UnoDOS is a family of graphical operating systems spanning from 16-bit real-mode DOS on a 1.44 MB floppy to pc64, a modern 64-bit bare-metal OS for contemporary PCs. It features a unified codebase across twenty-two platforms including home computers, consoles, and handhelds, with a complete application suite including office tools, browser, IDE, and multimedia apps all written natively in x86 assembly and C.
A comprehensive survey of SIMD support in Rust as of 2026, covering hardware instruction sets (SSE2, AVX2, AVX-512 on x86; NEON on ARM; WebAssembly SIMD), the challenges of CPU feature detection and function multiversioning, and three approaches to leveraging SIMD: automatic vectorization, portable abstractions, and platform-specific intrinsics.
A fantasy 1988 ARM-based IBM PC/AT emulated in JavaScript, running ARM-native DOS 4.00, BIOS, and classic software like DOOM and Quake. An x86-to-ARM JIT translator called ELBOW enables running legacy Intel software, while the entire system—designed by an AI agent named Europa—emulates period-accurate hardware including VGA, Sound Blaster, and modems.
Madeira is a research project that enables Windows PC games to run on non-jailbroken iPhones by combining Wine, FEX-Emu, and DXMT to translate and render x86 code natively on ARM64 devices. Games like Thumper and ULTRAKILL are playable, though the project remains experimental with rough edges and requires weekly reinstallation via sideloading due to iOS JIT limitations.
A 2026 survey of SIMD in Rust covering progress in the SIMD ecosystem, instruction set extensions across x86, ARM, and WebAssembly architectures, and three approaches to leveraging SIMD: automatic vectorization, portable abstractions, and platform-specific intrinsics.
ForensicDbg is a modern post-mortem debugger for Windows x64/x86 crashes that combines an intuitive UI with advanced analysis capabilities including MCP interface support for AI-assisted debugging. It offers crash dump analysis, live process attachment, just-in-time debugging, and leverages expert heuristics for type deduction and callstack validation.