HARD DRIVE Mining? This is getting ridiculous...

The video opens with Linus introducing a side project inspired by a forum post about mining Burst Coin using spare hard drive capacity instead of traditional CPU, GPU, or ASIC power. He discusses the initial setup idea, weighing the benefits of using enterprise drives for reliability against Burst Coin mining benefits, and the importance of cooling to prolong drive life. The host then decides to repurpose a spare Storinator with ample backplane space and a new extended ATX motherboard to create a more scalable mining station. He highlights practical considerations such as avoiding unnecessary wear from sleep features, ensuring adequate cooling, and the value of a capable plotting workflow that precursors the mining process. The segment also covers the step of transplanting drives into the upgraded chassis and evaluating whether the effort pays off in real-world ROI given current Burst Coin pricing and storage volume. In the closing, Linus presents measured ROI results, showing that after months of storage at roughly 150 terabytes, about 4,000 Burst Coin were mined, equating to around a few dollars per burst at the time and roughly $100 of Burst Coin per month given their capacity. He then frames the larger takeaway: for someone with spare drives, Burst Coin mining can be a curiosity or a learning exercise, but it is not a reliable path to meaningful income compared to running a cloud storage service or other storage-focused ventures. The video ends with practical purchase links, sponsorship mentions, and an invitation to the community to discuss further while acknowledging the project was more of a rabbit hole than a simple afternoon side quest. Overall, the host emphasizes learning, experimentation, and cautious ROI evaluation before investing heavily in large-scale mining hardware.

Topics · technology · science · cryptocurrency · hardware