AI tools for esp32
Related Tools:
PLEASEDONTCODE
PLEASEDONTCODE is an AI Code Generator designed for Arduino and ESP32 embedded systems. It simplifies coding processes, automates code generation, and helps users overcome common obstacles in software development for embedded systems. The platform offers a guided interface with six steps to take users from concept to working code efficiently. By leveraging AI technology, PLEASEDONTCODE ensures error-free, syntactically correct, and logically sound code generation, allowing users to focus on their projects rather than troubleshooting.
ESP32 IoT GPT
Discover the versatile capabilities of the ESP32, the go-to board for IoT innovations. Easily create IoT applications leveraging its Wi-Fi and BLE functionalities.
Rust on ESP32 Expert
Expert in Rust coding for ESP32, offering detailed programming and deployment guidance.
ESP32_AI_LLM
ESP32_AI_LLM is a project that uses ESP32 to connect to Xunfei Xinghuo, Dou Bao, and Tongyi Qianwen large models to achieve voice chat functions, supporting online voice wake-up, continuous conversation, music playback, and real-time display of conversation content on an external screen. The project requires specific hardware components and provides functionalities such as voice wake-up, voice conversation, convenient network configuration, music playback, volume adjustment, LED control, model switching, and screen display. Users can deploy the project by setting up Xunfei services, cloning the repository, configuring necessary parameters, installing drivers, compiling, and burning the code.
xiaozhi-esp32
The xiaozhi-esp32 repository is the first hardware project by Xia Ge, focusing on creating an AI chatbot using ESP32, SenseVoice, and Qwen72B. The project aims to help beginners in AI hardware development understand how to apply language models to hardware devices. It supports various functionalities such as Wi-Fi configuration, offline voice wake-up, multilingual speech recognition, voiceprint recognition, TTS using large models, and more. The project encourages participation for learning and improvement, providing resources for hardware and firmware development.
OpenCatEsp32
OpenCat code running on BiBoard, a high-performance ESP32 quadruped robot development board. The board is mainly designed for developers and engineers working on multi-degree-of-freedom (MDOF) Multi-legged robots with up to 12 servos.
Starmoon
Starmoon is an affordable, compact AI-enabled device that can understand and respond to your emotions with empathy. It offers supportive conversations and personalized learning assistance. The device is cost-effective, voice-enabled, open-source, compact, and aims to reduce screen time. Users can assemble the device themselves using off-the-shelf components and deploy it locally for data privacy. Starmoon integrates various APIs for AI language models, speech-to-text, text-to-speech, and emotion intelligence. The hardware setup involves components like ESP32S3, microphone, amplifier, speaker, LED light, and button, along with software setup instructions for developers. The project also includes a web app, backend API, and background task dashboard for monitoring and management.
py-xiaozhi
py-xiaozhi is a Python-based XiaoZhi voice client designed for learning code and experiencing AI XiaoZhi's voice functions without hardware conditions. It features voice interaction, graphical interface, volume control, session management, encrypted audio transmission, CLI mode, and automatic copying of verification codes and opening browsers for first-time users. The project aims to optimize and add new features to zhh827's py-xiaozhi based on the original hardware project xiaozhi-esp32 and the Python implementation py-xiaozhi.
py-xiaozhi
py-xiaozhi is a Python-based XiaoZhi voice client designed for learning through code and experiencing AI XiaoZhi's voice functions without hardware conditions. The repository is based on the xiaozhi-esp32 port. It supports AI voice interaction, visual multimodal capabilities, IoT device integration, online music playback, voice wake-up, automatic conversation mode, graphical user interface, command-line mode, cross-platform support, volume control, session management, encrypted audio transmission, automatic captcha handling, automatic MAC address retrieval, code modularization, and stability optimization.
echokit_box
EchoKit is a tool for setting up and flashing firmware on the EchoKit device. It provides instructions for flashing the device image, installing necessary dependencies, building firmware from source, and flashing the firmware onto the device. The tool also includes steps for resetting the device and configuring it to connect to an EchoKit server for full functionality.
ai-chat-local
The ai-chat-local repository is a project that implements a local model customization using ollama, allowing data privacy and bypassing detection. It integrates with the esp32 development board to create a simple chat assistant. The project includes features like database integration for chat persistence, user recognition, and AI-based document processing. It also offers a graphical configuration tool for Dify.AI implementation.
xiaozhi-sharp
xiaozhi-sharp is a meticulously crafted XiaoZhi client in C#, serving as a code learning example and enabling intelligent interaction with XiaoZhi AI without related hardware. It connects to xiaozhi.me server for stable services. The tool includes a debugging feature to understand XiaoZhi's commands and a console client for interaction. Users need .NET Core SDK to run the project smoothly, ensuring stable network connection for optimal usage. Contributions and feedback are welcome for project improvement and community engagement.
OSHW-SenseCAP-Watcher
SenseCAP Watcher is a monitoring device built on ESP32S3 with Himax WiseEye2 HX6538 AI chip, excelling in image and vector data processing. It features a camera, microphone, and speaker for visual, auditory, and interactive capabilities. With LLM-enabled SenseCraft suite, it understands commands, perceives surroundings, and triggers actions. The repository provides firmware, hardware documentation, and applications for the Watcher, along with detailed guides for setup, task assignment, and firmware flashing.
AIOsense
AIOsense is an all-in-one sensor that is modular, affordable, and easy to solder. It is designed to be an alternative to commercially available sensors and focuses on upgradeability. AIOsense is cheaper and better than most commercial sensors and supports a variety of sensors and modules, including: - (RGB)-LED - Barometer - Breath VOC equivalent - Buzzer / Beeper - CO² equivalent - Humidity sensor - Light / Illumination sensor - PIR motion sensor - Temperature sensor - mmWave / Radar sensor Upcoming features include full voice assistant support, microphone, and speaker. All supported sensors & modules are listed in the documentation. AIOsense has a low power consumption, with an idle power consumption of 0.45W / 0.09A on a fully equipped board. Without a mmWave sensor, the idle power consumption is around 0.11W / 0.02A. To get started with AIOsense, you can refer to the documentation. If you have any questions, you can open an issue.
TuyaOpen
TuyaOpen is an open source AI+IoT development framework supporting cross-chip platforms and operating systems. It provides core functionalities for AI+IoT development, including pairing, activation, control, and upgrading. The SDK offers robust security and compliance capabilities, meeting data compliance requirements globally. TuyaOpen enables the development of AI+IoT products that can leverage the Tuya APP ecosystem and cloud services. It continues to expand with more cloud platform integration features and capabilities like voice, video, and facial recognition.
AI-on-the-edge-device
AI-on-the-edge-device is a project that enables users to digitize analog water, gas, power, and other meters using an ESP32 board with a supported camera. It integrates Tensorflow Lite for AI processing, offers a small and affordable device with integrated camera and illumination, provides a web interface for administration and control, supports Homeassistant, Influx DB, MQTT, and REST API. The device captures meter images, extracts Regions of Interest (ROIs), runs them through AI for digitization, and allows users to send data to MQTT, InfluxDb, or access it via REST API. The project also includes 3D-printable housing options and tools for logfile management.
echokit_server
Echokit_server is a lightweight and efficient server-side implementation of the Amazon Alexa Voice Service (AVS) SDK. It allows developers to easily integrate Alexa voice capabilities into their own applications or devices. The server handles the communication with the Alexa Voice Service API, manages user interactions, and processes voice commands. Echokit_server provides a simple and flexible solution for adding voice-controlled features to a wide range of projects, such as smart home devices, IoT applications, and voice-enabled services.
Protofy
Protofy is a full-stack, batteries-included low-code enabled web/app and IoT system with an API system and real-time messaging. It is based on Protofy (protoflow + visualui + protolib + protodevices) + Expo + Next.js + Tamagui + Solito + Express + Aedes + Redbird + Many other amazing packages. Protofy can be used to fast prototype Apps, webs, IoT systems, automations, or APIs. It is a ultra-extensible CMS with supercharged capabilities, mobile support, and IoT support (esp32 thanks to esphome).
TEN-Agent
TEN Agent is an open-source multimodal agent powered by the world’s first real-time multimodal framework, TEN Framework. It offers high-performance real-time multimodal interactions, multi-language and multi-platform support, edge-cloud integration, flexibility beyond model limitations, and real-time agent state management. Users can easily build complex AI applications through drag-and-drop programming, integrating audio-visual tools, databases, RAG, and more.
OpenGlass
OpenGlass is an open-source project that allows users to transform any regular glasses into smart glasses using affordable off-the-shelf components. With a cost of less than $25, users can enhance their glasses to record their daily activities, recognize people, identify objects, translate text, and more. The project provides detailed instructions on hardware setup and software installation, making it accessible for DIY enthusiasts and tech enthusiasts alike. By following the steps outlined in the repository, users can create their own smart glasses and explore various functionalities offered by the project.
D-BOT
D-BOT is a desktop robot controlled by AI, featuring full functionality of X-Knob. It supports X-Knob native support, remote control via Bluetooth, wireless parameter tuning, and AI control. The project also includes 3D modeling and PCB design. The hardware includes 4 PCBs, ESP32-S3 MCU, circular LCD screen, magnetic encoder, and brushless DC motor. The 3D printed parts consist of chassis, wheel adapter, battery buckle, screen frame, and support. The tool can be set up using VScode + PlatformIO, and allows wireless tuning through SimpleFOCStudio. The project is inspired by Super_Balance open-source balance car project.
Vento
Vento is an AI-driven machine automation platform that utilizes a Large Language Model (LLM) to automate the control of physical devices and machines. It features a natural language autopilot system for smart and industrial devices, providing a continuous decision loop for sensor states evaluation and actuator triggering. The platform offers a user-friendly UI for device onboarding, rule configuration, and real-time monitoring. Vento supports connected devices (IoT) based on ESP32 with ESPHome, allowing users to program, deploy, and manage IoT networks visually. Additionally, it provides AI assistance for creating rules and system management through automatic context transfer and prompt cascading.
airgradient_esphome
ESPHome yaml files for AirGradient devices to maintain the research and accuracy of AirGradient sensors, while also gaining the benefits of ESPHome/HomeAssistant for easy to use switches, buttons, configurations, and dashboards. Maintains the ability to also send data to the AirGradient Dashboard, which can also be disabled/removed to keep all data local.