H

hardware

OpenRGB plugin for syncing RGB device colors with hardware measurements (CPU, GPU, fan speed, etc...)

A homebrew 8-bit games console

Nanocube 26 petaflops 3D silicon stacking architecture delivering supercomputer performance in desktop form factor using legacy fabrication nodes.

CUBIT

Volumetric computing architecture organizing one trillion cells into a three dimensional lattice where physical configuration state is the computation itself.

Circulis Aqua is an AGPL 3.0+ modular infrastructure design system for desalination, water purification, reuse, and geospatial distribution. It uses AI-assisted configuration to design scalable, plug-in water systems that range from residential units to municipal and regional grids. Built on a graph-based water flow model, it enables local-first optimization, closed-loop water reuse, and intelligent routing to ensure no water is wasted across interconnected infrastructure networks.

Hardware information parser for .NET

LAVE (Low-Altitude Vehicle Experiment) is an open-source research platform exploring human-scale hover in the sub-meter regime using distributed electric thrust, real-time stabilization, and fully transparent hardware and software systems. Built for reproducibility and experimentation rather than productization, it focuses on measuring the unstable transition between ground contact and sustained flight, with all telemetry, failures, and design iterations openly shared as part of the research process.

RoadCraft is an open-source AI motorcycle copilot system that combines helmet-based intelligence, real-time sensor fusion, and vehicle control integration to enhance rider safety without removing human control. It provides optional AI assistance for navigation, hazard detection, and emergency intervention, while supporting advanced features like V2X communication, stabilization systems, and edge-based processing. Built under the AGPL-3.0+ license, RoadCraft is designed for collaborative development of next-generation intelligent riding systems.

KineticKind is an open-source SUV platform designed to make entering and exiting a vehicle safe, comfortable, and dignified through intelligent seat-assist technology. By combining rotating lift seats, accessibility-focused engineering, and a fully open development model, the project reimagines mobility around real human movement rather than mechanical constraints. Built under the AGPL-3.0+ license, KineticKind invites a global community to collaborate on creating more inclusive transportation for everyone.

A two-stage audio amplifier: active band-pass filter (TL071) into unity-gain power buffer (OPA551). Designed in Proteus, built on breadboard and PCB.

Adaptive 4x4x4 NeoPixel LED cube project with Arduino firmware, sensor driven brightness, button controls, animation modes, build docs and media.

The hardware engineering home of the Circuit Crafters first electronic badge project.

The firmware board support package home of the Circuit Crafters first electronic badge project.

The firmware engineering home of the Circuit Crafters first electronic badge project.

The firmware engineering home of the Cryptohack electronic badge project.

The mobile engineering home of the Cryptohack Badge project.

mainboard: tplink td-w8901n v1 - trying to expand my hardware knowledge on a broken device.

Scientific Toolkit v2.0 is a free, Python-based desktop application that provides an integrated, adaptable environment for researchers, students, and labs with limited budgets. Originally developed as the Basalt Provenance Triage Toolkit for geochemical and typological classification of Early Bronze Age I basalt vessels and artefacts (Egypt/Levant) using pXRF/ICP-MS, isotopes, wall-thickness measurements, and museum metadata, it has been significantly expanded and rebranded.

Now supports 18+ disciplines including geochemistry, archaeology, petrology, sedimentology, soil science, environmental analysis, zooarchaeology, isotope geochemistry, geochronology, spectroscopy, GIS, and more. Key features:

70 rule-based classification engines (e.g., TAS, QAPF, Pearce diagrams, Hakanson risk, Behrensmeyer weathering) 10 multi-stage scientific protocols 37 software plugins + 25 add-ons (plotting, consoles, offline Toolkit AI v2.2, macro recorder) 16 hardware suites for direct integration (SciAps/Olympus/Bruker pXRF, Mitutoyo calipers, balances, pH meters, GNSS, etc.) 16 domain-specific Field Panels with live embedded diagrams and auto-detection Statistical Console (plain-language stats, no coding) Publication-ready templates (Nature, Science, AGU, Elsevier) Project save/load, thread-safe auto-save, and more

Designed for cross-disciplinary workflows, field-to-lab portability, and non-coders. Built by an independent researcher using curiosity-driven development. Validate all results—garbage in, garbage out. Full details: https://gitlab.com/sefy76/scientific-toolkit/ Zenodo Archive: https://doi.org/10.5281/zenodo.18727755

Documenting functionality of virtual and augmented reality hardware and software on Linux.