<?xml version="1.0" encoding="UTF-8"?>
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    <title>open-hardware</title>
    <link rel="self" type="application/atom+xml" href="https://links.biapy.com/guest/tags/363/feed"/>
    <updated>2026-04-18T20:01:02+00:00</updated>
    <id>https://links.biapy.com/guest/tags/363/feed</id>
            <entry>
            <id>https://links.biapy.com/links/11891</id>
            <title type="text"><![CDATA[PokyPow]]></title>
            <link rel="alternate" href="https://pokypow.com/" />
            <link rel="via" type="application/atom+xml" href="https://links.biapy.com/links/11891"/>
            <author>
                <name><![CDATA[Biapy]]></name>
            </author>
            <summary type="text">
                <![CDATA[turn on/off and monitor your PC or Server with Home Assistant. Build with ESPHome. 

Remote Power Control &amp;amp; Monitoring for any Desktop PC.
Designed for Home Assistant enthusiasts who want full control over their computer.

- [PokyPow @ GitHub](https://github.com/ajfriesen/pokypow).]]>
            </summary>
            <updated>2026-02-20T14:14:19+00:00</updated>
        </entry>
            <entry>
            <id>https://links.biapy.com/links/11071</id>
            <title type="text"><![CDATA[GP2040-CE]]></title>
            <link rel="alternate" href="https://gp2040-ce.info/" />
            <link rel="via" type="application/atom+xml" href="https://links.biapy.com/links/11071"/>
            <author>
                <name><![CDATA[Biapy]]></name>
            </author>
            <summary type="text">
                <![CDATA[Multi-Platform Gamepad Firmware for Raspberry Pi Pico and other RP2040 boards.

GP2040-CE (Community Edition) is a gamepad firmware for the Raspberry Pi Pico and other boards based on the RP2040 microcontrollers that combines multi-platform compatibility, low latency and a rich feature set to provide endless customization possibilities without sacrificing performance.

- [GP2040-CE @ GitHub](https://github.com/OpenStickCommunity/GP2040-CE).

Related contents:

- [Zniko - Pour prendre du plaisir avec une seule main @ Korben :fr:](https://korben.info/manette-zniko-aphasique-jeux-video-avc-paralysie-controller.html).]]>
            </summary>
            <updated>2025-11-24T08:58:24+00:00</updated>
        </entry>
            <entry>
            <id>https://links.biapy.com/links/11070</id>
            <title type="text"><![CDATA[&amp;quot;Zniko&amp;quot; controller: Controller for one-handed play]]></title>
            <link rel="alternate" href="https://sites.google.com/view/zniko/langue/english" />
            <link rel="via" type="application/atom+xml" href="https://links.biapy.com/links/11070"/>
            <author>
                <name><![CDATA[Biapy]]></name>
            </author>
            <summary type="text">
                <![CDATA[Following a stroke and the inability to play with my right hand, which no longer had any feeling, I tested a few commercially available devices to enable me to play with only my left hand.

However, none of them convinced me (problems with access to all the buttons, latency), so I developed the &amp;quot;Zniko&amp;quot; controller: I modeled the controller, found the necessary components, and adapted the software.

Related contents:

- [Zniko - Pour prendre du plaisir avec une seule main @ Korben :fr:](https://korben.info/manette-zniko-aphasique-jeux-video-avc-paralysie-controller.html).]]>
            </summary>
            <updated>2025-11-24T08:56:57+00:00</updated>
        </entry>
            <entry>
            <id>https://links.biapy.com/links/11020</id>
            <title type="text"><![CDATA[Mojo-V]]></title>
            <link rel="alternate" href="https://github.com/toddmaustin/mojo-v" />
            <link rel="via" type="application/atom+xml" href="https://links.biapy.com/links/11020"/>
            <author>
                <name><![CDATA[Biapy]]></name>
            </author>
            <summary type="text">
                <![CDATA[A RISC-V instruction set extension for privacy-oriented programming. Mojo-V allows programmers to write software that computes on data that no software or person can see, except the data owner. Mojo-V implements this novel form of secret computation using simple extensions to a RISC-V CPU.]]>
            </summary>
            <updated>2025-11-20T12:12:25+00:00</updated>
        </entry>
            <entry>
            <id>https://links.biapy.com/links/10756</id>
            <title type="text"><![CDATA[Coral NPU]]></title>
            <link rel="alternate" href="https://github.com/google-coral/coralnpu" />
            <link rel="via" type="application/atom+xml" href="https://links.biapy.com/links/10756"/>
            <author>
                <name><![CDATA[Biapy]]></name>
            </author>
            <summary type="text">
                <![CDATA[A machine learning accelerator core designed for energy-efficient AI at the edge. 

Coral NPU is a hardware accelerator for ML inferencing. Coral NPU is an Open Source IP designed by Google Research and is freely available for integration into ultra-low-power System-on-Chips (SoCs) targeting wearable devices such as hearables, augmented reality (AR) glasses and smart watches.]]>
            </summary>
            <updated>2025-10-22T11:30:17+00:00</updated>
        </entry>
            <entry>
            <id>https://links.biapy.com/links/10652</id>
            <title type="text"><![CDATA[AirGradient]]></title>
            <link rel="alternate" href="https://www.airgradient.com/documentation/" />
            <link rel="via" type="application/atom+xml" href="https://links.biapy.com/links/10652"/>
            <author>
                <name><![CDATA[Biapy]]></name>
            </author>
            <summary type="text">
                <![CDATA[Build your own accurate air quality monitor with the build instructions below. You can either source the components yourself or get a ready-to-build kit from our online shop.

- [AirGradient Arduino Library @ GitHub](https://github.com/airgradienthq).

Related contents:

- [\# Free Software hasn&amp;#039;t won @ dcz&amp;#039;s projects](https://dorotac.eu/posts/fosswon/).]]>
            </summary>
            <updated>2025-10-14T11:51:10+00:00</updated>
        </entry>
            <entry>
            <id>https://links.biapy.com/links/10433</id>
            <title type="text"><![CDATA[Famicom Open AV MOD]]></title>
            <link rel="alternate" href="https://github.com/beber666/Famicom-OpenAV" />
            <link rel="via" type="application/atom+xml" href="https://links.biapy.com/links/10433"/>
            <author>
                <name><![CDATA[Biapy]]></name>
            </author>
            <summary type="text">
                <![CDATA[Open-source PCB designs to add composite AV output to the Nintendo Famicom. Includes through-hole and SMD versions, based on the HVC-CPU-07 board. Provides cleaner video/audio than RF, following Miko’s original AV-mod guide. Gerber files included. 

Related contents:

- [Famicom-OpenAV - Pour ajouter une sortie AV composite sur une Famicom @ Korben :fr:](https://korben.info/famicom-pcb-modification-av-open-source.html).]]>
            </summary>
            <updated>2025-09-29T10:21:12+00:00</updated>
        </entry>
            <entry>
            <id>https://links.biapy.com/links/10231</id>
            <title type="text"><![CDATA[CapibaraZero]]></title>
            <link rel="alternate" href="https://capibarazero.com/" />
            <link rel="via" type="application/atom+xml" href="https://links.biapy.com/links/10231"/>
            <author>
                <name><![CDATA[Biapy]]></name>
            </author>
            <summary type="text">
                <![CDATA[A cheap alternative to FlipperZero™ based on Espressif and SBC boards.

CapibaraZero aim to be a cheap alternative to FlipperZero™. It&amp;#039;s based on ESP32 boards especially on ESP32-S3 but we want to port firmware to all ESP family boards.

- [CapibaraZero @ GitHub](https://github.com/CapibaraZero/).]]>
            </summary>
            <updated>2025-09-16T08:44:10+00:00</updated>
        </entry>
            <entry>
            <id>https://links.biapy.com/links/10142</id>
            <title type="text"><![CDATA[K-Scale Labs]]></title>
            <link rel="alternate" href="https://www.kscale.dev/" />
            <link rel="via" type="application/atom+xml" href="https://links.biapy.com/links/10142"/>
            <author>
                <name><![CDATA[Biapy]]></name>
            </author>
            <summary type="text">
                <![CDATA[Zeroth-01 Bot is a super hackable, affordable, and end-to-end (sim2real, RL) 3D-printed open-source humanoid robot platform. Fully open-source, including hardware, SDK, and sim environments. BoM starts at $350. 

Open-source humanoid robots, built for developers.

Our mission at K-Scale Labs is to accelerate the timeline to a world with billions of general-purpose robots, by making them open-source and universally accessible. We believe this is the best route towards making humanity into a Type 1 civilization on the Kardashev scale.

- [K-Scale Labs documentation](https://docs.kscale.dev/docs/getting-started).
- [Zeroth-01 Bot @ GitHub](https://github.com/zeroth-robotics/zeroth-bot).]]>
            </summary>
            <updated>2025-09-12T06:49:02+00:00</updated>
        </entry>
            <entry>
            <id>https://links.biapy.com/links/10136</id>
            <title type="text"><![CDATA[PiKon]]></title>
            <link rel="alternate" href="https://pikonic.com/" />
            <link rel="via" type="application/atom+xml" href="https://links.biapy.com/links/10136"/>
            <author>
                <name><![CDATA[Biapy]]></name>
            </author>
            <summary type="text">
                <![CDATA[The PiKon telescope is a 3D printed astro-cam which uses a Raspberry Pi camera. It was designed as a demonstration of what could be done by the home enthusiast with new disruptive technologies such as 3D printing and Raspberry Pi computers.

Related contents:

- [S12E01 : 9 septembre 2025 @ Les Technos](https://lestechnos.be/s12e01-9-septembre-2025/).]]>
            </summary>
            <updated>2025-09-12T05:36:36+00:00</updated>
        </entry>
            <entry>
            <id>https://links.biapy.com/links/10086</id>
            <title type="text"><![CDATA[Glider]]></title>
            <link rel="alternate" href="https://gitlab.com/zephray/glider" />
            <link rel="via" type="application/atom+xml" href="https://links.biapy.com/links/10086"/>
            <author>
                <name><![CDATA[Biapy]]></name>
            </author>
            <summary type="text">
                <![CDATA[Open-source Eink monitor with an emphasis on low latency.

Related contents:

- [E-Paper Display Reaches the Realm of LCD Screens @ IEEE Spectrum](https://spectrum.ieee.org/e-paper-display-modos).]]>
            </summary>
            <updated>2025-09-09T11:34:14+00:00</updated>
        </entry>
            <entry>
            <id>https://links.biapy.com/links/10085</id>
            <title type="text"><![CDATA[Caster]]></title>
            <link rel="alternate" href="https://gitlab.com/zephray/caster" />
            <link rel="via" type="application/atom+xml" href="https://links.biapy.com/links/10085"/>
            <author>
                <name><![CDATA[Biapy]]></name>
            </author>
            <summary type="text">
                <![CDATA[The Caster is a open-source FPGA-based low-latency electrophoretics display controller (EPDC) design that can be embedded into multiple different classes of devices.

Related contents:

- [E-Paper Display Reaches the Realm of LCD Screens @ IEEE Spectrum](https://spectrum.ieee.org/e-paper-display-modos).]]>
            </summary>
            <updated>2025-09-09T11:33:06+00:00</updated>
        </entry>
            <entry>
            <id>https://links.biapy.com/links/10049</id>
            <title type="text"><![CDATA[Fairberry]]></title>
            <link rel="alternate" href="https://github.com/Dakkaron/Fairberry" />
            <link rel="via" type="application/atom+xml" href="https://links.biapy.com/links/10049"/>
            <author>
                <name><![CDATA[Biapy]]></name>
            </author>
            <summary type="text">
                <![CDATA[The goal of this project is to add a BlackBerry Q10 keyboard to non-BlackBerry phones. While this can easily be adapted to suit any other phone with an USB port at the bottom, I will focus on releasing files for the Fairphone 4, since that is what I have. Feel free to adjust it to your phone and share your results in the discussion area.

Related contents:

- [Un maker transforme un Samsung Z Flip cassé en smartphone à clavier BlackBerry DIY @ Korben :fr:](https://korben.info/maker-transforme-samsung-flip-casse-smartphone.html).]]>
            </summary>
            <updated>2025-09-08T10:36:10+00:00</updated>
        </entry>
            <entry>
            <id>https://links.biapy.com/links/195</id>
            <title type="text"><![CDATA[The OpenFlexure project]]></title>
            <link rel="alternate" href="https://openflexure.org/" />
            <link rel="via" type="application/atom+xml" href="https://links.biapy.com/links/195"/>
            <author>
                <name><![CDATA[Biapy]]></name>
            </author>
            <summary type="text">
                <![CDATA[The OpenFlexure project makes high precision mechanical positioning available to anyone with a 3D printer - for use in microscopes, micromanipulators, and more. 

- [OpenFlexure @ GitHub](https://gitlab.com/openflexure).

Related contents:

- [Episode été 2025 @ Les Technos :fr:](https://les-technos.lepodcast.fr/les-technos-episode-ete-2025).]]>
            </summary>
            <updated>2025-11-04T10:24:01+00:00</updated>
        </entry>
            <entry>
            <id>https://links.biapy.com/links/343</id>
            <title type="text"><![CDATA[Amazing Hand project]]></title>
            <link rel="alternate" href="https://github.com/pollen-robotics/AmazingHand" />
            <link rel="via" type="application/atom+xml" href="https://links.biapy.com/links/343"/>
            <author>
                <name><![CDATA[Biapy]]></name>
            </author>
            <summary type="text">
                <![CDATA[Code and model to control the AH!

Robotic hands are often very expensive and not so expressive. More dexterous often needs cables and deported actuators in forearm i.e..

Aim of this project is to be able to explore humanoid hand possibilities on a real robot (and Reachy2 is the perfect candidate for that !) with moderate cost. =&amp;gt; Wrist interface is designed for Reachy2&amp;#039;s wrist (Orbita 3D), but it can be easily adapted to other robot&amp;#039;s wrist...]]>
            </summary>
            <updated>2026-01-21T13:12:31+00:00</updated>
        </entry>
            <entry>
            <id>https://links.biapy.com/links/518</id>
            <title type="text"><![CDATA[Bento]]></title>
            <link rel="alternate" href="https://github.com/lunchbox-computer/bento" />
            <link rel="via" type="application/atom+xml" href="https://links.biapy.com/links/518"/>
            <author>
                <name><![CDATA[Biapy]]></name>
            </author>
            <summary type="text">
                <![CDATA[a computer in a keyboard.

Bento is a computer. Its name come from it&amp;#039;s distinctly bento box look, and it takes inspiration from the Comodore 64, and the many creations on r/cyberdeck.

It fit perfectly underneath a keyboard, which acts as a lid! Giving you easy access to the internals, as well as a compartment to store various small peripherals.]]>
            </summary>
            <updated>2025-08-28T17:23:58+00:00</updated>
        </entry>
            <entry>
            <id>https://links.biapy.com/links/628</id>
            <title type="text"><![CDATA[ArduPilot]]></title>
            <link rel="alternate" href="https://ardupilot.org/" />
            <link rel="via" type="application/atom+xml" href="https://links.biapy.com/links/628"/>
            <author>
                <name><![CDATA[Biapy]]></name>
            </author>
            <summary type="text">
                <![CDATA[ArduPilot is a trusted, versatile, and open source autopilot system supporting many vehicle types: multi-copters, traditional helicopters, fixed wing aircraft, boats, submarines, rovers and more. The source code is developed by a large community of professionals and enthusiasts. New developers are always welcome! The best way to start is by joining the Developer Team Forum, which is open to all and chock-full of daily development goodness.

- [ArduPilot @ GitHub](https://github.com/ArduPilot/ardupilot).

Related contents:

- [Ukraine&amp;#039;s Massive Drone Attack Was Powered by Open Source Software @ 404 Media](https://www.404media.co/ukraines-massive-drone-attack-was-powered-by-open-source-software/).]]>
            </summary>
            <updated>2025-08-28T17:42:12+00:00</updated>
        </entry>
            <entry>
            <id>https://links.biapy.com/links/730</id>
            <title type="text"><![CDATA[Game Bub]]></title>
            <link rel="alternate" href="https://github.com/elipsitz/gamebub" />
            <link rel="via" type="application/atom+xml" href="https://links.biapy.com/links/730"/>
            <author>
                <name><![CDATA[Biapy]]></name>
            </author>
            <summary type="text">
                <![CDATA[Open-source FPGA retro emulation handheld.

Game Bub is an open-source FPGA retro emulation handheld, with support for Game Boy, Game Boy Color, and Game Boy Advance games.

Related contents:

- [Game Bub @ Crowd Supply](https://www.crowdsupply.com/second-bedroom/game-bub).
- [Game Bub - La console FPGA open source qui ressuscite votre Game Boy @ Korben :fr:](https://korben.info/game-bub-console-fpga-open-source-game-boy.html).]]>
            </summary>
            <updated>2025-09-11T06:12:18+00:00</updated>
        </entry>
            <entry>
            <id>https://links.biapy.com/links/803</id>
            <title type="text"><![CDATA[Evertop]]></title>
            <link rel="alternate" href="https://github.com/ericjenott/Evertop" />
            <link rel="via" type="application/atom+xml" href="https://links.biapy.com/links/803"/>
            <author>
                <name><![CDATA[Biapy]]></name>
            </author>
            <summary type="text">
                <![CDATA[E-ink IBM XT clone with solar power, ultra low power consumption, and ultra long battery life. 

Evertop is a portable PC that emulates an IBM XT with an 80186 processor and 1MB RAM. It can run DOS, Minix, and some other old 1980s operating systems. It also runs Windows up to version 3.0. Because it&amp;#039;s based on a powerful yet very low power microcontroller, uses an e-ink display, packs two 10,000mAh batteries, and implements extreme power saving measures, it can run for hundreds or even thousands of hours on a single charge. Combine that with its built in solar panel, and you should be able to use it indefinitely off grid without ever having to worry about battery life.]]>
            </summary>
            <updated>2025-08-28T18:11:22+00:00</updated>
        </entry>
            <entry>
            <id>https://links.biapy.com/links/7648</id>
            <title type="text"><![CDATA[Pulpino]]></title>
            <link rel="alternate" href="https://www.pulp-platform.org/" />
            <link rel="via" type="application/atom+xml" href="https://links.biapy.com/links/7648"/>
            <author>
                <name><![CDATA[Biapy]]></name>
            </author>
            <summary type="text">
                <![CDATA[PULPino is an open-source microcontroller system, based on a small 32-bit RISC-V core developed at ETH Zurich. The core has an IPC close to 1, full support for the base integer instruction set (RV32I), compressed instructions (RV32C) and partial support for the multiplication instruction set extension (RV32M). It implements several ISA extensions such as: hardware loops, post-incrementing load and store instructions, ALU and MAC operations, which increase the efficiency of the core in low-power signal processing applications.

- [Pulpino @ GitHub](https://github.com/pulp-platform/pulpino).]]>
            </summary>
            <updated>2025-08-29T13:12:12+00:00</updated>
        </entry>
            <entry>
            <id>https://links.biapy.com/links/7933</id>
            <title type="text"><![CDATA[Showerloop]]></title>
            <link rel="alternate" href="https://showerloop.org/" />
            <link rel="via" type="application/atom+xml" href="https://links.biapy.com/links/7933"/>
            <author>
                <name><![CDATA[Biapy]]></name>
            </author>
            <summary type="text">
                <![CDATA[Showers are great, but pouring hot and almost drinkable water down the drain is crazy. Besides the obvious costs to the environment and your bills there is also a conscious on unconscious psychological cost any time you create waste. To solve this problem we created Showerloop. It&amp;#039;s a shower that collects, cleans and reuses the water in real time while you are showering. So now you can shower for as long as you like without wasting precious resources.]]>
            </summary>
            <updated>2026-01-09T13:59:42+00:00</updated>
        </entry>
    </feed>
