Certified Hacking Defender Training Course

Acquire Key Hacking Defender Skills: Master Hacking Defender Course, Earn Certification, Launch Your IT Security Career! DevLustro Academy stands out as a leader in cybersecurity training, offering a comprehensive program that empowers participants to identify, prevent, and respond to cyber threats effectively. Our Certified Hacking Defender Course provides cutting-edge knowledge and skills, ensuring participants can protect data and systems like never before. Course was selected for our collection of top-rated courses trusted by businesses worldwide.

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Course Description

The Certified Hacking Defender Course equips individuals with the essential skills and knowledge required to defend against cyber threats and hacking attacks. Participants will learn various defensive strategies and techniques to safeguard systems, networks, and data from unauthorized access, exploitation, and compromise. The Certified Hacking Defender Course at DevLustro Academy provides training in ethical hacking and cybersecurity, covering penetration testing, network defense, and security analysis. This course is designed for individuals looking to pursue a career in cybersecurity. DevLustro Academy excels in Certified Hacking Defender training due to its detailed curriculum, hands-on labs, and experienced instructors who provide real-world cybersecurity skills and knowledge. The course is ideal for IT professionals, network administrators, security consultants, and anyone interested in pursuing a career in cybersecurity. Basic understanding of networking and IT concepts is recommended. Prior experience in IT security is beneficial but not required. The course covers ethical hacking, penetration testing, vulnerability assessment, network security, incident response, and secure coding practices. The course is delivered through a mix of online lectures, hands-on labs, real-world scenarios, and interactive sessions with industry experts. Yes, participants will receive a Certified Hacking Defender certificate upon successfully completing the course and passing the final exam. The course typically spans 8-12 weeks, depending on the learning format and participant pace. Yes, there are periodic assessments, quizzes, and a final exam to evaluate your understanding and skills. Participants have access to personalized coordinators, trainer feedback, and post-session trainer availability for additional support. Graduates can pursue roles such as Ethical Hacker, Penetration Tester, Cybersecurity Analyst, Network Security Engineer, and Incident Responder. Course Audio Explanation (தமிழ்) Learn the latest ethical hacking methodologies, tools, and techniques to identify and mitigate security threats effectively. Participate in practical labs and simulations that simulate real-world cyber attacks, providing hands-on experience in defending. Master advanced network security concepts, including intrusion detection, prevention systems, and firewall configurations. Learn from industry experts with extensive experience in cybersecurity, ensuring you receive the most current and relevant knowledge. Prepare for the Certified Hacking Defender exam with structured study materials, practice tests, and exam tips to ensure a thorough understanding and preparation. Enhance your professional credentials and open up new career opportunities in the high-demand field of cybersecurity with this certification. In an increasingly digital world, the demand for smart, data-driven, and automated marketing solutions is rising at a breakneck pace.… Full Stack Developer Demand , Skills, and Compensation Introduction : The Strategic Importance of the Full-Stack Developer The full-stack developer—a… Introduction : 5 Surprising Truths About A Career in JavaScript Beyond the Code Web development is often seen as a… Master the essentials and advanced techniques of Python programming with our comprehensive Core & Advanced Python Training Course. Master the essentials and advanced techniques of Python programming with our comprehensive Core & Advanced Python Training Course. Unlock the power of online marketing with our Digital Marketing Fundamentals Training Course. Master SEO, SEM, content marketing. Invite friends to join our community, and receive valuable gift vouchers as a token of appreciation for each successful referral. Spread the word about our referral program today and start earning rewards! DevLustro Academy provides students with highly effective coaching classes, delivered through immersive classroom sessions and the best teaching methodologies designed to yield valuable results. We take great pride in our identity and are honored to be a part of your business journey. DevLustro Academy provides students with highly effective coaching classes, delivered through immersive classroom sessions and the best teaching methodologies designed to yield valuable results. We take great pride in our identity and are honored to be a part of your business journey. Copyright © DevLustro Academy 2025 | A Part of DevLustros

Course Goals

Certified Hacking Defender Training Course
By Sundaresh Kamaraj
Cybersecurity and Networking Course
Course Details
Industry Based Projects
Personalized coordinator.
Trainer feedback.
Trainer availability post sessions.
Get your staff certified.
Certificate from governing bodies.
Recognized worldwide
Hands on assignment
Master ethical hacking fundamentals, including reconnaissance, scanning, and enumeration.
Dive into advanced concepts such as penetration testing and vulnerability assessment.
Utilize powerful tools like Nmap, Metasploit, and Wireshark for security analysis.
Learn to implement network security measures effectively.
Gain expertise in incident response and forensics.
Understand the principles of secure coding and application security.
Stay updated with the latest cybersecurity trends, threats, and defensive strategies through ongoing education and training.
Explore specialized areas within cybersecurity, such as digital forensics, cloud security, and ethical hacking, to further enhance your expertise.
Pursue career opportunities in various industries, including government agencies, financial institutions, healthcare organizations, and cybersecurity firms.
Play a crucial role in protecting critical infrastructure, sensitive data, and digital assets from cyber threats, contributing to national and global cybersecurity efforts.
With the increasing frequency and sophistication of cyber attacks, there is a growing demand for skilled cybersecurity professionals across various industries.
Live, interactive training by experts.
Curriculum that focuses on the learner.

01Chapter-1 Basic of computer and networking hardware

01.01Motherboard
01.02Storage
01.03Mobile Equipment
01.04Laptop
01.05Processor
01.06Routers
01.07Switches
01.08Access Points
01.09Firewall
01.10Power over Ethernet (PoE)
01.11Injectors
01.12Cable Modem
01.13Network Interface Card
01.14Protocols for Router and Switch
01.15Logical Ports
01.16What is Hacking
01.17Types of Hackers
01.18Who is called Hackers
01.19Life Cycle of Hacking

02Chapter-2 Getting started

02.01What is Ethical Hacking?
02.02What is Ethics?
02.03Engagements and Reports
02.04Terminology Crash
02.05Confidentiality
02.06Integrity
02.07Availability
02.08Legal Considerations
02.09Define the job role of an ethical hacker
02.10Understand ethical hacking terminology
02.11Understand the different phases involved in ethical hacking
02.12Identify different types of hacking technologies
02.13List the 5 stages of ethical hacking
02.14What is Hacktivism?
02.15List different types of hacker classes
02.16Define the skills required to become an Ethical hacker
02.17What is Vulnerability Research?
02.18Describe the ways of conducting ethical hacking
02.19Understand the legal implications of hacking
02.20Number Systems
02.21Networking
02.22TCP/IP
02.23Subnetting
02.24Domain Name
02.25IP Address
02.26Employee Information
02.27Emails
02.28What is Footprint?
02.29Purpose of Footprints
02.30Types of Footprints

03Chapter-3 Fingerprint, scanning

03.01What is Ethical Hacking?
03.02What is Ethics?
03.03Engagements and Reports
03.04Terminology Crash
03.05Confidentiality
03.06Integrity
03.07Availability
03.08Legal Considerations
03.09Define the job role of an ethical hacker
03.10Understand ethical hacking terminology
03.11Understand the different phases involved in ethical hacking
03.12Identify different types of hacking technologies
03.13List the 5 stages of ethical hacking
03.14What is Hacktivism?
03.15List different types of hacker classes
03.16Define the skills required to become an Ethical hacker
03.17What is Vulnerability Research?
03.18Describe the ways of conducting ethical hacking
03.19Understand the legal implications of hacking
03.20Number Systems
03.21Networking
03.22TCP/IP
03.23Subnetting
03.24Domain Name
03.25IP Address
03.26Employee Information
03.27Emails
03.28What is Footprint?
03.29Purpose of Footprints
03.30Types of Footprints

04Chapter-4 Hacking, dos

04.01What is Reconnaissance?
04.02Reconnaissance Methodology
04.03Information Gathered Through Footprinting
04.04Surveying the Attack Surface
04.05Recon Types and Goals
04.06Passive Reconnaissance (Part 1)
04.07Passive Reconnaissance (Part 2)
04.08Active Reconnaissance
04.09Recon Walk-through and Tools Summary
04.10Determine the Network Range
04.11Fingerprint the Operating System
04.12Uncover Services on Ports
04.13Map the Network
04.14What is Fingerprint in Ethical Hacking?
04.15Purpose of Fingerprinting
04.16Types of Fingerprints
04.17TTL (Time To Live)
04.18Window Size
04.19DF (Don't Fragment)
04.20TOS (Type of Service)
04.21What is Scanning Networks?
04.22Purpose of Scanning Networks
04.23Types of Scanning in Ethical Hacking
04.24Scanning Methodology
04.25Ping Sweep Techniques
04.26nmap Command Switches
04.27Syn, Stealth, Xmas, Null, IDLE & FIN Scans
04.28Proxy Servers & Attack HTTP Tunneling Techniques
04.29DP Spoofing Techniques
04.30List the Scanning Tools
04.31What is Enumeration in Ethical Hacking?
04.32Purpose of Enumeration in Ethical Hacking
04.33DNS Enumeration
04.34NTP Enumeration
04.35SNMP Enumeration
04.36Linux/Windows Enumeration
04.37SMB Enumeration

05Chapter-5 Wireless hacking

05.01System Hacking
05.02Trojans and Backdoors
05.03Sniffing
05.04Denial of Service
05.05Web Application Vulnerabilities

06Chapter-6 Web based password cracking techniques

06.01List the authentication types Authentication types include password-based, token-based, biometric-based, and multifactor authentication.
06.02Authentication types include password-based, token-based, biometric-based, and multifactor authentication.
06.03What is a password cracker? A password cracker is a tool or program used to recover passwords from data that has been stored or transmitted by a computer system.
06.04A password cracker is a tool or program used to recover passwords from data that has been stored or transmitted by a computer system.
06.05How does a password cracker work? Password crackers use various techniques such as dictionary attacks, brute-force attacks, rainbow table attacks, and hybrid attacks to guess or recover passwords.
06.06Password crackers use various techniques such as dictionary attacks, brute-force attacks, rainbow table attacks, and hybrid attacks to guess or recover passwords.
06.07Password attacks - classification Password attacks are classified into offline attacks (where attackers have access to hashed passwords) and online attacks (attempting to guess passwords through direct access to login interfaces).
06.08Password attacks are classified into offline attacks (where attackers have access to hashed passwords) and online attacks (attempting to guess passwords through direct access to login interfaces).
06.09Password cracking counter measures Countermeasures include using strong passwords, implementing multi-factor authentication, limiting login attempts, encrypting password databases, and monitoring for suspicious activities.
06.10Countermeasures include using strong passwords, implementing multi-factor authentication, limiting login attempts, encrypting password databases, and monitoring for suspicious activities.
06.11What is SQL injection? SQL injection is a code injection technique that attackers use to exploit vulnerabilities in SQL database queries to execute malicious SQL statements.
06.12SQL injection is a code injection technique that attackers use to exploit vulnerabilities in SQL database queries to execute malicious SQL statements.
06.13Understand the steps to conduct SQL injection Steps include identifying vulnerable input fields, crafting malicious SQL queries, exploiting the vulnerability to extract or modify database contents.
06.14Steps include identifying vulnerable input fields, crafting malicious SQL queries, exploiting the vulnerability to extract or modify database contents.
06.15Understand SQL Server vulnerabilities SQL Server vulnerabilities include improper input validation, weak authentication mechanisms, and insufficient database permissions.
06.16SQL Server vulnerabilities include improper input validation, weak authentication mechanisms, and insufficient database permissions.
06.17Describe SQL injection countermeasures Countermeasures involve using parameterized queries, input validation and sanitization, least privilege principle, and regular security assessments and patches.
06.18Countermeasures involve using parameterized queries, input validation and sanitization, least privilege principle, and regular security assessments and patches.
06.19Overview of WEP, WPA authentication systems and cracking techniques WEP and WPA are wireless security protocols. WEP is vulnerable to attacks like packet sniffing and key cracking. WPA has stronger encryption but also has vulnerabilities.
06.20WEP and WPA are wireless security protocols. WEP is vulnerable to attacks like packet sniffing and key cracking. WPA has stronger encryption but also has vulnerabilities.
06.21Overview of wireless sniffers and SSID, MAC spoofing Wireless sniffers capture wireless traffic, while SSID and MAC spoofing involve impersonating legitimate network access points or clients.
06.22Wireless sniffers capture wireless traffic, while SSID and MAC spoofing involve impersonating legitimate network access points or clients.
06.23Understand rogue access points Rogue access points are unauthorized wireless access points deployed within a network, posing security risks.
06.24Rogue access points are unauthorized wireless access points deployed within a network, posing security risks.
06.25Understand wireless hacking techniques Techniques include brute-force attacks against wireless encryption, exploiting weak configurations, and using tools like Aircrack-ng for packet sniffing and analysis.
06.26Techniques include brute-force attacks against wireless encryption, exploiting weak configurations, and using tools like Aircrack-ng for packet sniffing and analysis.
06.27Describe the methods of securing wireless Secure wireless networks by using strong encryption (e.g., WPA2), disabling SSID broadcast, enabling MAC address filtering, updating firmware, and monitoring for rogue APs.
06.28Secure wireless networks by using strong encryption (e.g., WPA2), disabling SSID broadcast, enabling MAC address filtering, updating firmware, and monitoring for rogue APs.
06.29Understand the difference between a virus and a worm A virus is a malicious program that attaches itself to other executable files, while a worm is a standalone malicious program that replicates itself and spreads across networks.
06.30A virus is a malicious program that attaches itself to other executable files, while a worm is a standalone malicious program that replicates itself and spreads across networks.
06.31Understand the types of viruses Types include file viruses, boot sector viruses, macro viruses, polymorphic viruses, and multipartite viruses.
06.32Types include file viruses, boot sector viruses, macro viruses, polymorphic viruses, and multipartite viruses.
06.33How a virus spreads and infects the system Viruses spread through infected files, email attachments, malicious websites, and removable media. They infect systems by modifying or deleting files, stealing data, or causing system malfunctions.
06.34Viruses spread through infected files, email attachments, malicious websites, and removable media. They infect systems by modifying or deleting files, stealing data, or causing system malfunctions.
06.35Understand antivirus evasion techniques Evasion techniques include polymorphism (changing virus code), encryption, obfuscation, and using rootkits to hide malicious activities.
06.36Evasion techniques include polymorphism (changing virus code), encryption, obfuscation, and using rootkits to hide malicious activities.
06.37Understand virus detection methods Detection methods include signature-based detection, heuristic analysis, behavior-based detection, sandboxing, and using antivirus software and firewalls.
06.38Detection methods include signature-based detection, heuristic analysis, behavior-based detection, sandboxing, and using antivirus software and firewalls.

07Chapter-7 Linux hacking

07.01Physical security breach incidents Incidents include unauthorized access, theft, vandalism, and natural disasters affecting physical assets.
07.02Incidents include unauthorized access, theft, vandalism, and natural disasters affecting physical assets.
07.03Understanding physical security Physical security involves measures to protect physical assets, facilities, and resources from unauthorized access, damage, or threats.
07.04Physical security involves measures to protect physical assets, facilities, and resources from unauthorized access, damage, or threats.
07.05What is the need for physical security? Physical security is needed to safeguard personnel, prevent theft, ensure business continuity, comply with regulations, and protect sensitive information and assets.
07.06Physical security is needed to safeguard personnel, prevent theft, ensure business continuity, comply with regulations, and protect sensitive information and assets.
07.07Who is accountable for physical security? Accountability lies with facility managers, security personnel, and organizations' leadership responsible for implementing and maintaining physical security measures.
07.08Accountability lies with facility managers, security personnel, and organizations' leadership responsible for implementing and maintaining physical security measures.
07.09Factors affecting physical security Factors include location, facility design, access control systems, surveillance technology, security personnel training, and budget constraints.
07.10Factors include location, facility design, access control systems, surveillance technology, security personnel training, and budget constraints.
07.11Understand how to compile a Linux kernel Compiling a Linux kernel involves configuring kernel options, compiling source code, and installing the resulting kernel image.
07.12Compiling a Linux kernel involves configuring kernel options, compiling source code, and installing the resulting kernel image.
07.13Understand GCC compilation commands GCC commands include gcc for compiling C programs, g++ for compiling C++ programs, and related options for specifying compilation flags and output files.
07.14GCC commands include gcc for compiling C programs, g++ for compiling C++ programs, and related options for specifying compilation flags and output files.
07.15Understand how to install LKM modules Installing Loadable Kernel Modules (LKM) involves compiling module source code, loading modules into the Linux kernel, and managing module dependencies.
07.16Installing Loadable Kernel Modules (LKM) involves compiling module source code, loading modules into the Linux kernel, and managing module dependencies.
07.17Understand Linux hardening methods Hardening methods include configuring firewalls, implementing access controls, disabling unnecessary services, applying security patches, and using tools like SELinux and AppArmor.
07.18Hardening methods include configuring firewalls, implementing access controls, disabling unnecessary services, applying security patches, and using tools like SELinux and AppArmor.
07.19List the types of intrusion detection systems Types include network-based IDS (NIDS), host-based IDS (HIDS), anomaly-based IDS, and signature-based IDS.
07.20Types include network-based IDS (NIDS), host-based IDS (HIDS), anomaly-based IDS, and signature-based IDS.
07.21Evasion techniques Techniques include encryption, obfuscation, packet fragmentation, traffic manipulation, and exploiting vulnerabilities in IDS/IPS systems.
07.22Techniques include encryption, obfuscation, packet fragmentation, traffic manipulation, and exploiting vulnerabilities in IDS/IPS systems.
07.23List firewall and honeypot evasion techniques Evasion techniques include tunneling over DNS, IP spoofing, port scanning evasion, session splicing, and exploiting protocol weaknesses.
07.24Evasion techniques include tunneling over DNS, IP spoofing, port scanning evasion, session splicing, and exploiting protocol weaknesses.
07.25Overview of stack-based buffer overflows A stack-based buffer overflow occurs when a program writes data beyond the allocated buffer, potentially overwriting adjacent memory addresses.
07.26A stack-based buffer overflow occurs when a program writes data beyond the allocated buffer, potentially overwriting adjacent memory addresses.
07.27Identify the different types of buffer overflows Types include stack-based buffer overflows, heap-based buffer overflows, and format string vulnerabilities.
07.28Types include stack-based buffer overflows, heap-based buffer overflows, and format string vulnerabilities.
07.29Methods of detection Detection methods include code review, fuzzing, static analysis tools, and runtime protection mechanisms like stack canaries and non-executable stacks.
07.30Detection methods include code review, fuzzing, static analysis tools, and runtime protection mechanisms like stack canaries and non-executable stacks.
07.31Overview of buffer overflow mutation Buffer overflow mutation involves altering the behavior of overflow exploits through techniques like NOP sleds, shellcode encoding, and return-to-libc attacks.
07.32Buffer overflow mutation involves altering the behavior of overflow exploits through techniques like NOP sleds, shellcode encoding, and return-to-libc attacks.

08Chapter-8 Cryptography

08.01Overview of cryptography Cryptography is the practice and study of techniques for secure communication in the presence of third parties.
08.02Cryptography is the practice and study of techniques for secure communication in the presence of third parties.
08.03Encryption techniques Techniques include symmetric encryption (e.g., AES), asymmetric encryption (e.g., RSA), and hashing algorithms (e.g., SHA-256).
08.04Techniques include symmetric encryption (e.g., AES), asymmetric encryption (e.g., RSA), and hashing algorithms (e.g., SHA-256).
08.05Describe how public and private keys are used Public keys are used for encryption and shared publicly, while private keys are used for decryption and kept secret by the owner.
08.06Public keys are used for encryption and shared publicly, while private keys are used for decryption and kept secret by the owner.
08.07Overview of MD5, SHA, RC4, RC5, Blowfish algorithms MD5 and SHA are hashing algorithms; RC4 and RC5 are symmetric encryption algorithms; Blowfish is a symmetric block cipher algorithm.
08.08MD5 and SHA are hashing algorithms; RC4 and RC5 are symmetric encryption algorithms; Blowfish is a symmetric block cipher algorithm.
08.09Overview of penetration testing methodologies Methodologies include reconnaissance, scanning, exploitation, post-exploitation, and reporting.
08.10Methodologies include reconnaissance, scanning, exploitation, post-exploitation, and reporting.
08.11List the penetration testing steps Steps involve planning, information gathering, vulnerability assessment, exploitation, reporting, and mitigation.
08.12Steps involve planning, information gathering, vulnerability assessment, exploitation, reporting, and mitigation.
08.13Overview of the pen-test legal framework Legal framework includes permissions, scope definition, consent, non-disclosure agreements, and compliance with laws and regulations.
08.14Legal framework includes permissions, scope definition, consent, non-disclosure agreements, and compliance with laws and regulations.
08.15Overview of the pen-test deliverables Deliverables include a detailed report outlining vulnerabilities discovered, exploitation techniques used, and recommendations for mitigation.
08.16Deliverables include a detailed report outlining vulnerabilities discovered, exploitation techniques used, and recommendations for mitigation.
08.17List the automated penetration testing tools Tools include Nessus, OpenVAS, Metasploit, Nikto, Burp Suite, and OWASP ZAP.
08.18Tools include Nessus, OpenVAS, Metasploit, Nikto, Burp Suite, and OWASP ZAP.
08.19What is Cloud Computing in ethical hacking? Cloud computing involves using remote servers hosted on the internet to store, manage, and process data, presenting unique security challenges.
08.20Cloud computing involves using remote servers hosted on the internet to store, manage, and process data, presenting unique security challenges.
08.21Types of cloud computing Types include Infrastructure as a Service (IaaS), Platform as a Service (PaaS), and Software as a Service (SaaS).
08.22Types include Infrastructure as a Service (IaaS), Platform as a Service (PaaS), and Software as a Service (SaaS).
08.23Methodologies in ethical hacking Methodologies involve assessing cloud security posture, testing for misconfigurations, and evaluating data protection measures.
08.24Methodologies involve assessing cloud security posture, testing for misconfigurations, and evaluating data protection measures.
08.25Role of Ethical Hackers in Cloud Computing Ethical hackers assess cloud security, identify vulnerabilities, and recommend improvements to enhance data protection and compliance.
08.26Ethical hackers assess cloud security, identify vulnerabilities, and recommend improvements to enhance data protection and compliance.
08.27What is covering tracks? Covering tracks involves hiding evidence of unauthorized access or actions taken during a security breach to evade detection.
08.28Covering tracks involves hiding evidence of unauthorized access or actions taken during a security breach to evade detection.
08.29Deleting logs Deleting logs removes records of activities, preventing forensic analysis and investigation.
08.30Deleting logs removes records of activities, preventing forensic analysis and investigation.
08.31Modifying log files Modifying log files alters recorded events or timestamps to mislead investigators.
08.32Modifying log files alters recorded events or timestamps to mislead investigators.
08.33Hiding malware or backdoors Hiding malware or backdoors involves concealing malicious software or unauthorized access points to maintain persistent access without detection.
08.34Hiding malware or backdoors involves concealing malicious software or unauthorized access points to maintain persistent access without detection.

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