OpenHaystack is a software framework for creating and tracking custom Bluetooth beacons using the Apple Find My crowdsourced location network. It provides a system for generating encrypted cryptographic keys and flashing firmware onto embedded hardware to broadcast trackable Bluetooth signals.
seemoo-lab/openhaystack की मुख्य विशेषताएं हैं: Apple Find My Network Integration, Beacon Generators, Beacon Firmware, Bluetooth Low Energy Tools, Bluetooth Tracking Systems, Crowdsourced Device Tracking, Find My Network Frameworks, Bluetooth Connectivity।
seemoo-lab/openhaystack के ओपन-सोर्स विकल्पों में शामिल हैं: xiaoyaoyou1212/ble — This library is a framework for managing Bluetooth Low Energy connections, device scanning, and data exchange between… quipnetwork/quip-protocol — This project is a cryptographic mining protocol that establishes a distributed compute network for solving complex… google/physical-web — Physical Web is a physical-to-digital interaction framework and wireless object discovery protocol. It connects… tinygo-org/tinygo — TinyGo is a specialized compiler and development toolkit designed to bring the Go programming language to… ethereumbook/ethereumbook — This project serves as a comprehensive technical reference and educational platform for the Ethereum ecosystem. It… aicareles/android-ble — This library is a framework for Android applications to manage Bluetooth Low Energy connectivity, peripheral…
This library is a framework for managing Bluetooth Low Energy connections, device scanning, and data exchange between Android applications and peripheral hardware. It provides a development toolkit for implementing service operations, notification handling, and broadcast packet parsing to facilitate communication with external sensors and equipment. The library distinguishes itself by maintaining multiple concurrent peripheral connections with automatic retry logic and state management to ensure stable communication sessions. It handles the complexities of hardware interaction by serializing
This project is a cryptographic mining protocol that establishes a distributed compute network for solving complex mathematical tasks. It functions as a decentralized infrastructure where registered mining nodes participate in proof of work mining to solve network problems in exchange for rewards. The system specializes in quantum-inspired problem solving by mapping tasks into Ising mathematical structures. These problems are processed using a hardware-agnostic computation model, allowing solvers to execute tasks across CPU, GPU, or quantum processing units. The protocol includes tools for m
Physical Web is a physical-to-digital interaction framework and wireless object discovery protocol. It connects physical beacons to web URLs via wireless advertisement packets, allowing users to access digital content and trigger web-based interactions without the need for dedicated native applications. The system utilizes a Bluetooth Low Energy beacon system and a web link broadcaster to transmit public addresses to nearby mobile devices. To ensure cross-hardware discovery, it supports multi-protocol broadcasting across Bluetooth, mDNS, and SSDP. Privacy is maintained through the use of obfu
TinyGo is a specialized compiler and development toolkit designed to bring the Go programming language to resource-constrained microcontrollers and WebAssembly environments. It provides a bare-metal runtime environment that enables high-level code execution without the need for a traditional operating system, utilizing an LLVM-based backend to generate efficient machine instructions. The project distinguishes itself through aggressive optimization techniques tailored for small hardware, including a static memory allocation strategy and whole-program dead code elimination that significantly re