Awesome GitHub RepositoriesSigned Binary Modules

RuView is a WiFi spatial sensing platform that uses radio frequency reflections to detect presence, track body poses, and monitor vital signs without the use of cameras. It functions as a 3D point-cloud spatial mapper, converting signal disturbances into coordinate sets to visualize physical environments and human movement. The system operates as a distributed sensing mesh where synchronized nodes use consensus and shared audit trails to maintain data consistency across a swarm. It further acts as an MQTT home automation bridge, streaming real-time spatial telemetry and occupancy data to smar

LOLBAS is a curated database and knowledge base of signed Windows binaries that can be misused to bypass security restrictions and execute unauthorized code. It serves as a technical registry that maps trusted system files to their functional capabilities and the offensive tactics they enable. The project distinguishes itself by providing a capability-driven indexing system and a tactics registry that relates legitimate binary functionality to known security evasion techniques. It includes an association layer that links specific system binaries to attack patterns and tactical objectives, pro

Cosign is a tool for signing and verifying software artifacts, primarily those stored in OCI-compatible registries such as container images, Helm charts, SBOMs, and Tekton bundles. It supports keyless signing using ephemeral keys and short-lived certificates from the Sigstore public-good infrastructure, associating signatures with an OpenID Connect identity rather than a long-lived cryptographic key. The project provides multiple signing and verification methods, including private keys, key pairs stored in KMS providers like AWS KMS and Azure Key Vault, and hardware security keys. It can sign

HyperCeiler es un kit de personalización y mejora del sistema Android diseñado para alterar la lógica central de las aplicaciones y las interfaces gráficas. Funciona como un módulo de personalización específicamente para dispositivos móviles HyperOS con el fin de modificar sus comportamientos visuales y funcionales. El proyecto utiliza un sistema de módulos de SO firmados, empleando almacenes de claves y credenciales digitales para firmar criptográficamente los paquetes para una instalación segura en el dispositivo objetivo. Sus capacidades cubren la modificación del comportamiento del sistema y la alteración de elementos visuales mediante anulaciones de UI basadas en recursos y modificaciones de lógica a nivel de sistema.

Este proyecto es una capa de compatibilidad de características de GPU y un mod de generación de fotogramas. Funciona como un emulador y envoltorio de API DLL que intercepta las llamadas de generación de fotogramas DLSS de Nvidia y las redirige a una implementación alternativa. El software permite la generación de fotogramas AMD FSR 3 en juegos que admiten de forma nativa solo la generación de fotogramas DLSS de Nvidia. Traduce solicitudes gráficas propietarias a un estándar abierto, permitiendo que la interpolación de fotogramas se ejecute en tarjetas gráficas que, de otro modo, serían incompatibles con los estándares originales del proveedor. El sistema emplea envoltorios de proxy DLL y redirección de bibliotecas dinámicas para imitar las firmas de funciones esperadas y evitar bloqueos de la aplicación. Este proceso mapea las traducciones de propietario a abierto a través de enganches en tiempo de ejecución y emulación de superficie de API.

apk.sh is a mobile application patching framework and reverse engineering tool designed to inject custom instrumentation and logic into compiled Android binaries. It serves as a workflow manager for modifying application packages without requiring access to the original source code. The toolkit focuses on automating the process of injecting the Frida gadget into Android packages, enabling dynamic analysis and function hooking on non-rooted devices. It handles the end-to-end lifecycle of deconstructing, modifying, and resigning binaries to facilitate security research, malware analysis, and be

This project provides configuration data structures containing build-specific memory offsets and patch codes required to activate remote desktop services. It serves as a registry of parameters and patch sets used to bypass remote desktop restrictions across various operating system builds. The repository specifically focuses on updating configuration files for the RDP Wrapper library. This ensures compatibility with new operating system builds, enabling remote desktop connectivity on editions that do not natively support the feature. The project covers system-level configuration for remote d