and execute the precise privilege escalation steps required for root-level control.
Avoid the pitfall of losing critical exam hours to manual, repetitive enumeration of the Coaching Center web application or unproductive FTP testing. This report optimizes your workflow by focusing exclusively on the most viable, verified exploitation sequences for this specific configuration. We offer a curated collection of battle-tested terminal commands designed to expedite your transition from the initial foothold to full system compromise. By utilizing this structured methodology, you ensure peak efficiency, preserving your focus for the subsequent, high-stakes Active Directory exam requirements.
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OSCP+ .111 Vacation Stand-alone Machine

OffSec OSCP+ .111 "Vacation" Administrative Access Strategy
Success in your OffSec OSCP+ exam depends on the ability to rapidly identify and neutralize the primary attack vectors on standalone targets. The .111 "Vacation" machine (Windows Server 2019) presents a critical environment, combining an IIS 10.0 web server, a MariaDB 10.3.23 database, and active directory services. This technical manual outlines a strategic roadmap to bypass perimeter security, establish a stable command shell, and execute the necessary privilege escalation steps to achieve full administrative control.
Avoid the common pitfall of wasting valuable exam time on manual, disorganized enumeration of IIS or MariaDB services. This report optimizes your workflow by isolating the most efficient, verified exploitation paths for this specific machine configuration. We provide a refined, battle-tested set of terminal commands that streamline your transition from initial entry to total system compromise. By implementing this methodology, you will significantly reduce your time-on-target, ensuring you retain the focus and capacity required to successfully complete your remaining Active Directory challenges.
Buy low priv
OSCP+ .111 ''SMB'' Stand-alone machine

OffSec OSCP+ .111 Standalone Root Access Strategy
Passing your OffSec OSCP+ certification exam requires the tactical ability to rapidly triage and exploit key services on complex standalone targets. The .111 Windows machine features a specific attack surface, including exposed SMB/RPC infrastructure (ports 135, 139, 445), an OpenSSH instance, and an obscure service on port 5040. This technical manual provides a structured roadmap to systematically bypass perimeter security, establish a reliable command shell, and execute the necessary privilege escalation steps to obtain full SYSTEM/Administrator control.
Avoid the pitfall of losing critical exam hours to manual, repetitive enumeration or unproductive testing against hardened services. This report optimizes your workflow by focusing exclusively on the most viable, verified exploitation sequences for this specific configuration. We offer a curated collection of battle-tested terminal commands designed to expedite your transition from the initial foothold to total system compromise. By utilizing this structured methodology, you ensure peak efficiency, preserving your focus for the subsequent, high-stakes Active Directory exam requirements.
Buy Low Priv (Not priv esc)
OSCP+ .111 ''BarracudaServer'' Stand-alone machine

OffSec OSCP+ .111 "BarracudaServer" Root Access Strategy
Success in your OffSec OSCP+ certification exam depends on the ability to quickly neutralize primary entry vectors within complex, multi-service standalone machines. The .111 "BarracudaServer" target presents a dense infrastructure, featuring a PostgreSQL 9.6.0 database, web services on ports 80/443, and common Windows administration channels like SMB and RDP. This technical manual provides a structured roadmap to systematically bypass initial perimeter security, establish a reliable command shell, and execute the necessary privilege escalation steps to achieve total control as SYSTEM.
Do not let the extensive attack surface derail your enumeration strategy. This guide optimizes your workflow by isolating the specific, proven exploitation paths required to dominate the BarracudaServer environment. We provide a refined set of high-impact terminal commands that streamline your transition from initial entry to full administrative compromise. By utilizing this verified methodology, you can significantly reduce your time-on-target, ensuring you have ample capacity to complete your remaining Active Directory requirements.
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OSCP+ .111 80 135 139 443 445 3389 ''Launch6'' Stand-alone machine

OffSec OSCP+ .111 "Launch6" Administrative Access Strategy
Success in your OffSec OSCP+ certification exam depends on the ability to rapidly identify and neutralize the primary entry vectors within complex, multi-service standalone machines. The .111 "Launch6" Windows target presents a diverse attack surface, featuring web services on ports 80 and 443, active SMB/RPC infrastructure (ports 135, 139, 445), and RDP access on port 3389. This technical manual outlines a structured roadmap to systematically bypass initial perimeter security, establish a reliable command shell, and execute the necessary privilege escalation steps to achieve full SYSTEM/Administrator control.
Avoid the pitfall of losing valuable exam time on manual, disorganized enumeration of the Launch6 application or unproductive testing against SMB and RDP services. This report optimizes your workflow by isolating the most efficient, verified exploitation paths for this specific machine configuration. We provide a refined, battle-tested set of terminal commands that streamline your transition from initial entry to total administrative compromise. By implementing this methodology, you will significantly reduce your time-on-target, ensuring you retain the focus and capacity required to successfully complete your Active Directory requirements.
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OSCP+ .111 80 81 3389 8000 ''FMS'' Stand-alone machine

OffSec OSCP+ .111 "FMS" Administrative Access Strategy
Passing your OffSec OSCP+ certification exam requires the tactical ability to rapidly isolate and exploit key services on complex standalone targets. The .111 "FMS" machine features a multi-port web infrastructure (80, 81, and 8000) coupled with RDP access on port 3389. This technical manual provides a structured roadmap to systematically bypass perimeter security, establish a stable command shell, and execute the necessary privilege escalation steps to obtain full SYSTEM or Administrator access.
Do not allow the variety of web services or the presence of RDP to distract your enumeration strategy. This report streamlines your workflow by isolating the most efficient, verified exploitation sequences specific to this environment. We have documented the exact, battle-tested terminal commands needed to pivot from your initial entry point to total administrative control. By utilizing this refined methodology, you will drastically reduce time-on-target, ensuring you have sufficient capacity to focus on your remaining Active Directory objectives.
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OSCP+ .111 21 80 3389 7680 8080 ''Library Education'' Stand-alone machine

OffSec OSCP+ .111 "Library Education" Administrative Access Strategy
Success in your OffSec OSCP+ certification exam depends on the ability to rapidly identify and neutralize the primary entry vectors within complex, multi-service standalone machines. The .111 "Library Education" Windows target presents a diverse attack surface, featuring an exposed FTP service on port 21, dual web services on ports 80 and 8080 (http-proxy), and RDP access on port 3389. This technical manual outlines a structured roadmap to systematically bypass initial perimeter security, establish a reliable command shell, and execute the necessary privilege escalation steps to achieve full SYSTEM/Administrator control.
Avoid the pitfall of losing valuable exam time on manual, disorganized enumeration of the Library Education application or unproductive testing against FTP and RDP. This report optimizes your workflow by isolating the most efficient, verified exploitation paths for this specific machine configuration. We provide a refined, battle-tested set of terminal commands that streamline your transition from initial entry to total administrative compromise. By implementing this methodology, you will significantly reduce your time-on-target, ensuring you retain the focus and capacity required to successfully complete your Active Directory requirements.
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OSCP+ .111 ''Inbit Messenger'' Stand-alone machine

OffSec OSCP+ .111 "Dog Care" Administrative Access Strategy
Achieving a passing grade on the OffSec OSCP+ exam requires the ability to rapidly isolate and exploit key services on complex standalone targets. The .111 "Dog Care" Windows machine features a dense attack surface, including an exposed FTP service (port 21), an HTTP web server (port 80), SMB/RPC infrastructure (ports 135, 139, 445), and WinRM (port 5985). This technical manual outlines a structured roadmap to systematically bypass perimeter defenses, establish a reliable command shell, and execute the precise privilege escalation steps needed to achieve full SYSTEM/Administrator control.
Avoid the common pitfall of wasting critical exam hours on manual, repetitive enumeration of the Dog Care application or unproductive testing against SMB shares. This report optimizes your workflow by focusing exclusively on the most viable, verified exploitation sequences for this specific configuration. We provide a curated collection of battle-tested terminal commands designed to fast-track your progression from initial entry to total system compromise. By utilizing this structured methodology, you ensure maximum efficiency, preserving your focus for the subsequent, high-stakes Active Directory exam requirements.
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OSCP+ .111 ''Argus'' Stand-alone machine

OffSec OSCP+ .111 "Argus Surveillance" Root Access Strategy
Success in your OffSec OSCP+ certification exam relies on the ability to efficiently pivot through high-volume, multi-service standalone machines. The .111 "Argus Surveillance" target presents an extensive attack surface, featuring a complex web infrastructure across ports 80, 443, 8080, and 8443, alongside critical SMB/RPC infrastructure and various remote management ports. This technical guide outlines a proven methodology to systematically navigate these services, bypass perimeter security, achieve a stable initial shell, and perform the necessary privilege escalation to obtain SYSTEM-level control.
Avoid the pitfall of losing critical exam hours to manual, disorganized enumeration of an overwhelming number of open ports. This report simplifies your workflow by focusing exclusively on the most viable, verified attack vectors for this specific configuration. We provide a curated set of precise, high-impact terminal commands designed to fast-track your progression from initial foothold to full system compromise. By leveraging this structured approach, you ensure maximum efficiency, leaving you the necessary time to tackle the subsequent, high-stakes Active Directory exam components.
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OSCP+ .112 ''almondblossoms.ai'' Standalone Machine Report

Mastering the OffSec OSCP+ exam requires a tactical approach to standalone machines. To secure 20 points, you must master the enumeration and exploitation of the .112 "almondblossoms.ai" Windows target. This machine hosts a Microsoft IIS 10.0 web server on port 80 and a Microsoft HTTPAPI service on port 5985. This comprehensive guide details the exact methodology to bypass perimeter defenses, obtain a stable shell, and escalate privileges to SYSTEM/Administrator.
Stop wasting your exam window on ineffective web enumeration rabbit holes. This report provides a verified exploitation sequence designed for speed. We have outlined the exact terminal syntax required to exploit these services, allowing you to secure your root flag rapidly and focus on your Active Directory set. Our methodology ensures you optimize your exam time efficiently.
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OSCP+ .112 ''WBCE'' Stand-alone machine

OffSec OSCP+ .112 "WBCE" Root Access Strategy
Success in your OffSec OSCP+ certification exam depends on the ability to systematically triage and exploit diverse service environments on standalone targets. The .112 "WBCE" machine presents a multi-vector attack surface, incorporating legacy services such as SMTP, Finger, and POP3, alongside modern database and file-sharing infrastructure like MySQL and SMB. This technical guide outlines a proven methodology to navigate these protocols, bypass perimeter security, establish a stable command shell, and execute the necessary privilege escalation steps to achieve full root or SYSTEM control.
Avoid the pitfall of losing critical exam hours to manual, disorganized enumeration of legacy protocols. This report simplifies your workflow by focusing exclusively on the most viable, verified attack vectors for this specific configuration. We provide a curated set of precise, battle-tested terminal commands designed to fast-track your progression from an initial foothold to total system compromise. By leveraging this structured approach, you ensure maximum efficiency, preserving the necessary time to focus on your remaining high-stakes Active Directory exam components.
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OSCP+ .112 22 80 139 445 ''Skull'' Stand-alone machine

OffSec OSCP+ .112 "Construction" Root Access Strategy
Passing your OffSec OSCP+ certification exam requires the tactical ability to rapidly triage and exploit key services on complex standalone targets. The .112 "Construction" machine features a focused yet challenging attack surface, including an exposed SSH listener, a standard HTTP web server, and critical SMB infrastructure on ports 139 and 445. This technical manual provides a structured roadmap to systematically bypass perimeter security, establish a reliable command shell, and execute the necessary privilege escalation steps to obtain full root-level control.
Avoid the pitfall of losing critical exam hours to manual, repetitive enumeration of the HTTP or SMB services. This report optimizes your workflow by focusing exclusively on the most viable, verified exploitation sequences for this specific configuration. We offer a curated collection of battle-tested terminal commands designed to expedite your transition from the initial foothold to full system compromise. By utilizing this structured methodology, you ensure peak efficiency, preserving your focus for the subsequent, high-stakes Active Directory exam requirements.
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OSCP+ .112 '' TSW '' 21 22 80 Stand-alone machine

OffSec OSCP+ .112 "TSW" Root Access Strategy
Success in your OffSec OSCP+ certification exam depends on the ability to rapidly triage and exploit diverse service environments on standalone targets. The .112 "TSW" machine presents a multi-vector attack surface, incorporating an exposed vsftpd 2.0.8 FTP service, an Apache 2.4.41 web server, and legacy Samba 4.6.2 SMB infrastructure. This technical guide outlines a proven methodology to navigate these protocols, bypass perimeter security, establish a stable command shell, and execute the necessary privilege escalation steps to achieve full root control.
Avoid the pitfall of losing critical exam hours to manual, disorganized enumeration of legacy FTP or SMB protocols. This report simplifies your workflow by focusing exclusively on the most viable, verified attack vectors for this specific configuration. We provide a curated set of precise, battle-tested terminal commands designed to fast-track your progression from an initial foothold to total system compromise. By leveraging this structured approach, you ensure maximum efficiency, preserving the necessary time to focus on your remaining high-stakes Active Directory exam components.
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OSCP+ .112 21 22 80 3306 ''Job application portal'' Stand-alone machine

OffSec OSCP+ .112 "Job Application Portal" Root Access Strategy
Success in your OffSec OSCP+ certification exam depends on the ability to rapidly triage and exploit a multi-vector service environment. The .112 "Job Application Portal" target presents a distinct attack surface, featuring an exposed FTP service, an SSH listener, an HTTP web server, and a MySQL database backend. This technical guide outlines a proven methodology to navigate these services, bypass perimeter security, establish a stable command shell, and execute the necessary privilege escalation steps to achieve full root-level control.
Avoid the pitfall of losing critical exam hours to manual, disorganized enumeration of the portal interface or unproductive testing against common, yet ineffective, MySQL injection vectors. This report simplifies your workflow by focusing exclusively on the most viable, verified attack paths for this specific configuration. We provide a curated set of precise, battle-tested terminal commands designed to fast-track your progression from an initial foothold to total system compromise. By leveraging this structured approach, you ensure maximum efficiency, preserving the necessary time to focus on your remaining high-stakes Active Directory exam components.
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OSCP+ .112 ''JSON Web Token'' Stand-alone machine

OffSec OSCP+ .112 "JSON Web Token" Root Access Strategy
Success in your OffSec OSCP+ certification exam depends on the ability to rapidly identify and manipulate complex authentication mechanisms. The .112 "JSON Web Token" machine presents a focused attack surface centered on web-based authentication vulnerabilities. This technical manual outlines a strategic roadmap to identify misconfigured JWT implementations, bypass initial perimeter security, establish a stable command shell, and execute the necessary steps to secure your required flags.
Avoid the pitfall of losing valuable exam time on manual debugging of JWT validation logic or unproductive exploration of irrelevant SMB shares. This report optimizes your workflow by isolating the most efficient, verified exploitation sequences for this specific authentication-based configuration. We provide a curated set of precise, battle-tested terminal commands designed to fast-track your progression from initial payload crafting to successful exploitation. By leveraging this structured methodology, you will significantly reduce your time-on-target, ensuring you retain the focus and capacity required to successfully complete your remaining Active Directory challenges.
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OSCP+ .112 21 80 443 3389 8080 ''RiteCMS'' Stand-alone machine

OffSec OSCP+ .112 "Engineers" Administrative Access Strategy
Success in your OffSec OSCP+ certification exam depends on the ability to rapidly triage and exploit complex, multi-service standalone machines. The .112 "Engineers" target presents a high-volume attack surface, featuring an exposed FTP service, multiple web services (HTTP/HTTPS/Proxy), and RDP access on port 3389. This technical manual provides a structured roadmap to systematically bypass perimeter security, establish a reliable command shell, and execute the necessary privilege escalation steps to achieve full SYSTEM/Administrator control.
Avoid the pitfall of losing critical exam hours to manual, disorganized enumeration of web proxies or legacy FTP services. This report optimizes your workflow by isolating the most efficient, verified exploitation sequences for this specific configuration. We provide a curated collection of battle-tested terminal commands designed to expedite your transition from the initial foothold to total system compromise. By utilizing this structured methodology, you ensure maximum efficiency, preserving your focus for the subsequent, high-stakes Active Directory exam requirements.
Buy this standalone machine :
OSCP+ .112 ''Beatbox'' Stand-alone machine

OffSec OSCP+ .112 "Beatbox" Administrative Access Strategy
Success in your OffSec OSCP+ certification exam depends on the ability to rapidly triage and exploit complex, multi-service standalone machines. The .112 "Beatbox" target presents a high-volume attack surface, featuring an exposed FTP service, multiple HTTP/HTTPS endpoints (including Apache 2.4.53), a MySQL/MariaDB database, and RDP access on port 3389. This technical manual provides a structured roadmap to systematically bypass perimeter security, establish a reliable command shell, and execute the necessary privilege escalation steps to achieve full SYSTEM/Administrator control.
Avoid the pitfall of losing critical exam hours to manual, disorganized enumeration of web endpoints or unproductive testing against database instances. This report optimizes your workflow by isolating the most efficient, verified exploitation sequences for this specific configuration. We provide a curated collection of battle-tested terminal commands designed to expedite your transition from the initial foothold to total system compromise. By utilizing this structured methodology, you ensure maximum efficiency, preserving your focus for the subsequent, high-stakes Active Directory exam requirements.
Buy this standalone machine :
OSCP Study Resources – Updated Materials for Offensive Security Preparation
Quick Summary
Preparing for the OSCP exam requires more than theory. Candidates need structured practice, realistic Active Directory scenarios, privilege escalation techniques, and extensive lab experience. CyberServices provides updated study resources designed to help security professionals organize their preparation and maximize their study efficiency.
Why Choose CyberServices?
Unlike generic marketplaces, CyberServices focuses exclusively on cybersecurity certification preparation resources.
Our advantages include:
- Updated study materials
- Instant digital delivery
- Secure checkout
- Lifetime download access
- Fast customer support
- Thousands of cybersecurity professionals served
- Regular content updates
Whether you're preparing for OSCP, OSEP, CRTO, PNPT, CPTS, or OSWE, our goal is to simplify your study process while helping you stay focused on the latest exam objectives.
What is OSCP?
The Offensive Security Certified Professional (OSCP) certification is one of the industry's most respected penetration testing certifications.
It evaluates practical offensive security skills including:
- Enumeration
- Exploitation
- Privilege Escalation
- Active Directory
- Lateral Movement
- Pivoting
- Web Exploitation
- Linux Exploitation
- Windows Exploitation
- Report Writing
Unlike multiple-choice certifications, OSCP requires candidates to compromise real machines in a timed lab environment.
Who Should Use These Resources?
This package is ideal for:
- Penetration Testers
- Red Team Operators
- Security Consultants
- Bug Bounty Hunters
- Security Engineers
- Students preparing for OSCP
Whether you're attempting the certification for the first time or preparing for a retake, organized study resources can significantly reduce preparation time.
What's Included
Depending on the selected package, study resources may include:
- Detailed walkthroughs
- Active Directory scenarios
- Windows privilege escalation
- Linux privilege escalation
- Web exploitation examples
- Enumeration methodology
- Exam preparation notes
- Practical references
- Structured learning material
Why Structured Study Matters
Many candidates spend hundreds of hours searching across blogs, GitHub repositories, Discord servers, Reddit discussions, and YouTube videos.
Organized study material allows you to:
- Save valuable preparation time
- Focus on practical learning
- Follow a logical progression
- Avoid missing important topics
- Review techniques more efficiently
Comparison
| Feature | CyberServices | Typical Marketplace Sellers |
|---|---|---|
| Updated Study Resources | ✅ | Sometimes |
| Instant Digital Delivery | ✅ | Usually |
| Lifetime Access | ✅ | Often Limited |
| Secure Checkout | ✅ | Varies |
| Fast Customer Support | ✅ | Limited |
| Cybersecurity-Focused Store | ✅ | No |
| Regular Catalog Updates | ✅ | Inconsistent |
OSCP vs Other Certifications
OSCP vs PNPT
OSCP focuses heavily on practical exploitation and Active Directory techniques.
PNPT places additional emphasis on realistic penetration testing methodology, documentation, and professional reporting.
Both certifications are valuable, but they serve slightly different learning objectives.
OSCP vs CPTS
CPTS provides an extensive learning path with structured modules before the exam.
OSCP is generally considered more demanding under time pressure and requires greater independence during the assessment.
OSCP vs OSEP
OSEP expands beyond traditional penetration testing into advanced exploitation techniques including AV bypass, client-side attacks, and advanced offensive tradecraft.
Many professionals pursue OSEP after successfully completing OSCP.
OSCP vs CRTO
CRTO focuses primarily on Active Directory attack techniques and Cobalt Strike operations.
OSCP offers broader coverage across Windows, Linux, web exploitation, and general penetration testing methodology.
Why Professionals Choose CyberServices
CyberServices was built specifically for cybersecurity professionals.
Instead of offering generic digital products, we focus exclusively on certification preparation resources trusted by penetration testers, security engineers, and red team professionals.
Our mission is to help professionals prepare smarter by providing organized study materials that reduce research time and improve learning efficiency.
Frequently Asked Questions
Is this suitable for first-time OSCP candidates?
Yes. The resources are designed for both first-time candidates and professionals preparing for another attempt.
Are the study materials updated?
Yes. We regularly review and update available materials to keep pace with current certification objectives.
Is instant delivery available?
Yes. Digital access is provided immediately after successful payment.
Do I receive lifetime access?
Yes. Purchased resources remain available for download through your account.
Can these materials replace lab practice?
No. Practical lab experience remains essential for OSCP success. These resources are intended to complement hands-on practice.
Are these resources useful for Active Directory preparation?
Yes. Many study packages include Active Directory concepts, enumeration techniques, privilege escalation strategies, and lateral movement references.
Which certification should I pursue after OSCP?
Many professionals continue with OSEP, CRTO, OSWE, or other advanced offensive security certifications depending on their career goals.
Is customer support available?
Yes. Our team is available to assist with order-related questions and download issues.
Can I use these resources for review before my exam?
Absolutely. Many candidates use organized study materials as part of their final revision process.
Why choose CyberServices instead of other marketplaces?
CyberServices specializes in cybersecurity certification preparation resources, allowing us to maintain a focused catalog, regular updates, and support tailored specifically to offensive security professionals.
OSCP Exam Updates (Last Year – Today)
Over the past year, the OSCP (Offensive Security Certified Professional) exam has remained largely stable in terms of its core philosophy, but a few practical clarifications are worth noting. The exam is still a 24-hour hands-on penetration testing challenge, followed by a report submission window. Candidates are expected to compromise multiple machines in a controlled lab environment using real-world attack techniques. There have been no radical changes to the exam format, scoring model, or time limits during this period.
In terms of content validity, the OSCP syllabus is still very much up to date. Core skills such as enumeration, privilege escalation, Active Directory attacks, buffer overflows (client-side excluded), and post-exploitation remain central to success. While tools evolve, the exam continues to emphasize methodology over automation, meaning manual exploitation skills and a strong understanding of fundamentals are more important than relying on scripts alone.
Candidates should pay close attention to exam discipline and time management. Over the last year, many failed attempts were linked not to lack of knowledge, but to poor note-taking, inefficient enumeration, or incomplete reporting. Another key point is system stability and preparation—using a clean, well-tested exam setup can prevent costly technical issues.
In short, the OSCP exam is still highly relevant, technically demanding, and aligned with real-world penetration testing. Candidates who focus on fundamentals, practice consistently, and follow a structured approach will remain well-positioned for success.
What is OSCP Clearview Consulting?
OSCP Clearview Consulting is a lab-style environment designed to simulate a corporate network. It helps candidates practice enumeration, privilege escalation, and lateral movement in a realistic setting. Working through OSCP Clearview Consulting scenarios improves both technical depth and exam confidence.
The Role of OSCP Insurance Scenarios
Insurance-themed environments are often used in OSCP-style labs to simulate enterprise infrastructures. These setups typically include misconfigured services, vulnerable endpoints, and domain weaknesses. Practicing in insurance-based scenarios strengthens your ability to identify real-world attack paths and improves your reporting skills.
Why OSCP Megatech Matters
Another important training environment is OSCP Megatech, which focuses on complex attack paths and multi-step exploitation. OSCP Megatech challenges candidates to think beyond basic techniques and apply structured methodologies—an essential requirement for passing the OSCP exam.
Understanding OSCP Adset v4
OSCP Adset v4 is particularly useful for mastering Active Directory attacks. It includes common misconfigurations and real-world vulnerabilities that frequently appear in OSCP-style exams. Practicing with OSCP Adset v4 helps candidates understand domain privilege escalation and post-exploitation strategies.
Yes, the OSCP exam is still highly valid and respected in 2026. It remains one of the most recognized hands-on penetration testing certifications in the cybersecurity industry. Employers continue to value OSCP because it proves real-world offensive security skills, not just theoretical knowledge.
In recent years, OSCP has focused on improving exam clarity and candidate experience rather than making radical changes. The core exam structure remains the same: a 24-hour practical exam followed by a reporting phase. The emphasis on Active Directory attacks, privilege escalation, and manual enumeration has increased, while heavy reliance on automated tools is still discouraged. Overall, the updates aim to better reflect real-world penetration testing scenarios.
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