Hackster’s Handpicked Projects of the Week
An Automated Hydroponics System, a High-Performance Edge Processing Node, a Wearable Arc Reactor, a PS2 Gamepad-Controlled Tank _
Hackster Staff
5 years ago
Green BoxFPGA Camera Edge DetectionMIPI Procesing with Ultra96Arduino Robot with PS2 Controller (PlayStation 2 Joystick)Wearable MK IV Arc ReactorUSB Morse KeyerBuilding a Large NeoPixel MatrixESP32 MATRIX Voice Satellites Streaming Audio to Pi ServerReal-Time Weather with Raspberry Pi 4Vega — Drone Health Monitor SystemsParticle Home MeshStore and Graph EC/pH/ORP Data with the TICK Stack and NoCANMesh Connected Rovers with ParticleOpen-Source Inverted PendulumMateBotCampable — the Internet of Tents!G-showCOpen VortexerAhmsville DialCardiographTurris LCD Monitor with BigClownTurris LCD Monitor with BigClownSensing the Air QualityPi16340 Smart UPS for Raspberry PI 3A+Arduino — Control Light Bulb via WebRaspberry Pi 4 — Conquering cpuburn with ProtoStax & 2 FansOnline Sensor Data via HTTP by Raspberry Pi and uBeac
The Green Box is an automated hydroponics system.
Use a MiniZed Zynq FPGA SoC to implement a real-time edge detection algorithm for lane detection.
Creating a high performance edge processing node using the Ultra96, MIPI and DisplayPort.
Use a wireless PlayStation 2 (PS2) controller and an Arduino Uno pilot a robotic tank.
With the recent Sony/Disney disputes, what better time to make a wearable Arc Reactor from Iron Man 2?!
A PIC16F886-based CW auto keyer with USB and Morse key interfaces.
Construct a 20 x 15 LED matrix to display cool graphics and text while allowing for future upgrades.
MATRIX Voice ESP32 standalone satellite mics for a Raspberry Pi server running Snips. Credit to Paul Romkes for this amazing project!
View current weather data by using the OpenWeatherMap API along with the new Raspberry Pi 4.
Avnet Brainium module-based predictive maintenance device that can detect future hazards and problems before taking off your powerful drone.
Build thermostats, monitor sump pumps, water leaks, temperature, and pools. Let’s see what we can do with Particle Mesh at home.
This will go over how to use the NoCAN platform by Omzlo and uFire sensors to measure EC, pH and ORP with graphs by the TICK stack.
Two robots that navigate through a maze while using Particle’s third generation IoT hardware to send information to the cloud.
An inverted pendulum using an Arduino and a Grove sensor.
An autonomous mobile robot that searches for your teacup.
Campable helps you find the perfect spot to pitch your tent while protecting you from increasingly erratic weather!
Make a watch using the M5StickC.
Build your own laboratory vortexer without spending a lot of money.
This is an Arduino-based dial controller, inspired by Microsoft’s surface dial. (A secondary controller for you PC.)
Use an ESP32 to take ECG readings and send this data to cloud. Then set up a web app to look at this data.
Make your own smart LCD monitor for Turris router with BigClown and get all the information about your device in a second.
A low-cost IoT air quality monitor based on a Raspberry Pi 4.
A compact, feature-rich smart UPS for Raspberry Pi boards.
Controlling a device from a web browser may be easier than you think.
Testing out Raspberry Pi 4’s temperature profile with and without fan(s) using ProtoStax for Raspberry Pi B+/Model 4B enclosure/case.
Real-time data is very important in IoT service. Send any sensor data via uBeac IoT platform, as fast as you drink a glass of water.
Hackster Staff
Projects and articles from the Hackster Staff!