SAFESTRIKE OBSIDIAN

AI-Powered Penetration Testing Tool for Red Teams | Hardware-Bound Security | FIPS 140-2 Compliant

Penetration Testing Redefined

SafeStrike Obsidian is the industry's most advanced open-source penetration testing platform, combining AI automation with hardware-level security for red teams and security professionals. Unlike traditional pentest tools, SafeStrike uses local AI models to autonomously identify vulnerabilities while maintaining strict security boundaries through hardware-bound cryptographic keys.

[hjk-inc@seraphim] ./bin/safe-strike 192.168.1.1
{"version":"0.6-SERAPHIM","target":"192.168.1.1","scan":"192.168.1.1:80/http,443/https","ai":{"critical":["HTTP headers leak server version"]}}
[ SAFE STRIKE 0.6-SERAPHIM ]
● 192.168.1.1:80/http
○ 192.168.1.1:443/https

Key Features for Security Professionals

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Hardware-Bound Security

TPM 2.0hjk-inc HSM

SafeStrike uses hardware-rooted cryptography for key derivation. Keys are generated from TPM 2.0 entropy sources or hjk-inc security dongles, ensuring no static secrets exist in the codebase. FIPS 140-2 Level 2 compliant for government and enterprise deployments.

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AI Self-Audit Capability

Jailbreak TestLeak Detection

The integrated AI continuously tests itself for vulnerabilities. SafeStrike runs adversarial prompts to detect jailbreaks, data leaks, and injection vulnerabilities. If vulnerabilities are found, the AI component is automatically disabled, maintaining operational security.

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Triple Interface for Different Workflows

Gaskill CLIGUINative Binary

Choose the interface that matches your workflow: Gaskill CLI for keyboard-driven operator efficiency, GPU-accelerated GUI for team collaboration, or hardened native binary for maximum performance and security in air-gapped environments.

Technical Specifications

Security Compliance

System Requirements

Live Penetration Test Demo

Watch SafeStrike Obsidian in action as it scans a target network and identifies critical vulnerabilities:

┌──[hjk-inc@seraphim]─[~] └──╼ $ ./bin/safe-strike 10.0.0.5 {"version":"0.6-SERAPHIM","target":"10.0.0.5","scan":"10.0.0.5:22/ssh,80/http,443/https","ai":{"critical":["SSH version leak","HTTP headers expose server version"],"next":["run nuclei -t exposures/configs/","test for CVE-2021-41773"]}} [ SAFE STRIKE 0.6-SERAPHIM ] > TACTICAL RECON 10.0.0.5:22/ssh 10.0.0.5:80/http ○ 10.0.0.5:443/https

Download & Installation

SafeStrike Obsidian is open-source and free to use for security research and authorized penetration testing. Get started in under 60 seconds:

Quick Start Guide

$ git clone https://github.com/hjk-inc/safe-strike-obsidian
$ cd safe-strike-obsidian
$ python setup.py build
$ ./bin/safe-strike 192.168.1.1
🌐 VIEW GITHUB REPOSITORY

Frequently Asked Questions

Is SafeStrike Obsidian free to use?

Yes, SafeStrike Obsidian is completely free and open-source under the MIT License. It's designed for security researchers, red teams, and authorized penetration testers.

What makes SafeStrike different from other pentest tools?

Unlike tools like Metasploit, Nmap, or Burp Suite, SafeStrike integrates AI automation with hardware-level security. The AI self-audits for vulnerabilities, keys are hardware-bound, and the triple-interface design supports different operational workflows.

Does SafeStrike require cloud services or external APIs?

No. SafeStrike runs entirely offline. The AI models (Phi-3-mini) run locally on your machine, and all processing happens on-device for maximum security and privacy.

What security certifications does SafeStrike have?

SafeStrike Obsidian is designed to meet FIPS 140-2 Level 2 requirements and follows NIST SP 800-193 guidelines. While not formally certified (due to open-source nature), the architecture supports certification pathways for enterprise deployments.

Penetration Testing Tool Comparison

SafeStrike Obsidian vs Metasploit vs Burp Suite vs Nmap: SafeStrike Obsidian combines the network scanning capabilities of Nmap, the exploitation framework of Metasploit, and the web application testing of Burp Suite into a single AI-powered platform. Unlike these tools, SafeStrike adds hardware-bound security and AI self-audit capabilities.

AI in Cybersecurity

How AI is transforming penetration testing: SafeStrike Obsidian uses local large language models to analyze scan results, suggest attack paths, and generate exploit code. The AI runs entirely offline on your machine, ensuring no sensitive data is sent to external servers.

Hardware Security Modules

Why hardware security matters in penetration testing tools: Static API keys and hardcoded credentials in pentest tools create security risks. SafeStrike Obsidian eliminates this by deriving cryptographic keys from hardware entropy sources (TPM 2.0, USB security dongles).

FIPS 140-2 Compliance for Security Tools

Understanding FIPS 140-2 requirements for cryptographic modules in penetration testing software. SafeStrike Obsidian implements SHA3-256 hashing, secure key derivation, and runtime integrity checks to meet FIPS 140-2 Level 2 standards.