I Built a Local AI Hacker with 20+ OSINT Tools - It will Hack Everything (2026)

Introduction

This tutorial provides a comprehensive guide to building a local AI hacker using over 20 OSINT (Open Source Intelligence) tools. Leveraging generative AI, this guide aims to assist ethical hackers and cybersecurity professionals in enhancing their skills in reconnaissance, vulnerability scanning, penetration testing, and more. Each step will offer practical advice and insights drawn from the video content.

Step 1: Work with GPT Models

• Familiarize yourself with Generative AI, particularly GPT models.
• Explore how GPT can assist in:
  • Reconnaissance tasks.
  • Generating security reports.
  • Automating responses to security incidents.

Step 2: Conduct Ethical Hacking Exercises

• Understand the importance of ethical hacking.
• Set up a controlled lab environment for practice.
• Use AI tools to simulate attacks ethically, ensuring compliance with legal guidelines.

Step 3: Identify Potential Attacks Using AI Intelligence

• Utilize AI to analyze data and identify potential threats.
• Implement tools that leverage machine learning for threat detection.
• Focus on understanding the attack surface of your systems.

Step 4: Perform Passive Reconnaissance

• Gather information about your target without direct interaction.
• Use OSINT tools to collect data from public sources.
• Techniques include:
  • Domain name searches.
  • Social media analysis.

Step 5: Conduct Active Reconnaissance

• Engage directly with the target system to gather information.
• Use tools that can probe the network and identify vulnerabilities.
• Ensure that you have permission to perform these scans.

Step 6: Perform Scans Using Generative AI

• Integrate AI models in your scanning processes.
• Use AI-driven tools for:
  • Automated vulnerability scanning.
  • Enumeration of network services.

Step 7: Calculate CVSS Scores

• Learn about the Common Vulnerability Scoring System (CVSS).
• Use AI to assess vulnerabilities and calculate their risk scores.

Step 8: Engage in AI-Driven Penetration Testing

• Conduct penetration tests using AI tools.
• Focus on:
  • Exploiting vulnerabilities.
  • Documenting findings for remediation.

Step 9: Generate Vulnerability Reports

• Create detailed reports on discovered vulnerabilities.
• Include suggestions for mitigation.
• Use AI tools to automate report generation, making it easier to share with stakeholders.

Step 10: Increase Phishing Awareness

• Educate yourself on phishing techniques and how to recognize them.
• Use AI tools to analyze and flag suspicious emails.
• Simulate phishing attacks to test responses.

Step 11: Detect Social Engineering Tactics

• Understand common social engineering strategies.
• Implement AI tools to spot and prevent these tactics.
• Conduct training sessions to improve awareness among team members.

Step 12: Conduct Network Vulnerability Discovery

• Perform assessments on both wired and wireless networks.
• Utilize specialized tools for:
  • Wireless network monitoring.
  • Scanning for misconfigurations or weak security protocols.

Step 13: Test for Web Application Vulnerabilities

• Use AI-assisted tools to conduct SQL injection testing.
• Identify and rectify vulnerabilities in web applications.
• Ensure that security measures are implemented during development.

Step 14: Analyze Cloud Security

• Assess the security posture of cloud services.
• Utilize AI tools for monitoring cloud environments.
• Identify potential vulnerabilities unique to cloud architectures.

Step 15: Manage IoT Vulnerabilities

• Understand the risks associated with IoT devices.
• Use AI tools for identifying vulnerabilities and patching them.

Step 16: Enhance Mobile Security

• Focus on securing mobile platforms.
• Conduct AI-assisted testing to identify potential threats.
• Implement malware detection measures.

Conclusion

This guide outlines the essential steps to build a local AI hacker equipped with various OSINT tools. By focusing on ethical practices and employing AI-driven methods, security professionals can enhance their capabilities in identifying and mitigating threats. Next steps include setting up your lab environment, choosing the right tools, and continuously updating your skills in the ever-evolving landscape of cybersecurity.