Bridge the gap between sim and sky! FPV Sim Link sends your PC flight sims straight to your goggles for realistic, cost-effective training.
10.03.2026 20:22
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Bridge the gap between sim and sky! FPV Sim Link sends your PC flight sims straight to your goggles for realistic, cost-effective training.
NXP has announced a new entry in its i.MX family, created by combining the i.MX 93 applications processor with an IW610G triple-radio — to build the i.MX 93W, an all-in-one chip the company claims can replace "up to 60 discrete components" in edge ML devices.
BeagleBoard has announced a new development board in its growing family, and this one brings an ePaper display along for the ride: meet the BeagleBadge.
Mukesh Sankhla's smart pan-and-tilt tracking system turns the HUSKYLENS V2 into an interactive AI vision module that can physically follow what it sees.
Now you can bring PolyJet 3D printing to your desktop at a somewhat affordable price.
New #HacksterCafe this Tuesday, ft. Tim Keller! #Hardware entrepreneurship, #3DPrinting pens, #biotech, and more...
👀 Catch it live or recorded on @hacksterio.bsky.social
Tue. March 10, 10:30am Pacific / 5:30pm UTC:
▶️ www.youtube.com/watch?v=oA3W...
▶️ www.linkedin.com/events/74368...
#HacksterIO
Michael Klements’ 3D-printed portable homelab packs a Raspberry Pi server stack into a 5-inch rack for pro-grade power in your backpack.
Audit your home Wi-Fi security with Piglet, a DIY, low-cost, open source scanner built with an ESP32-C5.
Nordic Semiconductor has announced a new pair of chips that it plans to showcase at Embedded World 2026 this week, ahead of production later this year: the entry-level nRF54LS05A and -B BLE SoCs.
Turn your bench supply into a high-precision USB power source with USBpwrMe, the tiny open source adapter for fast, monitored prototyping.
Rediscover the power of analog with the modular CONTINUUM computer that makes solving complex differential equations visual and accessible.
Arduino has announced a new board, ahead of its formal unveiling at Embedded World this week: the Arduino VENTUNO Q, a Qualcomm Dragonwing IQ8-series SBC designed for intelligence at the edge, robotics, and actuation work — and to celebrate Arduino's 21st anniversary.
Learn Morse code with this custom-built wireless trainer by Katniss Labs — either build your own or buy an assembled unit for $50.
Turn your IKEA wall lamp into a playable Tetris machine with an ESP32 — because every LED matrix deserves to be hacked.
Upgrade your remote with USB-C charging using this simple hack, and you'll never need to hunt for batteries again.
Bring some fun to your day with this expressive, mobile ESP32-based companion robot that roams around your desk.
If you want to make your own robots exhibit lifelike movement, Donald Bell’s tutorial will show you how using Bottango and an ESP32.
Is it a drone or a car? Yes. Mercury can drive on the ground or take to the skies on command. Build yours today!
M5Stack’s Echo Pyramid is a base for building your own high-performance custom AI voice assistant for your smart home.
Joel Telling demonstrates how you can make indoor golf practice more convenient with a 3D-printed golf ball dispenser.
No need to eyeball it when you can build a high-precision DIY scale for under $5 using this simple approach.
Dariush Salami's SensWear is an open, modular wearable hardware platform for building flexible sensing and edge AI applications.
Spec5 has launched another portable LoRa-powered communicator — but this one's a fully-functional Android-based phone: the Spec5 Spectre Pro.
Meet your new desk companion: a DIY robot that’s either a cute little buddy or a cyclopean nightmare depending on how you build it!
Markus Bindhammer fulfilled a childhood dream by building his own analog computer.
Built from Raspberry Pi's official operating system images, these 32-bit and 64-bit images get your Docker containers up and running fast.
Yvain Rouchaud has opened crowdfunding for the Nérée, a whale-shaped tactile synth with sampling, digital audio workstation, and drum sequencing capabilities — capable of operating entirely standalone.
The PipeINEER "robotic mouse" has been designed to scurry along the LHC beamline to autonomously inspect plug-in modules.
