Hacking Write for Us – Contribute an Ethical Hacking Guest Post

Ethical hacking is the authorized examination of systems, applications,
networks, and security controls to identify weaknesses before they can be
exploited by malicious actors. It may include penetration testing,
vulnerability assessment, security validation, and responsible disclosure
conducted within an agreed scope.

Computer Tech Reviews welcomes ethical hackers, penetration testers,
security researchers, application-security professionals, defenders, and
experienced technology writers. We are interested in responsible,
educational articles that help readers understand vulnerabilities, improve
defensive practices, and conduct security testing legally and safely.

This page forms part of our broader

Cyber Security Write for Us

section, which covers threat prevention, malware, network security, data
protection, privacy, and security management.

Ethical Hacking Topics We Welcome

We accept original articles covering authorized testing, vulnerability
management, defensive research, security careers, and responsible
disclosure. Suitable subjects include:

• Ethical hacking principles, authorization, scope, and rules of engagement
• Penetration-testing planning, methodology, documentation, and reporting
• Vulnerability assessment, validation, prioritization, and remediation
• Web, API, mobile, cloud, wireless, and network security testing
• Secure coding and common application-security weaknesses
• Security testing in controlled laboratories and training environments
• Responsible vulnerability disclosure and communication with vendors
• Red-team, blue-team, and purple-team collaboration
• Threat modeling and attack-surface management
• Penetration-testing tools used for lawful defensive purposes
• Ethical hacking careers, skills, laboratories, and certifications
• Lessons from remediated vulnerabilities and authorized assessments

Authorization Comes First

Security testing should only be performed on systems you own or have
explicit permission to assess. A professional engagement should define the
approved targets, testing period, permitted techniques, excluded systems,
data-handling requirements, emergency contacts, and reporting process.

Articles should not encourage readers to test public websites, accounts,
networks, devices, or services without authorization. Even a well-intended
security test can cause disruption, expose information, or violate
agreements and applicable laws when performed outside an approved scope.

What Makes a Strong Ethical Hacking Article?

A strong submission should help readers understand a vulnerability or
testing process while emphasizing prevention, detection, remediation, and
responsible practice. Explain the security principle involved rather than
presenting an unexplained sequence of commands.

Demonstrations should use local laboratories, intentionally vulnerable
applications, capture-the-flag environments, or clearly authorized test
systems. Remove credentials, tokens, public targets, personal information,
client details, and exploit material that could create unnecessary harm.

Case studies are welcome when the affected organization has approved
disclosure or the information is already responsibly public. Focus on the
lessons learned, defensive improvements, and remediation process.

Suggested Ethical Hacking Article Ideas

• How to define rules of engagement for a penetration test
• Vulnerability assessments versus penetration tests
• How ethical hackers communicate findings to business stakeholders
• Building a safe home laboratory for cybersecurity training
• How to prioritize vulnerabilities after a security assessment
• Common mistakes found during authorized web-security reviews
• How red and blue teams can collaborate through purple teaming
• What a useful penetration-testing report should contain
• How responsible vulnerability disclosure works
• How threat modeling supports ethical security testing
• Skills beginners should develop before learning penetration testing
• Why remediation verification is important after a security assessment

Content We Will Not Accept

• Instructions for accessing systems without authorization
• Credential theft, phishing campaigns, or account-takeover instructions
• Malware deployment, destructive payloads, or persistence techniques
• Guidance intended to evade security monitoring or conceal illegal activity
• Attacks directed at identifiable public websites, networks, or individuals
• Stolen data, exposed credentials, private exploits, or confidential findings
• Claims that illegal testing becomes acceptable because it is educational

Contributor Guidelines

• Submit original content prepared for Computer Tech Reviews.
• Describe the authorized or controlled context for security testing.
• Use a clear title, informative introduction, and logical subheadings.
• Explain technical terms and emphasize defensive takeaways.
• Support security claims with credible, current sources.
• Sanitize credentials, addresses, hostnames, personal data, and client details.
• Do not provide harmful instructions or facilitate unauthorized access.
• Disclose sponsorships, affiliations, and commercial relationships.
• Avoid excessive promotion of courses, tools, or security services.
• Review the submission for accuracy, originality, grammar, and working links.

Explore Related Cybersecurity Topics

If your proposed article focuses on another security discipline, choose the
contributor page that most closely matches its central subject.

How to Submit Your Ethical Hacking Article

Email your proposal or completed article to

contact@computertechreviews.com
.
Include the proposed title, a short summary, the intended audience, and a
brief author biography. Explain the controlled or authorized environment
used for any technical testing discussed in the article.

Our editorial team may assess submissions for relevance, originality,
technical accuracy, defensive value, responsible disclosure, safety,
readability, and compliance with our contributor guidelines. Submission
does not automatically guarantee publication.