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 是一个 Android 系统定制和增强工具包，旨在改变核心应用程序逻辑和图形界面。它专门作为 HyperOS 移动设备的定制模块，用于修改其视觉和功能行为。 该项目利用签名 OS 模块系统，使用密钥库和数字凭证对软件包进行加密签名，以便在目标设备上进行安全安装。 其功能涵盖通过基于资源的 UI 覆盖和系统级逻辑修改来改变系统行为和视觉元素。

本项目是一个 GPU 特性兼容层和帧生成模组。它作为一个 DLL API 模拟器和包装器，拦截专有的 Nvidia DLSS 帧生成调用并将其重定向到替代实现。 该软件在原生仅支持 Nvidia DLSS 帧生成的游戏中启用了 AMD FSR 3 帧生成。它将专有的图形请求转换为开放标准，允许帧插值在原本与原始供应商标准不兼容的显卡上运行。 该系统采用 DLL 代理包装和动态库重定向来模拟预期的函数签名并防止应用程序崩溃。此过程通过运行时挂钩和 API 表面模拟来映射专有到开放的转换。