Free automated testing tool for web scraping, selenium automation, and data parsing — with 650+ configs
OpenBullet Anomaly is a powerful automated testing tool and web scraping suite that allows you to perform requests towards a target webapp and offers a lot of tools to work with the results. This software can be used for scraping and parsing data, automated pentesting, unit testing through selenium automation and much more. Download OpenBullet and SilverBullet configs for free from our store.
Powerful features designed for professionals
High-performance testing with optimized threading and proxy support for maximum speed.
Access to a vast library of pre-made configs for popular websites and services.
No ads, no tracking. Your testing activities remain completely private.
Download the latest updated version with 650+ configs included.
Password: openbullet.store
Download .RAR FileComplete cracking course with tools, audio explanation, video and text tutorials.
Advanced course for OpenBullet Anomaly & OpenBullet 2 [2026] with comprehensive materials.
IMPORTANT! Performing (D)DoS attacks or credential stuffing on sites you do not own (or you do not have permission to test) is illegal! The developer or this website will not be held responsible for improper use of this software.
OpenBullet configs is the result of numerous hours of passionated work from a small team of computer security enthusiasts. If you appreciated our work and you want to see OpenBullet configs kept being developed, please consider making a donation to our efforts via Bitcoin:
Bitcoin Address:
1CgAkPMgSG5SXvkTQnxU52HE2j8P9643Je
The story of the 8-bit multiplier on GitHub is a tale of how digital logic evolves from a simple student exercise into high-performance hardware architectures. Across thousands of repositories, this specific piece of code serves as the "Hello World" of hardware engineering, showcasing everything from basic binary math to ancient mathematical techniques. The Standard: The Unsigned Array Multiplier
Vedic Multiplier: Based on ancient Indian mathematical sutras like "Urdhva Tiryakbhyam" (Vertically and Crosswise), these are favored for their low power consumption and high speed. You can find an implementation on GitHub by amitvsuryavanshi04. 8bit multiplier verilog code github
The "Verilog-Modules" Collections: Look for "Awesome-FPGA" lists which often curate optimized math modules. The story of the 8-bit multiplier on GitHub
run: vvp $(OUTPUT)