ETHICAL HACKING COURSE | ETHICAL HACKING COURSE ONLINE IN CHEAP PRICE

 

 HOW TO BECOME AN PRO HACKER FROM HOME 2025

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LEXA HACKER

Ethical Hacking Certification by A7 Security Hunters (C|EH, CEEH, KLSFP, AA47, CKCC, MCSD )  and offers the highest and most rigorous assurance of cybersecurity knowledge and skills for industry, government, and military clients worldwide

A7 Security Hunters launched in 2022 as a cooperative for information security thought leadership and help organizations mitigate cyber risk by certifications, and degrees needed to safeguard organization and advance careers.

Why you Join and What’s the Importance of Ethical Hacking in Sonipat?

1. Protect the Digital World
• Ethical hackers play a crucial role in safeguarding systems, data, and users. By identifying vulnerabilities before malicious hackers do, you contribute to a safer online environment.
2. High Demand for Skilled Professionals
• With cyberattacks becoming more frequent and sophisticated, companies are looking for skilled ethical hackers to help protect their networks and data. This translates into a high demand for professionals in the field.
3. Great Earning Potential
• Ethical hacking is a highly rewarding career. As organizations invest more in cybersecurity, the salaries for ethical hackers continue to rise, especially for those with expertise and certifications.
4. Constant Learning and Challenge
• The field is always evolving, with new technologies, threats, and attack techniques. If you love problem-solving and staying on top of tech trends, ethical hacking offers endless opportunities to learn and grow.
5. Make a Positive Impact
• Instead of causing harm, you use your skills to make a difference. Ethical hackers help protect individuals and organizations from cybercriminals, ensuring personal and financial data remains secure.
6. Work on Exciting Projects
• You'll get to work with cutting-edge technologies, from IoT devices to block chain, and test the security of everything from mobile apps to large-scale enterprise systems.
7. Job Security
• As the threat landscape grows, the need for cybersecurity in sonipat professionals, especially ethical hackers, remains critical. It's a career that’s not only in demand today but will continue to be essential in the future.

Joining ethical hacking isn’t just about pursuing a career; it’s about making a real-world impact, learning continuously, and being part of a community working towards a safer digital future.

 

New worms, malware, viruses, and ransomware are primary benefit are multiplying every day and is creating a need for ethical hacking services to safeguard the networks of businesses, government agencies or defence.

Government agencies and business organizations today are in constant need of ethical hackers to combat the growing threat to IT security. A lot of government agencies, professionals and corporations now understand that if you want to protect a system, you cannot do it by just locking your doors.

As the digital world expands, so does the need for skilled professionals who can protect systems and data from malicious attacks. Ethical hacking has become one of the most sought-after skills in cybersecurity, offering promising career prospects. If you’re in Sonipat and looking to kickstart a rewarding journey in cybersecurity, enrolling in an

Ethical Hacking Courses in Sonipat is offered by A7 Security Hunters.

 

Benefits of Ethical Hacking?

The primary benefit of ethical hacking is to prevent data from being stolen and misused by malicious attackers, as well as:

• Discovering vulnerabilities from an attacker’s POV so that weak points can be fixed.
• Implementing a secure network that prevents security breaches.
• Defending national security by protecting data from terrorists.
• Gaining the trust of customers and investors by ensuring the security of their products and data.
• Helping protect networks with real-world assessments.

Practice ethical hacking to Ensure Safe Stay at Home

 

Types of Hacking/Hackers

Hackers are of different types and are named based on their intent of the hacking system. Broadly, there are two main types in hacking/hacker – White-Hat hacker and Black-Hat hacker in sonipat. The names are derived from old Spaghetti Westerns, where the good guy wears a white hat and the bad guy wears a black hat.

 White Hat Hacker

Ethical hackers or white hat hackers do not intend to harm the system or organization but they do so, officially, to penetrate and locate the vulnerabilities, providing solutions to fix them and ensure safety.

Black Hat Hacker

Contrary to an ethical hacker, black hat hackers or non-ethical hackers perform hacking to fulfil their selfish intentions to collect monetary benefits.

Grey Hat Hacker

Grey hat hackers are the combination of white and black hat hackers. They hack without any malicious intention for fun. They perform the hacking without any approval from the targeted organization.

Phases of Ethical Hacking

Ethical hacking is a process of detecting vulnerabilities in an application, system, or organization’s infrastructure that an attacker can use to exploit an individual or organization. They use this process to prevent cyberattacks and security breaches by lawfully hacking into the systems and looking for weak points. An ethical hacking in sonipat follows the steps and thought process of a malicious attacker to gain authorized access and test the organization’s strategies and network.

 

An attacker or an ethical hacker follows the same five-step hacking process to breach the network or system. The ethical hacking process begins with looking for various ways to hack into the system, exploiting vulnerabilities, maintaining steady access to the system, and lastly, clearing one’s tracks.

 

 

The five phases of ethical hacking are:

1. Reconnaissance

Reconnaissance is the first step in ethical hacking. It’s often referred to as footprinting. Here, a hacker tries collecting various kinds of data, such as employee information, IP addresses, network topology, and domain names, using active and passive approaches. The purpose is to create a diagram of the target’s digital and physical assets.

Active Reconnaissance: This method involves direct interaction with the target system, which may warn the target about possible scans.

Passive Reconnaissance: This implies collecting data without direct contact with the target, making it untraceable.

Popular Tools Used are:

• Nmap
• Whois
• Maltego

Reconnaissance Techniques Commonly Used:

• Google Dorking: Utilizing sophisticated search operators to find sensitive information online.
• Whois Lookup: Collecting information on who owns the domain, IP addresses, etc.
• Social Engineering: Mupulating people into revealing private information regarding targets; this can be done through phishing messages, for instance.
• DNS Enumeration: To create a topology of the target’s infrastructure by finding all DNS entries linked with the domain name concerned.
• Network Scanning: One can learn about active systems and running services using tools like Nmap.

2. Scanning

At that point, the hacker goes to the scanning stage after having enough information. Scanning recognizes open ports, active devices, and services in the targeted network. It also helps to identify areas of vulnerability that can be targeted. Scanning is usually divided into three categories:

• Port Scanning: Finding open ports or services with Nmap or Angry IP Scanner.
• Vulnerability Scanning: Detecting known weaknesses in systems and applications using Nessus.
• Network Mapping: Creating a blueprint of network topology with tools such as SolarWinds.

Popular Tools Used:

• Nessus
• OpenVAS
• Angry IP Scanner

Commonly used techniques for Scanning

• Port Scanning: Using tools like Nmap or Angry IP Scanner to find open ports or services.
• Vulnerability Scanning: Using tools like Nessus to detect known weaknesses in systems and applications.
• Network Mapping: Generating a visual map that shows the network topology with applications like SolarWinds.
• Banner Grabbing: This involves collecting software version information from open services to help determine any weaknesses.
• Ping Sweeps: This entails sending ICMP requests to identify active hosts on a particular network.

3. Gaining Access

During this crucial stage, the intruder utilizes the weaknesses identified during scanning for unauthorized entry into the target system. This may involve leveraging applications, operating systems, or network flaws. The objective is establishing access at different privilege levels, from user accounts to administrative control. Exploitation Methods comprise buffer overflows, SQL injection, and cross-site scripting (XSS).

Popular Tools Used:

• Metasploit
• SQLmap
• Hydra

Commonly used techniques for Gaining Access:

• Password Cracking: Using brute force and dictionary attacks or to crack passwords, rainbow tables are used.
• Exploration of Vulnerabilities: Unauthorized access can be obtained by exploiting known vulnerabilities such as SQL Injection or buffer overflows.
• Privilege Escalation: Higher-level privileges are acquired within a system through exploitation or misconfiguration.
• Session Hijacking: Taking over a valid session between a user and a system gives entrance without permission.
• Man-in-the-Middle (MITM) Attacks: By intercepting communication between two parties, sensitive data can be accessed, violating confidentiality principles.

4. Maintaining Access

Once inside, the intruder must maintain a presence on the target machine for further actions such as gathering or monitoring sensitive data. Therefore, backdoors, rootkits, or Trojan horses can be installed at this point to ensure continued access to the device even after it has been rebooted or patched. Persistence Techniques: Employing malicious programs, establishing concealed user accounts, or exploiting cron jobs.

Tools Used:

• Ngrok
• Netcat
• Empire
  

Standard Methods of Maintaining Access:

• Installing Backdoors: Creating permanent ways of accessing the system later, like backdoors or rootkits.
• Creating Hidden User Accounts: Adding the unauthorized users with administrative privileges that are hard to discover.
• Tunnelling: Employing strategies such as SSH tunnelling for secure communication with an infected machine.
• Keystroke Logging: Capturing user’s keystroke entries to acquire confidential details such as passwords or private information.

Standard Methods For Covering Tracks:

• Log Tampering: Deleting or modifying logs to erase evidence of hacking activities.
• Steganography: Hiding malicious files or data within legitimate files to avoid detection.
• File Timestamp Alteration: Changing the timestamps of modified files to mislead investigators.
• Clearing Command Histories: Deleting or altering shell command histories to prevent detection.
• Encryption: Encrypting communication and files to obscure activities makes forensic analysis more difficult.

·        While choosing a cybersecurity course in consider the following factors:

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·        Instructor Credentials: Choose courses that are taught by experienced professionals with a good background in cybersecurity in sonipat.

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Available Courses in Sonipat

To learn more about analyzing and improving security policies, network infrastructure, you can opt for Ethical Hacking Certification in A7 Security Hunters.