ceh certification

CEEH Certification Specialties

✅ 99.9% practical experience
✅ Most recent attack method
✅ Private Hacking Code & Tool
✅ Antivirus Evasion – FUD Atack
✅ Android 15 – Fud Attack
✅ Lan and Wan Attack On Real Device
✅ Software Cracking
✅ Carding & Spamming
✅ Coding

Requirements

 Basic Computer Knowledge
✅ 16 GB Ram
✅ Fast Internet Connection
 16GB USB Device
 Zoom Application
 Skype Application

The Certified Expert Ethical Hacker Certification equips you with the latest techniques used by black hat hackers while teaching you how ethical security professionals legally assess, test, and protect corporate systems.

CEEH - Certified Expert Ethical Hacker Certification summary.

In today’s rapidly evolving cybersecurity landscape, staying ahead of threats is crucial. With cybercrime constantly advancing, proactive defense is more important than ever. By enrolling in Hacker Computer School’s certification program, you’ll gain advanced knowledge of the methods hackers use to breach networks, and learn how to strengthen your defenses effectively.

This course offers practical, hands-on training to prepare you for real-world cybersecurity challenges. Stay ahead of emerging threats and ensure the security of your systems through expert instruction and cutting-edge techniques.

Course Modules / Syllabus

Course Duration: 90 Days
Cost: $700 USD / ₹56500 INR
Classes: Monday to Friday (Weekend classes also available)
Flexible Scheduling: Book classes according to your convenient time

  • Definition and concepts of ethical hacking.
  • Overview of ethical hacking methodologies.
  • Tools and techniques used in ethical hacking.
  • Writing and testing Windows Batch scripts for automation.
  • Basic input/output operations using batch scripts.
  • Error handling and control flow.
  • Introduction to USB Rubber Ducky.
  • Writing payloads for USB Rubber Ducky using Ducky Script.
  • Testing and deployment of payloads.
  • Exploiting common vulnerabilities in Windows.
  • Securing Windows systems against threats.
  • Practical examples of privilege escalation and countermeasures.
  • Techniques for advanced footprinting and reconnaissance.
  • Use of OSINT tools for information gathering.
  • Analyzing and interpreting gathered data.
  • Crafting Google Dork queries for reconnaissance.
  • Identifying sensitive information through Google search.
  • Mitigating risks associated with Google Dorking.
  • Identifying and exploiting misconfigured systems.
  • Securing misconfigured services and devices.
  • Hands-on labs for misconfiguration exploitation.
  • Techniques for network scanning and system enumeration.
  • Using Nmap and other enumeration tools.
  • Analyzing results from scans and enumeration.
  • Performing vulnerability scans with tools like Nessus and OpenVAS.
  • Identifying critical vulnerabilities and patching strategies.
  • Reporting and managing scan results.
  • Structuring ethical hacking reports.
  • Writing clear and concise reports for various stakeholders.
  • Real-world examples of cybersecurity reports.
  • Using proxy servers and VPNs for anonymity.
  • Configuring and setting up Socks proxies.
  • Utilizing VPS for remote testing and operations.
  • Remote Access Tools (RATs) for ethical penetration testing.
  • Deploying and managing RATs in a controlled environment.
  • Identifying RAT indicators and mitigating risks.
  • Creating and managing botnets in a controlled ethical hacking setup.
  • Analyzing botnet activity and defense mechanisms.
  • Legal considerations for botnet operations.
  • Ransomware attack methodologies and defenses.
  • Tools for detecting and mitigating ransomware attacks.
  • Incident response for ransomware infections.
  • Techniques for executing DDOS attacks.
  • Countermeasures against DDOS attacks.
  • Real-time simulation and analysis of DDOS scenarios.
  • Creating and using Fully Undetectable (FUD) shells.
  • Techniques for evading antivirus detection.
  • Case studies on shell development and testing.
  • Steps of the Cyber Kill Chain attack methodology.
  • Analyzing and disrupting the kill chain at each stage.
  • Hands-on labs for kill chain manipulation.
  • Techniques for bypassing AMSI and antivirus detection.
  • Using scripting and code obfuscation for evasiveness.
  • Practical labs for AMSI bypass attacks.
  • Silent exploits for passive system exploitation.
  • Tools for stealth-based exploitation.
  • Best practices for mitigating silent exploits.
  • Techniques in social engineering attacks.
  • Creating social engineering campaigns.
  • Defending against social engineering attacks.
  • Analyzing and intercepting session traffic.
  • Simulating session hijacking attacks.
  • Preventive measures for session security.
  • Hiding data in images, audio, and files using steganography.
  • Extracting hidden data from steganographic files.
  • Tools for performing and detecting steganography.
  • Understanding encryption and decryption techniques.
  • Implementing cryptographic algorithms in lab settings.
  • Analyzing weaknesses in cryptographic systems.
  • Crafting advanced SQL injection payloads.
  • Extracting data from complex databases.
  • Implementing defenses against SQL injection attacks.
  • Techniques to bypass intrusion detection systems (IDS).
  • Evading firewalls and identifying honeypots.
  • Practical testing of evasion methods in controlled setups.
  • Advanced techniques for exploiting WiFi networks.
  • Cracking WPA/WPA2 using custom scripts.
  • Preventive measures for securing wireless networks
  • Understanding the basics of carding and BIN identification.
  • Simulating carding processes in an isolated lab.
  • Implementing measures to protect payment gateways.
  • Exploring email and SMS spamming techniques.
  • Setting up spamming simulations for testing.
  • Analyzing detection and prevention mechanisms.
  • Cracking online accounts through brute force and phishing.
  • Testing account security with real-world scenarios.
  • Strategies to prevent account compromise.
  • Latest trends and tools for Android hacking.
  • Testing mobile vulnerabilities in a controlled environment.
  • Implementing security for Android applications.
  • Techniques for exploiting Android systems without payloads.
  • Testing device vulnerabilities in lab conditions.
  • Securing devices from zero-payload attacks.
  • Setting up and simulating Android-based botnets.
  • Testing botnet functionality in isolated labs.
  • Mitigating botnet-related threats.
  • Deploying Android Remote Access Trojans (RATs).
  • Monitoring RAT activity in controlled setups.
  • Security measures against Android RATs.
  • Techniques to bypass Google Play's security mechanisms.
  • Testing app vulnerabilities against Play Protect.
  • Strengthening app defenses against bypass attempts.
  • Creating fully undetectable APKs.
  • Testing APKs against antivirus tools.
  • Methods to secure Android applications.
  • Creating fully undetectable APKs.
  • Testing APKs against antivirus tools.
  • Methods to secure Android applications.
  • Techniques for accessing and testing premium APKs.
  • Ethical considerations and security implications.
  • Safeguarding premium content from unauthorized access.
  • Exploiting Android systems without using port forwarding.
  • Testing attack methods in lab environments.
  • Preventive measures against such exploits.
  • Deploying and testing Android spyware applications.
  • Monitoring and analyzing spyware behavior.
  • Security measures to detect and block spyware.
  • Techniques for monitoring iPhone devices.
  • Testing spyware applications for iOS.
  • Implementing measures to protect iPhone privacy.
  • Exploring vulnerabilities in mobile device peripherals.
  • Testing exploits using notifications, chargers, and headphones.
  • Techniques to secure devices against these attacks.
  • Combining malicious payloads with legitimate APKs.
  • Testing the functionality of bound APKs in a controlled lab.
  • Methods to detect and prevent APK binding.
  • Introduction to Termux for ethical hacking.
  • Executing various penetration testing tools in Termux.
  • Enhancing Android device security using Termux.
  • Hardening Android devices against hacking attempts.
  • Configuring security settings and using secure apps.
  • Testing the resilience of secured devices.
  • Exploring GPS tracking techniques for educational purposes.
  • Testing location tracking tools in a controlled lab.
  • Implementing privacy measures to prevent tracking.
  • Simulating SMS and call bombing attacks.
  • Analyzing the effects on target devices.
  • Mitigation strategies for bombarding attacks.
  • Setting up persistent access on compromised systems.
  • Testing persistence mechanisms in different environments.
  • Techniques to detect and remove persistence.
  • Exploiting vulnerabilities in CCTV systems.
  • Testing access to camera feeds in a simulated setup.
  • Measures to secure CCTV systems from unauthorized access
  • Exploiting facial recognition weaknesses in CCTV systems.
  • Testing bypass techniques for face scanners.
  • Implementing stronger facial recognition security.
  • Identifying vulnerabilities in eye-scanning systems.
  • Testing and simulating bypass methods in labs.
  • Securing biometric systems against eye scanner exploits.
  • Introduction to software cracking techniques.
  • Testing cracks on various software applications.
  • Ethical implications and methods for protecting software.
  • Overview of x64DBG for reverse engineering.
  • Navigating the debugger interface and features.
  • Basic debugging and analysis exercises.
  • Configuring x64DBG for optimal use.
  • Setting up a virtual environment for software analysis.
  • Installing necessary tools for reverse engineering.
  • Learning step-in, step-out, and step-over debugging.
  • Practical debugging exercises using test programs.
  • Understanding program flow through debugging.
  • Setting and managing breakpoints in x64DBG.
  • Using breakpoints to intercept program execution.
  • Practical examples with real-world applications.
  • Understanding conditional and unconditional jumps.
  • Reversing jumps in software to alter functionality.
  • Testing modified programs in a secure lab.
  • Techniques for patching software using x64DBG.
  • Modifying program behavior through binary patches.
  • Testing patched programs for stability.
  • Analyzing graphical user interface (GUI) programs.
  • Applying reverse engineering techniques to GUI applications.
  • Testing the cracked software in lab environments.
  • Using breakpoints to extract serial keys.
  • Simulating serial key attacks on test software.
  • Countermeasures against serial key exploitation.
  • Techniques to bypass incorrect serial key alerts.
  • Testing bypass methods on target software.
  • Strengthening software validation mechanisms.
  • Analyzing registration file validation processes.
  • Modifying and bypassing registration checks.
  • Testing cracked software for operational integrity.
  • Identifying and removing nag screens in software.
  • Testing software behavior post-modification.
  • Ethical considerations in software patching.
  • Techniques to extend or remove trial periods in software.
  • Testing trial modifications in a secure environment.
  • Implementing protections against trial cracking.
  • Analyzing auto-generated serial key algorithms.
  • Simulating serial key generation and validation.
  • Preventing key generation exploits in software.
  • Customizing and removing nag screens in specific software.
  • Testing program functionality post-modification.
  • Ethical hacking implications of nag screen removal.
  • Implementing hardware breakpoints for software cracking.
  • Simulating hardware-based attacks in a controlled lab.
  • Preventing hardware breakpoint exploits.
  • Direct memory patching for changing serial keys.
  • Testing and validating serial key modifications.
  • Securing software against direct memory manipulation
  • Using static code analyzers for vulnerability detection.
  • Analyzing code for potential security issues.
  • Employing static analysis in ethical hacking practices.
  • Extracting serial keys through indirect methods.
  • Testing fishing techniques on various software.
  • Countermeasures for preventing serial key extraction.
  • Implementing protections for cracked software.
  • Testing techniques to secure modified software.
  • Evaluating the effectiveness of protection mechanisms.
  • Utilizing loaders to bypass software protection.
  • Simulating loader-based attacks on test programs.
  • Implementing defenses against loader-based exploits.
  • Analyzing anti-debugging techniques in software.
  • Testing bypass methods for anti-debugging protections.
  • Enhancing software to resist anti-debugging attacks.
  • Understanding anti-debugging strategies and their evasion.
  • Implementing techniques to bypass debugging restrictions.
  • Strengthening security against anti-debugging mechanisms.
  • Creating and testing key generators.
  • Exploring the functionality and risks of keygens.
  • Counteracting the misuse of key generators.
  • Developing external keygens for software activation.
  • Testing and validating keygen functionality in labs.
  • Ethical and legal considerations in keygen creation
  • Analyzing and reversing Visual Basic 6 software.
  • Patching VB6 applications for cracking purposes.
  • Ensuring the stability and security of modified software.
  • Reversing VB6 P-code for software cracking.
  • Simulating P-code patching techniques.
  • Identifying and preventing P-code exploits.
  • Analyzing .NET applications for security vulnerabilities.
  • Testing patching methods for C# and VB.NET software.
  • Implementing defenses against .NET cracking techniques.
  • Exploring advanced website hacking techniques.
  • Testing real-world applications for security flaws.
  • Implementing secure web development practices.
  • Locating and exploiting admin panels in Perl-based sites.
  • Analyzing Perl scripts for vulnerabilities.
  • Strengthening admin panel security in Perl applications.
  • Deploying and testing backdoors in web applications.
  • Analyzing website access control and vulnerabilities.
  • Securing websites against unauthorized backdoors.
  • Understanding URL-based exploits and Hx injections.
  • Testing URL code attacks on websites.
  • Enhancing website security against URL-based threats.
  • Utilizing dorks to locate vulnerabilities in websites.
  • Implementing dork-based reconnaissance exercises.
  • Strengthening website defenses against dork-based exploits.
  • Analyzing different types of injection points in websites.
  • Testing injection attacks in a controlled lab environment.
  • Hardening websites against injection-based vulnerabilities.
  • Identifying and exploiting parameters in web applications.
  • Understanding parameter manipulation techniques.
  • Implementing best practices for securing web parameters.
  • Implementing XSS attacks for database access.
  • Testing and analyzing database vulnerabilities.
  • Securing databases against XSS-related threats.
  • Simulating website defacement attacks.
  • Using Zone-h to track defaced websites.
  • Implementing defenses against site defacement.
  • Exploring manual hacking techniques for websites.
  • Testing hands-on website vulnerabilities.
  • Strengthening manual web hacking defenses.
  • Understanding SMTP server vulnerabilities.
  • Testing and simulating email server hacks.
  • Securing SMTP servers against unauthorized access.
  • Decoding and manipulating Base64 SQL injection.
  • Testing SQL injection in a controlled environment.
  • Enhancing SQL security to prevent base64 attacks.
  • Utilizing SQL "GROUP BY" clause for database exploitation.
  • Testing the use of GROUP BY for reconnaissance purposes.
  • Implementing secure practices to avoid misuse.
  • Techniques to bypass IP-based restrictions.
  • Testing IP block evasion in network security labs.
  • Strengthening defenses against IP bypass methods.
  • Exploring locally scoped variable injection.
  • Testing and simulating variable injection techniques.
  • Enhancing security to prevent variable injections.
  • Deep dive into MS SQL vulnerabilities and defenses.
  • Practical exercises for testing and securing MS SQL.
  • Employing advanced techniques for MS SQL security.
  • Analyzing routing and query injection techniques.
  • Testing complex routing-based vulnerabilities.
  • Implementing defenses for secure routing and querying.
  • Exploring shell upload techniques on WordPress sites.
  • Simulating shell uploads to test vulnerabilities.
  • Strengthening WordPress security to prevent shell uploads.
  • Utilizing a secondary method for shell uploads on WordPress.
  • Testing dual-method shell uploads in secure labs.
  • Preventing multi-layered shell upload exploits.
  • Implementing two-way shell upload on OpenCart.
  • Analyzing vulnerabilities in OpenCart panels.
  • Enhancing OpenCart security to mitigate shell uploads.
  • Uploading WSO shells for testing purposes.
  • Simulating WSO shell exploitation in a controlled lab.
  • Developing strategies to prevent WSO uploads.
  • Creating symlinks for educational purposes.
  • Exploring the functionality of symbolic links in ethical hacking.
  • Testing security measures against symlink abuse.
  • Simulating uploader vulnerabilities in admin panels.
  • Testing and modifying uploader functionality.
  • Implementing secure uploader solutions in admin panels.
  • Overview of essential tools for web hacking.
  • Hands-on use of web hacking tools in labs.
  • Evaluating the effectiveness and security of tools.
  • Understanding OWASP Top Ten vulnerabilities and exploits.
  • Testing exploits for each OWASP category.
  • Securing applications against OWASP Top Ten threats.

Key Features & Benefits

  • Comprehensive Curriculum: Covering the latest in ethical hacking, including advanced techniques such as fileless malware, social engineering, and network exploitation.
  • Live Online Training: Engage in interactive sessions with expert instructors in real-time from the comfort of your location.
  • Hands-On Labs: Gain practical experience through real-world simulations and industry-standard tools.
  • Government-Recognized Certification: Certified by the Indian government, ISO 27001, and endorsed by NASSCOM.
  • Flexibility: Access training sessions at your convenience with flexible scheduling tailored to working professionals.
  • Job Placement Assistance: Support in career development, including resume building and interview preparation.
  • Global Recognition: Certification enhances your credibility in the cybersecurity field, respected internationally and within India.
  • In-Depth Knowledge: Stay ahead with cutting-edge tools and techniques used by ethical hackers to combat cyber threats.
  • Practical Training: Apply your knowledge to real-life scenarios, ensuring readiness for real-world cybersecurity challenges.
  • Industry-Validated Curriculum: Designed in collaboration with leading industry experts and recognized bodies.
  • ISO 27001 Compliance: Learn to maintain and implement an information security management system (ISMS) that adheres to global standards.
  • Supportive Learning Environment: Continuous support from instructors and peers throughout the training process.

Online Class Requirements for Students

Basic Computer Knowledge:

  • Students must possess basic computer skills.

Mandatory System Hardware Requirements:

  • CPU: 64-bit Intel Core i5, or i7 (8th generation or newer).
  • RAM: Minimum of 12GB.
  • Storage: At least 200GB of free storage space.

Software Requirements:

  • Zoom and Skype must be installed for online sessions.

Access to Course Materials

  • Books: All required textbooks will be provided for comprehensive understanding.
  • Lab Manual: A detailed lab manual will be available to guide you through practical exercises and experiments.
  • Software: Relevant software tools and applications will be provided or recommended for hands-on labs and practice.

Frequently Asked Questions about CEEH Certification

The course duration is 3 months, with flexible live online sessions that fit your schedule.

Yes, the CEEH course is designed for professionals of all levels, from beginners to advanced cybersecurity experts.

Upon successful completion, you will receive a Certified Expert Ethical Hacker (CEEH) certification recognized by the Indian government, ISO 27001, and endorsed by NASSCOM.

Yes, the training is conducted live online, offering flexibility and interactive learning experiences.

The course covers advanced Black Hat hacking techniques, including fileless malware, social engineering, cyber kill hain, and the latest industry-standard tools.

Yes, the course includes career support such as resume building, interview preparation, and job placement assistance.

Yes, the CEEH certification is recognized internationally, enhancing your professional credibility in cybersecurity globally.

The cost of the Certified Expert Ethical Hacker (CEEH) course is $700, which is approximately ₹56,500 INR.

  • The certification exam is practical-based, focusing on real-world scenarios to test hands-on skills and knowledge.

The passing score for the practical-based exam is 800 out of 1000.

No, the certification exam is included in the course fee.

Yes, flexible payment options may be available. Please contact our support team for more information.

Yes, the Certified Expert Ethical Hacker (CEEH) certification is valid for a lifetime and does not require renewal.

Yes, the retake exam fee is $100, which is approximately ₹5,000 INR.

Information Security Analyst/Administrator

Information Assurance (IA) Security Officer

Information Security Manager/Specialist

Information Systems Security Engineer/Manager

Information Security Professionals/Officers

Information Security/IT Auditors

 Risk/Threat/Vulnerability Analyst

 System Administrators

Network Administrators and Engineers

Instructor Profile

Mr. Aaki is a highly skilled and certified cybersecurity professional with a passion for educating the next generation of ethical hackers. With over 7 years of experience in training and 4 years of hands-on industry experience, he has become a recognized expert in the field of penetration testing, cybersecurity course design, and advanced hacking techniques.
Instructor Profile

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ceeh certification

World's No.1 expert ethical hacking certification, now with the power of AI + Black Hat Hacking

Certification Rating 5.0 to 4.9

Course Language

English / Hindi

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