241 article(s)
A bold hacker project merges a 2000-watt fiber laser welder with scavenged 3D printer parts, overcoming technical hurdles to produce a promising DIY metal 3D printer. This innovation could bring industrial-grade metal fabrication to home workshops.
A bold experiment reveals that the way 3D printers lay down each layer can dramatically change part strength. Discover the science behind layer sequencing and what it means for hobbyists and pros.
A new wave of DIY hackers is building motorized volume mixers for PCs, using pro audio parts and open-source software to bring tactile, professional-grade sound control to everyday users.
With RAM prices skyrocketing due to AI-driven demand, Linux users are turning to in-kernel memory compression—like ZRam—to maximize their existing hardware and keep systems running smoothly.
When existing libraries failed to meet his needs, Michael Moroz built TensorFrost—a static optimizing tensor compiler with a Python front-end and shader-like syntax. This feature investigates the project’s origins, technical approach, and its potential to shake up computational mathematics.
When a specialty repair adapter was out of reach, a hacker used 3D printing and technical know-how to resurrect a dead Xbox 360. Here’s how creativity keeps retro consoles alive.
A deep dive into the Raspberry Pi’s overlooked power consumption flaw, and how one maker’s open-source solution could change the game for battery-powered projects.
A custom-built MIDI pedal lets musicians control the Roland SP-404 Mk2 groovebox hands-free, showcasing the creative potential—and security questions—of DIY music hardware hacking.
Explore the complex, innovative design of the Intel 8086’s ALU and its lasting impact—from microcode and lookup tables to the evolution of modern processors and FPGAs.
A creative modder repurposes inkjet printer parts and Arduino to bring force-feedback to compact racing controllers, bridging the gap between budget gaming gear and premium simulation experiences.