Ethical hacking has come a long way with the rise of automated tools that make security testing faster and more efficient. It plays an important role in helping organizations safeguard their systems and data against cyber attacks. Using certified ethical hacker tools not only strengthens security but also enhances the skills of security teams. Incorporating ethical hacking into standard security practices helps to identify vulnerabilities before being exploited. With growing cyber risks, it has become important to learn to use common tools used by ethical hackers to remain in the lead.

In this blog, we will help you understand how these tools for ethical hackers work, and why they are important, and get you familiar with the top 40 ethical hacking tools that professionals use today.

 

What Are Ethical Hacking Tools and Software?

Ethical hacking tools and software are the type of programs used by hackers to find and fix security flaws in systems, networks, and applications. These tools for ethical hackers, also called white-hat hackers, help identify vulnerabilities before criminals exploit or take advantage of them. As cyberattacks increase, companies use certified ethical hacker tools to protect their data. In Q2 2024, businesses experienced 1,636 weekly cyberattacks per week, which is a 30% year-over-year increase. To stay safe, organizations today put much trust in such tools to avoid breaches and strengthen security.

The tools used by ethical hackers include network sniffers, password crackers, and vulnerability scanners. These ethical hacking tools and techniques help find security gaps and fix them before attackers can strike them. A strong ethical hacker toolkit helps companies track suspicious activities, stop threats, and build stronger protection. The best ethical hacker tools keep businesses safe from evolving online dangers. These toolkits help increase security, avoid breaches, and protect sensitive data, thus making them a must-have for every organization.

Why Is Hacking Software Important for Ethical Hackers?

Hacking software is a valuable tool for ethical hackers to find and fix security flaws before criminals take advantage. Here’s why ethical hacking tools and techniques are important for their work:

 

Identifies Security Flaws:

Hacking software assists ethical hackers in discovering vulnerabilities in systems, networks, and applications. It enables them to identify threats before attackers get the chance to do so, keeping data safe.

Simulates Real-World Attacks:

Certified ethical hacker tools are operated by hackers to conduct simulated attacks to determine the strength of defenses in a system. This improves security measures.

Improves Vulnerability Testing:

Tools used by ethical hackers make it easier to scan networks and applications for loopholes. Fixing these gaps avoids data breaches.

Expands Cybersecurity Skills:

Through ethical hacking tools and techniques, hackers make their skills better. They learn how to protect systems against evolving threats.

Strengthens Compliance and Protection:

Hacking software helps businesses in complying with data protection rules like HIPAA and GDPR. It also helps reduce the chances of unwanted and expensive security breaches.

Increases Efficiency:

A good ethical hacker toolkit helps automate security testing, which saves time and makes the process much faster for the hacker. This helps them identify and resolve problems quickly.

Prevents Major Cyberattacks:

Employing the best ethical hacker tools helps stop serious breaches immediately. This protects sensitive information and prevents business losses.

Also Read: Top 10 Penetration Companies in India & Future Trends in Testing

Top Ethical Hacking Tools to Watch Out For in 2025

As cyberattacks become more and more complicated, ethical hackers rely on powerful tools to protect systems. Here are the top 40 ethical hacking tools for ethical hackers and their features to look out for in 2025:

1. Invicti

Invicti is a web security scanner that finds vulnerabilities in web apps and services.

• Uses Proof-Based Scanning for accurate results
• Needs minimal setup and is scalable
• Detects custom 404 error pages and URL rewrite rules
• REST API for easy integration with bug-tracking systems
• Scans over 1,000 web apps in 24 hours

2. Fortify WebInspect

Fortify WebInspect is an automated tool for testing web app security.

• Finds vulnerabilities in running web apps
• Offers detailed stats and reports during scans
• Allows novice testers to access pro-level testing features
• Helps with risk oversight and compliance management

3. Cain & Abel

Cain & Abel is a useful tool for recovering lost passwords and sniffing networks.

• Helps recover MS Access passwords
• Sniffs network traffic
• Uncovers hidden password fields
• Cracks encrypted passwords using brute-force and dictionary attacks

4. Nmap (Network Mapper)

Nmap is a network scanning tool for finding services and hosts.

• Discovers network services and hosts
• Creates detailed network maps
• Detects OS types and vulnerabilities
• Adapts to network conditions during scans

5. Nessus

Nessus is a vulnerability scanner for detecting security flaws.

• Finds unpatched services and misconfigurations
• Detects weak or default passwords
• Identifies various system vulnerabilities
• Recommended for non-enterprise use

6. Nikto

Nikto is a web server scanner that spots security issues.

• Scans web servers for outdated software
• Identifies over 6,400 dangerous files or CGIs
• Checks for version-specific problems
• Detects misconfigured or insecure files

7. Kismet

Kismet is an effective tool for testing and monitoring wireless networks.

• Detects hidden and non-beaconing networks
• Sniffs and collects wireless packets
• Supports raw-monitoring mode
• Runs on Linux and sometimes Windows

8. NetStumbler

NetStumbler is a Windows-based tool for detecting wireless networks.

• Finds Wi-Fi access points (AP)
• Detects network interference
• Measures signal strength
• Identifies unauthorized access points

9. Acunetix

Acunetix is an automated tool for finding web vulnerabilities.

• Detects over 4,500 web security flaws
• Supports JavaScript, HTML5, and single-page apps
• Integrates with other platforms
• Prioritizes risks based on data

10. Netsparker

Netsparker is a tool that mimics hackers to find web vulnerabilities.

• Identifies SQL injection and cross-site scripting issues
• Verifies vulnerabilities automatically
• Reduces false positives
• Saves time by removing the need for manual checks

11. Intruder

Intruder is an automated scanner that finds and fixes cybersecurity flaws.

• Detects missing patches, misconfigurations, and web app issues
• Integrates with Slack, Jira, and cloud providers
• Prioritizes results based on context
• Scans for the latest vulnerabilities automatically

12. Volatility

Volatility is an open-source tool for memory forensics and digital investigations.

• Analyzes RAM dumps for hidden processes and malware
• Helps with cyber incident investigations
• Extracts running processes, network connections, and registry hives

13. Metasploit

Metasploit is a framework for penetration testing and developing exploit codes.

• Works on multiple platforms
• Ideal for finding security flaws
• Great for creating evasion and anti-forensic tools

14. Aircrack-Ng

Aircrack-Ng is a command-line tool for testing and attacking Wi-Fi networks.

• Exports data to text files
• Cracks WEP and WPA2-PSK keys
• Supports Windows, Linux, and multiple platforms

15. Wireshark

Wireshark is a packet analysis tool for inspecting network traffic.

• Performs live and offline packet analysis
• Works across platforms
• Uses color coding to simplify packet tracking

16. OpenVAS

OpenVAS is a tool for large-scale vulnerability scans.

• Performs authenticated and unauthenticated testing
• Supports industrial protocols
• Allows performance tuning and detailed scanning

17. SQLMap

SQLMap is an open-source tool for detecting and exploiting SQL injection flaws.

• Powerful detection engine
• Executes arbitrary commands
• Supports MySQL, Oracle, PostgreSQL, and more

18. Ettercap

Ettercap is a free tool for sniffing network traffic and protocol analysis.

• Filters content in real-time
• Sniffs live connections
• Analyzes networks and hosts
• Supports active and passive protocol dissection

19. Maltego

Maltego is a tool for data mining and link analysis.

• Runs on Windows, Linux, and Mac OS
• Performs real-time data gathering
• Displays results in visual, easy-to-read graphs

20. Burp Suite

Burp Suite is an effective security-testing tool for web vulnerability scans.

• Allows scan scheduling and repeating
• Uses out-of-band techniques
• Offers CI (Continuous Integration) support

21. John the Ripper

John the Ripper is a free password-cracking tool used to test weak passwords.

• Includes multiple password crackers in one bundle
• Performs dictionary attacks
• Tests various encrypted passwords

22. Angry IP Scanner

Angry IP Scanner is a free tool for scanning IP addresses and ports.

• Exports results in different formats
• Offers a command-line interface
• Extensible with multiple data fetchers

23. SolarWinds Security Event Manager

SolarWinds Security Event Manager detects threats and monitors security policies.

• Built-in integrity monitoring
• User-friendly dashboard and interface
• Tracks log files and sends instant alerts

24. Traceroute NG

Traceroute NG is a network path analysis tool that identifies hostnames and IP addresses.

• Supports both IPv4 and IPv6
• Detects path changes and sends alerts
• Allows continuous network probing

25. LiveAction

LiveAction is a tool for diagnosing and resolving network issues quickly.

• Easy-to-use workflow
• Automates data capture for faster response
• Provides deep packet analysis
• Onsite deployment for appliance use

26. QualysGuard

QualysGuard is a cloud security tool for identifying vulnerabilities.

• Globally trusted for IT security
• Scalable, end-to-end solution
• Real-time data analysis
• Responds to live threats

27. Responder

Responder captures and manipulates local network queries.

• Gathers credentials through network poisoning
• Runs silently in the background
• Captures user credentials from insecure services

28. Hashcat

Hashcat is a powerful password-cracking tool.

• Open-source and multi-platform
• Supports distributed cracking networks
• Automatic performance tuning

29. L0phtCrack

L0phtCrack is a password recovery and auditing tool for local networks.

• Customizable and easy to use
• Fixes weak passwords by forcing resets
• Uses multi-core and multi-GPU support

30. Rainbow Crack

Rainbow Crack is a password-cracking tool using rainbow tables.

• Runs on Windows and Linux
• Offers command-line and graphic interfaces
• Uses a unified rainbow table format

31. IKECrack

IKECrack is an open-source authentication-cracking tool used for brute-force and dictionary attacks.

• Strong focus on cryptography
• Suitable for both personal and commercial use

32. Sboxr

Sboxr is an open-source tool for vulnerability testing and creating custom security scanners.

• Easy-to-use GUI-based interface
• Supports Ruby and Python
• Generates reports in RTF and HTML formats
• Checks over two dozen web vulnerabilities

33. Medusa

Medusa is a fast, brute-force parallel password-cracking tool.

• Flexible user input options
• Supports remote authentication services
• Great for thread-based parallel testing

34. Hping3

Hping3 is a network scanning and security auditing tool.

• Creates custom TCP/IP packets
• Assesses open, closed, or filtered ports
• Useful for Denial of Service (DoS) Testing

35. Zenmap

Zenmap is the official Nmap Security Scanner with a graphical interface.

• Tracks new or downed hosts and services
• Displays graphical, interactive results
• Draws topology maps of discovered networks

36. Recon-ng

Recon-ng is a Python-based information-gathering framework.

• Reduces time spent harvesting open-source data
• Includes multiple modules and database interaction
• Centralizes data collection into a single source

37. njRAT

njRAT is a remote access trojan used for unauthorized system access.

• Grants remote access to file systems
• Allows attackers to control multiple services
• Designed to enter systems without permission

38. Fping

Fping is an open-source network diagnosis tool.

• Sends ICMP pings to multiple hosts simultaneously
• Faster than traditional ping tools
• Displays IP addresses of available machines

39. SuperScan

SuperScan is a free multi-functional port scanner.

• Detects open TCP and UDP ports
• Performs host discovery and trace routing
• Includes whois, ping, and ICMP traceroute queries

40. Nexpose

Nexpose is a paid vulnerability scanner with a 30-day trial.

• Scans network assets, databases, and web apps
• Offers real-time visibility into vulnerabilities
• Provides prioritized remediation reports

How to Use Hacking Software Effectively

Using hacking software properly is important for finding and fixing security flaws. Here’s how you can do it:

1. Download and Install:

Get the hacking software you want, such as certified ethical hacker tools, from a trusted source. Install it on your system.

2. Launch the Software:

Open the program once it’s installed and running.

3. Set Startup Options:

Choose the settings or startup options based on the ethical hacking tools and techniques you want to use.

4. Explore the Interface:

Check out the tool’s features and options. Learn how to navigate it properly.

5. Test with an External Browser:

Use a browser to test the tool’s scanning and security functions.

6. Perform Penetration Testing:

Use the software to scan websites, detect vulnerabilities, and perform penetration testing. This helps you find weak spots and strengthen security.

These steps will allow you to make the most of the common tools used by ethical hackers and boost your cybersecurity skills.

Read More: Best SailPoint IdentityIQ Interview Questions

How Orbus Can Help You Become an Ethical Hacker

At Orbus International, we help you become a skilled ethical hacker through our Certified Ethical Hacker (CEH) training program. We offer practical, hands-on learning to teach you how to use the latest ethical hacking tools and techniques effectively. Our course covers everything from common tools used by ethical hackers to advanced certified ethical hacker tools for identifying and fixing security flaws.

Why Choose Orbus?

1. Industry-related Training: We cover all essential tools used by ethical hackers, including penetration testing, vulnerability scanning, and security auditing.
2. Hands-on Learning: You’ll get practical experience with real-world ethical hacker toolkit applications.
3. Flexible Schedules: We offer day, evening, and weekend classes to fit your routine.
4. Expert Guidance: Learn from industry professionals with years of experience.
5. Career-Boosting Skills: Gain job-ready skills that make you a valuable asset in the growing field of cybersecurity.

At Orbus, we are committed to helping you build a strong foundation in ethical hacking and excel in your cybersecurity career.

 

Conclusion

Cyber threats are increasing every day, making it more important for companies to protect their data. This is why many organizations are now hiring certified ethical hackers to find and fix security flaws before attackers can exploit them. Using tools for ethical hackers, companies can spot weaknesses, strengthen their defenses, and avoid costly data breaches.

At Orbus International, we offer expert training programs that teach you how to use certified ethical hacker tools effectively. You’ll learn common tools used by ethical hackers and ethical hacking tools and techniques through real-world scenarios. This hands-on approach helps you build the skills needed to tackle modern cyber threats.

Get started with Orbus today and take the first step toward becoming a skilled ethical hacker!

Cyber threats overshadow everything in this constantly changing digital world. Therefore, the position of a security engineer has become unavoidable. These security engineers are the defenders of our online strongholds. Additionally, the designers of solid security networks, and the first line of defense against cyber threats. But what does it take to be a security engineer? What skills are mandatory, and how do you navigate this ever-changing career path? This blog will demystify the world of security engineering, providing a comprehensive guide to the roles, responsibilities, and steps to success, and how Orbus CyberSec Trainings can be your launchpad into this vital field.

 

What is a Security Engineer?

A security engineer is the digital architect. They build and maintain an organization’s defenses against cyber threats. Additionally, they proactively seek out vulnerabilities. These security engineers updates software, configures firewalls, and implement encryption. Additionally, they even simulate attacks through penetration testing to find weaknesses before hackers do. Furthermore, you will find them with titles like cybersecurity or cloud cyber security engineer. When breaches occur, these security engineers become digital first responders. They analyze damage and develop recovery plans. These individuals are problem-solvers, communicators, and strategists. They also ensure data safety and system integrity.

Roles & Responsibility of Security Engineer

Security engineers are the digital guardians. These penetration testing companies are responsible for safeguarding an organization’s data and systems. These individuals blend technical expertise with proactive strategies. They also build and maintain a robust penetration testing in cyber security posture.

1. Designing and Implementing Secure Systems

Security engineers are the architects of digital safety. They craft security policies, design secure network architectures, and implement critical security technologies. These technologies includes firewalls and encryption tools. Additionally, they react to threats and build a digital fortress to protect an organization’s vital data and systems.

2. Proactive Risk Assessment and Management

These professionals conduct thorough risk assessments to identify potential vulnerabilities and threats. Additionally these security engineers also develop and implement risk mitigation plans. They also help organizations to stay ahead of emerging security threats and ensure the organization is prepared for any eventuality.

3. Vigilant Security Monitoring and Incident Response

Security engineers are the vigilant guards, constantly monitoring systems and networks for suspicious activity. When security incidents do occur, they respond swiftly, containing the damage, eradicating the threat, and recovering the affected systems. They analyze security logs like detectives, piecing together clues to prevent future attacks.

4. Cultivating Security Awareness and Training

They’re not just tech experts; they’re educators. Security engineers foster a security-conscious culture by training staff on best practices and policies. They collaborate with IT, development, and operations teams, ensuring security is woven into every aspect of the organization.

5. Staying Updated and Ensuring Compliance

The cybersecurity landscape is constantly evolving. Security engineers stay ahead of the game, keeping up with the latest threats and technologies. They also participate in security audits and assessments, ensuring compliance with industry standards and regulations.

Steps to Becoming a Security Engineer

Becoming a security engineer means stepping into a dynamic and crucial role, safeguarding digital assets and defending against cyber threats. It’s a career path that demands a blend of technical skill, strategic thinking, and a passion for problem-solving. Here’s a practical roadmap to help you navigate this exciting field.

1. Begin with Thorough Research

Start by exploring the landscape. Understand the diverse roles security engineers play, from conducting security audits to developing incident response plans. Research the specific skills and certifications employers value. This initial step will help you tailor your learning journey and set clear career goals.

2. Build a Solid Educational Foundation

A strong educational background is essential. While some roles may accept associate degrees, many require a bachelor’s in cybersecurity, computer science, or a related field. Consider specializing with a cybersecurity emphasis to gain targeted knowledge. For advanced positions, a master’s or Ph.D. can significantly enhance your prospects. Remember, education is not just about degrees; it’s about building a robust understanding of security principles.

3. Earn Industry-Recognized Certifications

Certifications are your proof of expertise. In the cybersecurity field, they demonstrate your proficiency in specialized areas. Invest in certifications that align with your career goals and industry demands. They validate your skills and make you a more competitive candidate.

4. Cultivate a Strong Professional Network

Networking is key. Connect with professionals in the cybersecurity community, attend industry events, and engage in online forums. Building relationships can open doors to job opportunities, mentorship, and valuable insights. Your network is your lifeline to staying informed and advancing in your career.

Security Engineer Skills and Experience

Stepping into the role of a security engineer demands a unique blend of technical mastery and strategic insight. It’s not just about knowing the latest security tools; it’s about understanding the evolving threat landscape and anticipating future challenges. Here’s a look at the essential skills and experiences that shape a successful security engineer.

 

1. Strong Technical Foundation and Education

Typically, a security engineer starts with a solid educational base, often a bachelor’s degree or higher in computer engineering, cybersecurity, or information security. This foundation provides a deep understanding of core concepts like risk assessment, network architecture, and digital forensics. They stay current with the latest advancements in virus detection, firewall technology, and content filtering, ensuring they’re equipped to handle emerging threats.

2. Proficiency in Code Analysis and Vulnerability Detection

A key skill is the ability to analyze code, spotting anomalies and malicious lines that could create security vulnerabilities. They think like hackers, understanding how exploits work, to better defend against them. This involves not just recognizing dangerous code, but also understanding how to mitigate it effectively.

3. Communication and Collaboration Skills

Beyond technical prowess, security engineers are excellent communicators. They translate complex security issues into understandable language for colleagues and management, facilitating informed decision-making. Collaboration is also crucial, as they work closely with various teams to integrate security into every aspect of the organization.

Industry Certifications and Security Clearances

Many roles require industry penetration testing certifications like CISSP, CompTIA Security+, or Certified Ethical Hacker, validating their expertise. Some positions, particularly in government or sensitive sectors, may also require security clearances, demonstrating their trustworthiness and adherence to strict security protocols.

1. Practical Experience and Core Competencies

Employers look for hands-on experience in areas like risk assessment, vulnerability management, and incident response. They value skills in developing and implementing security policies, maintaining antivirus software, and detecting intrusions. Proficiency in scripting languages like Python and experience with cloud platforms like AWS are increasingly essential.

2. Anticipating Future Skills

The cybersecurity landscape is constantly evolving. Security engineers must stay ahead of the curve, focusing on emerging areas like container security, cloud security, SaaS application security, and privileged account management. A comprehensive understanding of software security is also vital in today’s digital world.

How Orbus Can Help You Became a Certified Security Engineer?

Orbus CyberSec Trainings focuses on giving you the practical skills needed to excel as a security engineer, especially in areas like finding vulnerabilities and testing security. Their CPENT training is a great way to gain these skills.

 

 

Conclusion

Becoming a security engineer is a challenging yet rewarding journey. It requires a blend of technical expertise, problem-solving skills, and a commitment to staying ahead of the ever-evolving threat landscape. As we’ve explored, the path involves building a strong educational foundation, gaining practical experience, and earning industry-recognized certifications. Orbus CyberSec Trainings, with its focus on practical, hands-on training and the highly valuable penetration testing course, provides a significant advantage in developing the critical skills needed for this profession. Whether you’re just starting your cybersecurity career or looking to advance your skills, remember that the demand for skilled security engineers continues to grow. Embrace the challenge, stay curious, and you’ll be well on your way to a successful career in securing our digital world.