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Asur-Rat is a powerful Android remote access tool designed for surveillance and management of Android devices. Its primary use case includes extensive control features such as SMS handling, call management, file operations, GPS location tracking, and real-time screen monitoring, along with administrative capabilities like device formatting and icon hiding. Notable features include a keylogger, live screen streaming, and comprehensive media management, making it a versatile solution for remote device administration.

Warden is an autonomous endpoint detection and response (EDR) solution designed for Linux workstations, implemented in Rust to function without external servers or cloud dependencies. This tool monitors critical threat vectors such as ransomware, persistence mechanisms, privilege escalation, and malicious network activity, operating in either a monitoring or enforcement mode that allows for real-time response. Key features include robust detection modules tested rigorously through adversarial audits, local operation as a hardened systemd service, and optional eBPF capabilities for enhanced visibility into process execution and network connections.

**IKONA Security** is a comprehensive cybersecurity tool designed for research and auditing, featuring modules for penetration testing, bug bounty payloads, and security audits of various web frameworks such as Laravel and Next.js. Notable features include a collection of web exploitation payloads, curated wordlists for API endpoints and directory traversal, and both automated and manual bug hunting methodologies. This tool emphasizes responsible usage, intended strictly for educational and authorized testing purposes.

SECS (SECurity aSsistant) is a framework that transforms compatible AI coding agents into authorized security assistants, equipped to aid in various security lifecycle tasks such as reconnaissance, pentesting, and incident response. It features a governance policy, 35 curated agent skills for expert security methodologies, and a local toolchain with a practice lab, ensuring that all activities adhere to strict rules of engagement and operate within a controlled environment. Notably, the system incorporates an authorization gate to validate targets and enforce compliance, making it suitable for authorized security testing and defensive operations only.

VERDICT is an autonomous web and API penetration testing agent that employs AI to conduct vulnerability assessments, confirming findings through reproducible evidence. Its primary use case is for in-depth security evaluations, particularly in applications with complex authentication mechanisms, utilizing a real browser for accurate session handling and multi-step testing. Notable features include precise detection accuracy backed by recorded evidence, an ability to map and exploit unknown applications autonomously, and integration with tools like Burp, all while adhering strictly to defined testing scopes.

PXEThiefUp is an advanced tool for extracting sensitive data from SCCM/MECM environments using PXE boot protocols, building upon the original PXEThief functionality with enhanced features. It supports automatic and manual targeting of PXE servers, various media formats for data extraction, and has capabilities for decrypting media files and organizing output, making it suitable for cybersecurity professionals engaged in network security assessments. Notable features include interface selection, folder scanning, basic password cracking, and compatibility with both Windows and Linux platforms.

graph-flow is a stateful graph workflow framework designed for building complex, interactive, and resumable AI agent workflows in Rust. It offers a type-safe environment reminiscent of LangGraph, featuring task orchestration, session persistence, and conditional routing, while integrating seamlessly with Rust's performance and type safety. Notable capabilities include flexible execution models, human-in-the-loop pauses, and a clean database schema for managing session state.

Rigs is an agent orchestration framework that facilitates the creation and management of intelligent agent systems through graph-based workflows. It enables multi-agent collaboration and supports features such as Directed Acyclic Graphs (DAGs) for workflow definition, conditional flow transitions, and persistence for conversation states, making it ideal for complex task handling in AI applications. Noteworthy features include flexible agent configuration, visualization export to Graphviz DOT format, and support for team-based workflows with leader agents.

Omarchy is a modern and opinionated Linux distribution designed to enhance user experience with a focus on aesthetics and ease of use. Notable features include a comprehensive set of applications, advanced configuration options, and a unified clipboard history, making it suitable for both novice and advanced users transitioning from other operating systems. The distribution emphasizes usability through hotkeys, a customization-friendly environment, and an extensive instructional manual.

Omakub is a command-line tool designed to transform a fresh Ubuntu installation into a fully-configured web development environment with a single command. This tool streamlines the setup process by providing an opinionated configuration of essential development tools, allowing users to quickly get up and running without the need for manual settings. Notable features include its modern configuration approach and the support for community-driven extensions for customization.

graffy is a graph-native interactive tool designed for constructing and managing agent-based workflows where every user prompt and operation is executed within an inspectable, durable graph framework. Its notable features include version-controlled graphs that facilitate evidence tracking, a Meta-Context Window framework for improved coordination in conversations, and robust escalation pathways for quality control, ensuring transparent and accountable interactions. This pre-alpha tool aims to redefine the execution of prompts and skills by emphasizing graph management over traditional approaches.

FancyUI (FUI) is an advanced UI library designed specifically for React and Next.js, currently under development with a focus on modern aesthetics and extensive customization capabilities. Notable features include a migration from Styled Components to Tailwind CSS, ensuring improved performance and smaller bundle sizes while maintaining full design system compatibility. The library offers a rich set of components with live demos, setup guidance, and customization tips through its dedicated Storybook resource.

The Ten Advances in Mathematics and Theoretical Computer Science repository provides formalizations in Lean 4 for ten significant mathematical results, including breakthroughs in sphere packing, coding theory, and complexity. Its primary use case is to verify mathematical proofs through formal methods, facilitating independent proof checking and enhancements in theoretical computer science research. Notable features include a series of formal proofs for complex mathematics topics, the ability to build and check individual formalizations, and integration with the Lean ecosystem and mathlib.

The repository provides a comprehensive collection of design resources tailored for developers, including assets such as UI components, fonts, icons, stock media, and design tools across various formats like PSD and Figma. Its primary use case is to streamline the design process by offering easy access to a wide range of high-quality design assets and inspiration. Notable features include categorized resources for various design needs, downloadable design software, and links to online design tools, enhancing productivity and creativity in web development.

This repository provides a comprehensive collection of free resources focused on System Design concepts, catering primarily to individuals preparing for technical interviews. It encompasses various core topics such as scalability, reliability, API fundamentals, networking, and database principles, alongside relevant strategies and methodologies, enabling users to grasp essential system architecture principles effectively. Noteworthy features include categorized content that links to in-depth articles and tutorials, enhancing the learning experience for users at different levels of expertise.

The Windows AI Privacy Toolkit is a privacy-centric tool designed to scan and manage AI features on Windows PCs, enabling users to identify and disable specific functionalities according to their privacy preferences. Key features include a detailed inventory of AI components, documented privacy summaries for individual features, and the ability to perform bulk toggling, all without cloud dependencies. It emphasizes user control and reversibility of changes, making it suitable for single-player and personal use.

TorNet is a tool that automates IP address rotation through the Tor network, providing users with enhanced anonymity during internet browsing or application usage. It allows for configurable settings such as rotation intervals and the number of IP changes, and offers both command-line and Python API interfaces for integration and automation. Notable features include the ability to run indefinitely, check current IP addresses, and fix missing dependencies automatically.

Subdosec is a specialized scanner for identifying potential subdomain takeovers, designed to deliver fast and accurate results with zero false positives. Its primary use case involves scanning subdomains for vulnerabilities and providing detailed reconnaissance data, including relevant metadata such as IP addresses and CNAME records. Notable features include a public database of vulnerable subdomains, support for both public and private scanning modes, and an option for local result saving alongside AI analysis capabilities for undetected subdomains.

Simple-Async-Port-Scanner is a Python 3-based asynchronous TCP port scanner that utilizes the asyncio framework to efficiently connect to multiple ports on specified IP addresses within a user-defined timeout. It features a straightforward command-line interface for scanning specified ports, supports both IP addresses and domain names, and can filter results to display only open ports. This tool is particularly notable for its speed, capable of scanning the first 1000 TCP ports on a target in under two seconds, while maintaining minimal dependencies.

Phantom is a multi-platform HTTP(S) reverse shell server and client implemented in Python 3, designed for securely establishing remote connections over HTTP or HTTPS. It features automatic certificate generation for HTTPS, bundled dependencies for seamless execution on Linux and Windows, and provides a user-friendly shell script for rapid certificate creation. The tool is tailored for penetration testing and remote administration scenarios, allowing quick setup and deployment for secure command execution.

Dfang is a tool designed for defanging and refanging indicators of compromise (IOCs) such as email addresses, URLs, and IP addresses to ensure safe transmission in potentially malicious environments. It features a command-line interface as well as a Rust library that allows developers to integrate the defanging functionality directly into their applications without external dependencies. Notable capabilities include transforming IOCs into unclickable formats and restoring them to their original state for analysis.

SimTower native Windows port is a function-by-function x86-64 implementation of the original Windows 3.1 version of *SimTower*, aimed at preserving and facilitating interoperability of the game. Notable features include comprehensive code analysis, exact native mapping of game routines, and a thorough validation process that ensures fidelity to the original gameplay experience. The tool requires specific resources from a legally owned copy of the game for successful local builds and emphasizes strict adherence to the original game's architecture and resource management.

HitmanVRFoveationFix enhances the visual experience of HITMAN World of Assassination in PC VR by replacing the game's fixed foveation renderer with dual full-resolution eye layers across the entire field of view, addressing the peripheral blurriness typical in pancake-lens headsets. Notable features include improved startup speeds for unverified game builds, reduced CPU usage while idle, and maintained safety protocols to ensure accurate gameplay integrity. The tool is compatible with Windows and SteamVR platforms, with experimental support for Linux.

Zeravynex is a robust static malware analysis platform designed for Windows Portable Executable files, utilizing a combination of deterministic heuristics, YARA signatures, and machine learning techniques to provide explainable security decisions. Notable features include deep PE parsing, a built-in YARA rule engine for malware family detection, automatic indicator of compromise extraction, and a modern web dashboard for real-time analysis visualization, all while ensuring safety by performing static analysis only. The platform facilitates binary inspection through both command-line interface and FastAPI REST API, supporting comprehensive threat triage processes.

Twisted Metal: Harbor City is a project aimed at creating a matching decompilation of the unreleased PlayStation 2 game. It is primarily used for analyzing and understanding the game's code structure and assets in a POSIX environment. Notable features include detailed documentation on classes, assets, and networking, as well as integration with various development tools such as GNU GCC and Ninja for building.