esp32
Projects with this topic
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This is a repository for an IoT Air Quality System developed by a team of students and professors at FEEIT - Skopje. Funded by EPICS at IEEE.
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ESP-IDF template that has Arduino and Bluepad32 built-in.
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Bluetooth gamepad, mouse and keyboard support for ESP32 and Raspberry Pi PicoW
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Proyecto dónde obtengo datos de una estación meteorológica Bresser utilizand un módulo transceptor cc1101 desde un esp32 para interceptar la comunicación con la base que trae de fábrica. Decodifica esos datos y los sube a mi propia api.
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An ESP32 project for a bedside button so my kids can get hold of us.
The button cycles through multiple pictograms to give us a hint of what they want.
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A framework that serves as a basis to build your own firmware for the BalCCon 0o27 Cyberdeck.
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Template to facilitate developing modules for the BCD-0o27.
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Module to change settings of the BCD-0o27 in a graphical interface.
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Demo how to use the SAO+ interface that makes leds attached to the interface blink.
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Uses the WS2812b leds on the BCD-0o27 as a disco light.
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Makes the BCD-0o27 a robot player that plays against a human on a connected Mini Cyberdeck 0o00 (MCD-0o00) .
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Displays a slideshow of past BalCCon Logos.
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Connects to a remote server over ssh and redirects input. Part of a challenge on BalCCon 2k23.
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Demo mode for the BCD-0o27. Automatically selects predefined menus and runs some modules.
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A template to make programming commands for the BalCCon Cyberdeck 0o27 (BCD-0o27) easier. Can be adapted to any ESP32 project using a console and the esp-idf framework.
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Commands for the BalCCon Cyberdeck 0o27 (BCD-0o27) that allow managing WiFi connections. Can be adapted to any ESP32 project using a console and the esp-idf framework.
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Commands for the BalCCon Cyberdeck 0o27 (BCD-0o27) that allow retrieving and setting system parameters. Can be adapted to any ESP32 project using a console and the esp-idf framework.
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This project comprises a combination of software and hardware components designed to extract Controller Area Network (CAN) messages and generate practical gadgets. The primary objective is to receive CAN messages from a bus, extract the CAN-ID and Data from them, and subsequently transmit this information over ESPNow. The gadgets serve as ESPNow receivers, responsible for filtering and processing the received CAN-IDs and data to perform specific useful tasks.
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embedded system designed to track the real-time location of your pet and send the data to a remote server for monitoring. Utilizing the ESP32 microcontroller’s connectivity and a GPS module, this project provides continuous location updates, ensuring you can keep an eye on your pet’s whereabouts at all times.
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