Open Source Unix Shell Cybersecurity Tools

BerserkArch is a security-focused, performance-tuned Linux operating system (OS) based on Arch Linux, designed for developers, hackers, and technical users. A bleeding-edge, security-centric Arch-based Linux distribution crafted for hackers, developers, and nerds alike. Following the Arch Linux philosophy, it is designed to be highly customizable, allowing users to build their environment with only the components they need, rather than having a lot of pre-installed software like some other security distributions (e.g., Kali Linux). As an Arch-based distribution, it benefits from the rolling release model, providing users with the latest software versions and kernel updates. BerserkArch is a dist "designed to make you powerful" for specific use cases like reverse-engineering binaries and automating exploits, rather than being an easy-to-use distribution for general beginners.

VPLE (Linux) Vulnerable Pentesting Lab Environment VPLE is an Intentionally Vulnerable Linux Virtual Machine. This VM can be used to conduct security training, test security tools, and practice common penetration testing Labs. In VPLE bunch of labs are Available. NOTE:- "Only run in VMWare Pls Don’t run in VirtualBox" Will also run on the ProxMox server to understand how to do it pls refer to the doc in the zip named "Cybersecurity Lab Deployment on Proxmox" The default login and password is administrator: password. List Of All Labs in one VM:- 1. Web-DVWA 2. Mutillidae 3. Webgoat 4. Bwapp 5. Juice-shop 6. Security-ninjas 7. WordPress We are adding more labs in few days

HardenLinux is a shell script designed to harden default values in Linux distributions and assist with malware removal. With root permissions, it can perform many tasks listed in a menu. As a script, HardenLinux is highly documented and easy to comprehend.

KFishMonger O anonimato em primeiro lugar Build Status Enquanto a sociedade evolui, a liberdade se apaga, KFishMonger é uma solução para um cenário perverso, permite. Automação em montagem de ambientes anônimos Um projeto para se discutir e evoluir o anonimato ✨MNONIMATO✨ Recursos Automação em inicialização de VPN Montagem automática de serviços TOR Configuração de DNSCrypt Layout moderno para monitorar o ambiente De fácil customização PARA INSTALAR veja essa playlist: https://www.youtube.com/playlist?list=PLzoythjsH3QPj762VSc8SHlk25Zfw0bQk

NeuryxIQ. The Autonomous Security Platform for medical and dental practices. Powered by AI Superintelligence. Answers, not alerts. Enterprise security operations and HIPAA posture in one console for practices without a security team: detections ranked by real risk, device inventory, compliance scoring, an automated Security Risk Assessment and 22 HIPAA policy templates. The AI Swarm: eight AI specialists in three tiers (triage, investigation, threat hunting) hand cases to each other across the NIST CSF functions. Each carries a security body of knowledge built from public standards and the published objectives behind the major security certifications, and cites its sources. A person approves actions. Free On-Premises Edition, GPLv2: Windows installer, virtual appliance, Docker Compose. Data stays in the building. Manuals included. Support $199/mo, Install $499, Managed Cloud $500/mo. By Amhage Technology Group LLC. #cybersecurity #HIPAA #healthcare #dental #SIEM #SOC #AI

🚫 One tiny box. Infinite freedom. Network-wide AdBlocker and TrackerBlocker. 💼 Secure free VPN through your office or home network — remote traffic enjoys the same AdBlock protection. 🏆 Designed for corporations, freelancers, and small companies. Simple enough for home users due to its reduced price.

Naeon secures data in untrusted off-site storage through a layered approach: files are compressed, then AES-256 encrypted with a randomly generated 128-character passphrase yielding approximately 762 bits of entropy — far beyond the reach of both classical and quantum brute-force attacks. The ciphertext is obfuscated by prepending and appending random byte blocks, making the result unidentifiable as an encrypted file. The payload is then sharded into one private chunk — holding the encryption key and part of the data — and multiple equal-sized public chunks, each renamed to its SHA-512 hash and given a uniform timestamp to prevent metadata inference. A private filename conversion table preserves the concatenation order needed for restoration. Together these measures guarantee confidentiality, integrity, and availability regardless of storage provider trustworthiness. Threshold Key Sharing extends this further by splitting the private key, eliminating the single point of failure.