The Certified Penetration Testing Professional (CPENT AI) program is the world’s most comprehensive guided penetration testing program. It offers a complete hands-on pentesting methodology and AI techniques mapped to all pentesting phases. CPENT AI enables you to master pentesting within an enterprise network environment, evaluating intrusion risks and compiling actionable, structured reports. Distinguish yourself with the CPENT AI, learning beyond technical knowledge—scoping engagements, understanding design, estimating effort, and presenting findings—and thrive as a leader in offensive security with versatile skills. CPENT AI combines guided learning with hands-on practice while immersing you in diverse live scenarios involving IoT systems, segmented networks, and advanced defenses, with practical challenges mapped to each domain. Gain expertise in advanced skills necessary to create your tools, conduct advanced binary exploitation, double pivot, customize scripts, and write your exploits to penetrate the deepest pockets of the network.
Master systematic, versatile pen testing and AI skills to emulate a hacker’s movements, identify and exploit vulnerabilities, assess risks, and craft actionable reports to guide organizations in addressing security threats.
99% say pen testing is more crucial as tech evolves (Cobalt).
33.9% highlight an AI skills shortage (O'Reilly).
57% say AI demand exceeds security team capacity (Cobalt).
39% struggle with talent shortages in pen testing (Fortra).
The Certified Penetration Testing Professional (CPENT AI) is globally recognized, offering flexible learning options tailored to fit your schedule and goals. It equips you with the skills necessary for a rewarding career in penetration testing, VAPT, and offensive security.
Drive your cybersecurity career forward with CPENT AI, enhanced by the power of AIs
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Anyone with at least two years of experience in information security or the EC-Council Certified Ethical Hacker (CEH) certification or similar knowledge is eligible to apply for EC-Council’s CPENT AI certification program.
AI empowers you by automating repetitive tasks, enhancing accuracy, and uncovering complex security flaws that traditional methods might overlook. Here are some key skills and benefits:
| Enhanced efficiency | Improved accuracy |
| Real-time threat detection | Advanced vulnerability analysis |
| Customization and scalability | Up to 40% more efficiency in cyber defense |
| 90% accuracy in detecting various cybersecurity threats | 2X productivity gains |
The CPENT exam is a 100% practical exam and includes a penetration testing report submission.
Exam features:
A self-paced, asynchronous learning solution delivered in a video streaming format.
A live, instructor-led online training course.
An in-person training option allows you to collaborate with peers and gain real-world penetration testing skills in a convenient local setting.
EC-Council has certified over 400,000 security professionals. Individuals who have achieved EC-Council certifications include those from some of the finest organizations around the world such as the US Army, the FBI, Microsoft, IBM, and the United Nations.
Many of these certifications are recognized worldwide and have received endorsements from various government agencies including the US Federal Government via the Montgomery GI Bill, National Security Agency (NSA) and the Committee on National Security Systems (CNSS). Moreover, the United States Department of Defense has included the CEH program into its Directive 8570 making it one of the mandatory standards to be achieved by Computer Network Defenders Service Providers (CND-SP).
EC-Council has also been featured in internationally acclaimed publications and media including Fox Business News, CNN, The Herald Tribune, The Wall Street Journal, The Gazette and The Economic Times as well as in online publications such as the ABC News, USA Today, The Christian Science Monitor, Boston and Gulf News.
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The Certified Penetration Testing Professional or CPENT AI sets the standards for penetration testing skill development, by helping you master AI skills mapped to all pen testing phases. CPENT AI is the only pen testing certification to provide you with the skill to master end-to-end pen testing phases, with its complete hands-on penetration testing methodology.
The CPENT AI program teaches you how to perform effective penetration testing in an enterprise network environment that must be attacked, exploited, evaded, and defended. If you have only been working in flat networks, CPENT’s live practice ranges—designed to be dynamic to give you a real-world training program—will help you take your skills to the next level by teaching you to pen test IoT systems and OT systems, write your own exploits, build your own tools, conduct advanced binary exploitation, double pivot to access hidden networks, and also customize scripts/exploits to get into the innermost segments of the network. Both the CPENT AI practice and exam ranges will mimic the dynamic reality as our team of engineers continues to add targets and defenses throughout the CPENT AI course’s lifetime.
The EC-Council’s Certified Penetration Testing Professional (CPENT) certification program is open to anyone who has a background in information security or holds the EC-Council Certified Ethical Hacker (C|EH) certification or equivalent knowledge. To become a certified penetration testing professional, one must complete the CPENT AI certification exam by pursuing the CPENT AI program via any of the three modes: self-study, in-person, or live online. To attempt the CPENT AI exam directly, you need to have at least two years of experience in information security.
Enroll in EC-Council’s CPENT AI certification program through our Accredited Training Centers (ATC) or join the self-study program (iLearn) or live instructor-led online program (iWeek) to get started.
CPENT AI goes beyond any other pen testing and offensive security certifications by offering complete hands-on pen testing methodology, enabling students to master end-to-end pen-testing phases and to complete any pen-testing assignment flawlessly. Any CPENT AI pen testing assignment requires 20% technical knowledge and 80% critical pen-testing skills like scoping, planning, legal requirements, and more.
CPENT AI is the only offensive certification to cover AI skills in all pen-testing phases, like AI-powered attack simulations, social engineering, cloud, Active Directory testing, etc.
For professionals aspiring to build their careers in offensive security, CPENT AI is the ultimate choice as it ensures students learn aggressive hacking beyond exploitation and understand the preparation, risk, compliance, and remediation techniques. CPENT AI enables one to become more versatile and tactical by teaching them advanced penetration testing skills.
CPENT AI is the ultimate cornerstone certification for offensive security and VAPT careers. A CPENT-certified professional can perform scoping and pen-testing across modern attack surfaces. A CPENT AI certification validates technical, strategic, tactical, and AI skills, making CPENT-certified professionals highly valuable to red teaming, advanced pen-testing, offensive security, and VAPT careers.
To obtain the CPENT AI certification, one must enroll in the professional training program offered by EC-Council and pass the CPENT AI exam with a 70% score.
The CPENT AI certification cost varies depending on the program delivery method you opt for – iLearn, iWeek, or ATCs. Please click here and speak to our EC-Council advisor.
The CPENT AI certification demonstrates your knowledge and skills in penetration testing and is recognized by organizations worldwide. It is valid for one year from the date of obtaining the certification. Renewal rules apply as described by EC-Council.
The course requires you to complete a 40-hour training session. It offers two exam formats: two sessions of 12 hours each or one 24-hour exam. Candidates then need to submit a pen testing report within seven days of taking the examination.
Depending on factors like skills, location, specializations, and certifications, salary ranges may vary. According to talent.com, ranges are available for reference.
Candidates are evaluated via a rigorous 24-hour performance-based hands-on exam proctored online and remotely. Options to take in two 12-hour sessions or a single 24-hour period are available. A pen testing report submission is required within seven days.
To pass, candidates must score at least 70%. Scoring 90%+may earn the LPT (Master) credential per EC-Council rules.
The Licensed Penetration Tester (LPT) certification is an advanced credential awarded to those who excel in the CPENT AI exam by scoring 90% or above.
Pass the CPENT AI exam with 90% or higher to be awarded the LPT Master certification by EC-Council.
CEH is an introductory ethical hacking certification; CPENT AI is an expert-level hands-on pen testing certification; LPT is an elite credential awarded to top scorers of CPENT.
You can get the voucher after enrolling in the CPENT AIcertification, which includes access to all course materials and labs. Contact our career advisors to get the exam voucher.
You can enroll for the CPENT AI certification via the official EC-Council website. Choose from Authorized Training Centers (ATCs),
iLearn (self-paced), or iWeek (instructor-led). Click here for more information.The CPENT AIprogram provides live cyber ranges for practical training, CTF challenges, 110+advanced labs, 50+pentesting tools, and a collection of report templates and tool cheat sheets.
Typically you complete a 40-hour training session followed by the CPENT AIexamination (70% required to pass) and submission of the required penetration testing report to earn the certification.
CPENT AI covers modern attacks and a complete penetration testing methodology with advanced,
AI-powered skills. It includes exploit development, building/customizing tools and scripts, double-pivoting, pen testing IoT/OT systems, and hands-on practical ranges.CPENT AIis advanced level. Candidates should have at least two years of prior experience in information security or hold a CEH (or equivalent). A basic understanding of cybersecurity concepts, techniques, and functions is expected. Passing the CPENT AI exam is required to earn the certification.
As a student you get AI-powered penetration testing training, live practice ranges, 110+advanced labs, custom AI labs, CTF challenges, advanced pentesting techniques (automation, double pivoting, privilege escalation), practical exam experience, and membership in a global cybersecurity community.
Yes — CPENT AI is hands-on and uses live cyber ranges to provide real-world penetration testing training in dynamic environments.
You will learn AI-powered penetration testing and advanced pentesting skills, including exploit development, advanced binary exploitation, targeting hidden networks, IoT/OT testing, and methodology-driven hands-on practice in cyber ranges.
EC-Council offers the CPENT AI training. Enroll through Authorized Training Centers (ATCs),
iLearn (self-paced), or iWeek (instructor-led) to access the course and exam paths.Yes — EC-Council provides CPENT AI in both on-demand (self-paced video) and instructor-led formats (online or in-person),
so you can choose the mode that suits your learning preference.
a. What skills are required for a career in VAPT and penetration testing?
A career in Vulnerability Assessment and Penetration Testing (VAPT) requires a strong foundation in networking,
operating systems,
and programming languages,
along with proficiency in security tools such as Nessus,
Metasploit,
Wireshark,
and other advanced methodologies. Additionally,
practical expertise in ethical hacking,
network security,
and penetration testing is also essential.
b. How can I develop the necessary skills for VAPT and penetration testing roles?
You can develop the necessary skills for VAPT and penetration testing roles through a mix of online certifications,
hands-on experience in labs and CTFs,
or formal education in cybersecurity. Individuals should cultivate a blend of technical skills in network defense,
ethical hacking,
and penetration testing,
along with soft skills to effectively assess and mitigate security risks in diverse environments. Continuous learning and staying updated with evolving technologies and threat landscapes are also essential for long-term success in the field.
c. What qualifications are necessary to excel in VAPT and penetration testing roles?
With EC-Council’s VAPT Track,
you can start by acquiring foundational knowledge in cybersecurity with the Essential Series’ Ethical Hacking Essentials (EHE) and Network Defense Essentials (NDE) followed by the Certified Cybersecurity Technician (CCT) program. Additionally,
gain insights into network defense and ethical hacking through EC-Council’s core certifications,
i.e.,
the Certified Network Defender (CND) and the Certified Ethical Hacker (CEH). After this,
you may pursue CPENT,
which can be the last juncture in your journey to excel in VAPT or penetration testing roles.
d. How do you stay updated with the latest vulnerabilities and attack techniques relevant to VAPT and penetration testing?
To stay updated with the latest vulnerabilities and attack techniques relevant to VAPT and penetration testing,
professionals should utilize multiple approaches. Attending security conferences,
webinars,
and workshops provides opportunities to learn about new threats and diverse defense strategies. Capture the Flag (CTF) competitions,
practical labs,
and simulations also help professionals hone their skills and stay ahead of evolving attack vectors. Additionally,
industry training and up-to-date certifications help you keep pace with tools and techniques.
e. How are vulnerability assessment and penetration testing different from each other?
Vulnerability assessment involves utilizing specific tools to identify,
categorize,
and evaluate weak points and vulnerabilities present within a system. On the other hand,
penetration testing involves actively exploiting vulnerabilities to assess their severity,
authenticity,
potential for harm,
and other related information.
a. What is network penetration testing?
Network penetration testing is testing the security of both external and internal networks. The goal is to simulate a real-world cyberattack to uncover security flaws in devices,
protocols,
and services within a network.
b. How does training (e.g., CPENT) help in mastering network penetration testing?
Training programs are developed to teach candidates network penetration testing,
giving them the skills to evaluate network security from external and internal viewpoints. The courses dive into essential techniques such as port scanning,
OS fingerprinting,
ARP poisoning,
and DNS spoofing,
along with assessing perimeter devices like firewalls and routers.
c. Is hands-on training included for network penetration testing?
Yes — hands-on labs and practical exercises are normally included to test layered networks and replicate real-world conditions. Training emphasizes bypassing network defenses,
testing firewalls,
evading IDS systems,
and securing routers and switches so candidates can handle complex network environments confidently.
a. What is web application penetration testing?
Web application penetration testing involves assessing the security of web-based applications. This includes identifying issues with authentication,
session management,
and vulnerabilities in the app’s code to ensure the application is protected against exploits.
b. What do you learn about website security in relevant courses?
Web testing focuses on finding website flaws such as SQL injection and cross-site scripting (XSS). Courses and labs train candidates to both exploit and mitigate these vulnerabilities effectively.
c. How does advanced training go beyond basic website security?
Advanced courses provide exposure to modern tactics and tools for protecting dynamic web applications,
APIs,
and single-page applications — covering authentication flows,
API security,
modern frameworks,
and automated testing/assessment techniques.
a. What is API penetration testing?
API penetration testing is the practice of identifying vulnerabilities in application programming interfaces (APIs). This includes testing for weak authentication,
exposed data,
and other security risks within API endpoints and interactions.
b. What does training typically cover in API security?
Training covers securing endpoints against issues like broken authentication,
excessive data exposure,
improper rate-limiting,
and logic flaws. Practical labs let candidates craft and test malicious API requests and defenses.
c. Does training include modern API protocols?
Yes — good courses and labs address REST,
SOAP,
and GraphQL APIs and include practical exercises to handle authorization,
token-based flows,
and complex multi-step API interactions.
a. What is Wi-Fi penetration testing?
Wi-Fi penetration testing involves testing the security of wireless networks to identify weaknesses such as weak encryption,
improper authentication,
and other vulnerabilities that could allow unauthorized access.
b. What does training cover in Wi-Fi security testing?
Training uncovers issues like weak encryption (WEP/WPA misconfig),
rogue access points,
poor SSID segmentation,
and exposed services. Labs show packet capture/analysis,
configuration review,
and attack simulation.
c. Does the course include advanced techniques for Wi-Fi testing?
Yes — advanced topics include packet injection,
deauthentication attacks,
WPA/WPA2/WPA3 weaknesses,
enterprise authentication testing,
and wireless protocol analysis.
a. What is Active Directory penetration testing?
Active Directory (AD) penetration testing concentrates on evaluating the security of AD environments. The purpose is to identify and exploit vulnerabilities that could allow an attacker to escalate privileges or gain unauthorized access within an organization’s network.
b. What’s included in AD security training?
AD testing covers critical attacks and misconfigurations such as Kerberos attacks,
Kerberoasting,
privilege escalation paths,
weak delegation,
password/credential issues,
and detection/response evasion techniques.
c. Are there practical labs for Active Directory testing?
Yes — labs simulate real-world AD setups and scenarios (including domain controllers, trusts, and complex group policies) so candidates can practice exploitation,
escalation,
persistence,
and remediation planning.
a. What is IoT penetration testing?
IoT penetration testing evaluates the security of Internet of Things (IoT) devices and their communication networks. This includes identifying vulnerabilities in the devices,
their firmware,
and their communication protocols.
b. How does training address IoT security?
IoT testing involves hardware/firmware analysis,
network communication inspection,
and supply-chain considerations. Training teaches firmware extraction,
binary analysis,
protocol reverse-engineering,
and attack simulation on device ecosystems.
c. Does the course include advanced IoT tools?
Yes — practical labs introduce tools and techniques for firmware investigation,
hardware interfacing,
and securing diverse IoT devices and their back-end services.
EC-Council is recommended and endorsed by leading organisations and government bodies in the cybersecurity industry.
EC-Council is recommended and endorsed by leading organisations and government bodies in the cybersecurity industry.
ANAB, the ANSI National Accreditation Board, provides accreditation services in over 75 countries and is the largest accreditation body in N. America.
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A partnership between government, academia, and the private sector focused on cybersecurity education, training, and workforce development.
a. What is social engineering penetration testing, and how is it addressed?
Social engineering penetration testing exploits human vulnerabilities to evaluate an organization’s security awareness. Training covers phishing, pretexting, and baiting techniques and how to design, detect, and mitigate such attacks.
b. How does training ensure proficiency in social engineering testing?
Programs incorporate simulations and exercises that mimic real-world social engineering attacks, helping practitioners master advanced strategies to identify and mitigate human risk factors while respecting legal and ethical boundaries.