#assembly

https://github.com/nanochess/bootOS

#assembly

https://github.com/n64decomp/sm64

#assembly

https://github.com/hsoft/collapseos

#assembly

https://github.com/janroesner/sixty5o2

#assembly

https://github.com/osresearch/airbreak

#assembly

https://github.com/Sentdex/NNfSiX

#cplusplus #arm #arm_assembly #assembly #assembly_arm #assembly_language #assembly_language_programming #assembly_x86_64 #c #c_plus_plus #cyber #cyber_security #cyber_threat_intelligence #cybersecurity #hack #hacking #malware #reverse_engineering #reverse_engineering_tutorial #x64 #x86

https://github.com/mytechnotalent/Reverse-Engineering-Tutorial

#assembly #malware #malware_detection #malware_development #malware_research

https://github.com/vxunderground/MalwareSourceCode

#assembly

https://github.com/davidcallanan/os-series

#c_lang #c #windows #usb #assembly #iso #boot #md5 #uefi #sha1 #sha256 #syslinux #grub #mbr #gpt #bios #bootable_drives #freedos #grub4dos #windows_to_go

https://github.com/pbatard/rufus

#assembly

https://github.com/klezVirus/inceptor

#c_lang #assembler #assembly #blue_team #cplusplus #cpp #cyber #cyber_threat_intelligence #cybersecurity #hack #hacking #ida #ida_pro #idapro #microsoft_windows #reverse_engineering #training #training_material #training_materials #win32api #windows

https://github.com/mytechnotalent/Hacking-Windows

#assembly #c2 #hacking #hacking_tool #post_exploitation #red_team #red_teaming #security #security_tool

https://github.com/enkomio/AlanFramework

#assembly

https://github.com/SheerSt/pokewilds

#assembly #os #retrocomputing #system #z80

https://github.com/Zeal8bit/Zeal-8-bit-OS

#assembly #cryptography #isogenies #key_exchange_algorithms #lattice_based_crypto #post_quantum_cryptography

https://github.com/open-quantum-safe/liboqs

#assembly #agc #apollo #hacktoberfest #nasa

This project provides the original source code for the Apollo 11 mission's guidance computers, used in both the Command Module and Lunar Module. The code is available in multiple languages and has been digitized from original hardcopy images. Users can contribute by identifying issues or adding missing files. The benefit is that it allows developers and historians to study and learn from the historic software that made the first moon landing possible, and it also enables contributions to ensure the accuracy and completeness of the code.

https://github.com/chrislgarry/Apollo-11

#cplusplus #assembly_language #c #cpp #emulation #emulator #hacktoberfest #llvm #multiplatform #opengl #ps3 #vulkan

RPCS3 is the first free and open-source emulator for the PlayStation 3, working on Windows, Linux, macOS, and FreeBSD. It allows you to play PS3 games on your computer. You can find more information on their website, wiki, and forums. To use it, make sure your computer meets the minimum requirements and has the latest graphics driver and necessary software installed. By using RPCS3, you can enjoy PS3 games without needing a PS3 console, which is a big benefit for gamers who want to play these games on different devices.

https://github.com/RPCS3/rpcs3

#assembly #cpu #fpga #riscv #soc #softcore #spinalhdl #verilog #vhdl

This repository provides a highly configurable RISC-V CPU implementation written in SpinalHDL. Here are the key benefits and features The CPU can be customized with various plugins to add or remove features such as instruction and data caches, multiplication and division units, floating-point units, and more.
- **Performance** It includes a debug module that allows for Eclipse debugging via GDB, OpenOCD, and JTAG connections.
- **Compatibility** The CPU can be optimized for different FPGA targets, and it does not use any vendor-specific IP blocks.
- **Extensibility**: New instructions and peripherals can be added easily through the plugin system, making it highly extensible.

Overall, this implementation offers a flexible and powerful RISC-V CPU solution that can be tailored to various needs and applications.

https://github.com/SpinalHDL/VexRiscv

#cplusplus #assembly #assembly_language #avx512 #benchmark #coroutines #cpp #cpp_programming #cpp17 #cpp20 #cuda #gcc #google_benchmark #hpc #io_uring #linux_kernel #llvm #ptx #ranges #tutorial #tutorials

This repository helps developers improve their coding skills by showing how to write faster and more efficient code. It includes examples for C++, CUDA, and Assembly, focusing on performance optimization techniques. By using this resource, developers can learn how to avoid common pitfalls like performance bottlenecks and improve their coding habits. It also provides benchmarks to compare different coding methods, helping users choose the best approach for their projects. This can lead to significant speed improvements and better use of computer resources.

https://github.com/ashvardanian/less_slow.cpp