Brute Force attacks are often marginalized as a user issue or discounted as a non-issue because of sufficient password complexity. Because rainbow tables have provided a re-invigoration of this type of attack, maintaining password security is simply not enough. In this session, I will be releasing a framework for easily creating a brute force attack tool that is both multithreaded and distributed across multiple machines. As computing power continues to grow along with the ability to rent cycles and storage space, it becomes reasonable to add a money-time trade-off to brute force and dictionary attacks. Distributed computing combined with rainbow tables mean brute force attacks can now be very effective. I will present a version of a popular brute force tool which I modified to increase its speed by several orders of magnitude. Additionally I will demonstrate how to adopt an existing tool to utilize this framework.