SPIFFS Projects

A comprehensive development framework for the ESP8266 SoC based on FreeRTOS. It features an ESP-IDF-style build system and includes essential components like lwIP and SPIFFS for building connected IoT applications.

A connection and credentials manager for ESP8266 boards using Wiznet W5100/W5100S Ethernet controllers. It provides a fallback web configuration portal for runtime setup of network settings, custom parameters, and timezone data using LittleFS or SPIFFS.

A connection and credentials manager for ESP8266 boards using the W5500 Ethernet controller. It provides a web-based configuration portal for setting static or DHCP IP addresses, DNS servers, and custom parameters at runtime, with support for LittleFS and SPIFFS.

A comprehensive collection of tutorials and example projects for building robust web servers on the ESP8266 platform. It covers advanced features including SPIFFS file system management, NTP time synchronization, JSON data handling, and interactive dashboards using Google Charts.

An ESP8266-based automation tool for telescope accessories, providing remote control for Bahtinov masks via servos and peripheral power via relays. It features a responsive web interface, JSON API, and state persistence using EEPROM.

An asynchronous web server application for the ESP8266 platform designed to control multiple relay modules via a web interface. It utilizes the ESPAsyncWebServer library for non-blocking communication and includes features like MDNS support, ArduinoOTA updates, and SPIFFS-based configuration.

A simple ESP8266-based firmware for controlling up to 8 relays via a web interface. It utilizes the Arduino framework, SPIFFS for web asset storage, and ArduinoJson for data handling, providing both a mobile-friendly UI and a RESTful API.

A Wireless Sensor Network implementation using ESP8266 microcontrollers to collect and visualize environmental data. The system utilizes a client-server architecture where remote nodes transmit DHT11 sensor readings via HTTP to a central server that stores data and serves a web-based dashboard.

An Arduino library for the ESP8266 that allows applications to be packaged on an SD card and loaded dynamically. It enables firmware updates from different contexts like menu applications or MQTT messages, specifically targeting ESP8266 modules with 4MB or more flash.

An ESP32-based firmware designed to upgrade Gaggia coffee machines with smart capabilities. It features PID and Fuzzy Logic temperature control, a custom scripting engine for brew recipes, and a touch-screen interface powered by LVGL, with full MQTT and Homebridge integration.

A specialized library for ESP8266 microcontrollers that automatically captures and saves crash information, including exception details and stack traces, to SPIFFS flash memory. It provides developers with persistent logs for diagnosing software exceptions and watchdog timer resets using the ESP Exception Decoder.

A web-based file manager for ESP8266 and ESP32 microcontrollers. It provides a browser interface for managing LittleFS and SPIFFS file systems, supporting file uploads, downloads, in-place editing, and GZIP compression.

A stand-alone Bluetooth dashboard for electric unicycles (EUCs) designed for the ESP32-based TTGO T-Watch 2020. It leverages the Arduino framework and FreeRTOS to provide real-time telemetry, power management, and system settings via a wearable interface. Currently supports KingSong wheels with features like speed monitoring, battery status, and OTA updates.

An example project demonstrating how to run the Fashion MNIST TFLite model on an ESP32 microcontroller using the ESP-IDF framework. It utilizes TensorFlow Lite Micro for edge AI inference, allowing the device to classify clothing items locally.

A port of the FastLED 3.3 library specifically designed for the ESP-IDF 4.x development environment. It enables high-performance LED control on ESP32 microcontrollers by leveraging I2S and RMT hardware peripherals for glitch-free, multi-channel parallel output.

An ESP32-based access control system that integrates PN532 NFC readers, a DS3231 real-time clock, and MQTT for remote management. It features a web-based configuration interface, SPIFFS-based local storage for access keys, and support for dual readers and relays.

The official firmware for the SHA2017 hacker camp badge, built on the Espressif ESP-IDF framework and FreeRTOS. It provides a robust platform featuring a MicroPython runtime, uGFX graphics support for E-ink displays, and integrated WiFi connectivity for the ESP32-based hardware.

A customized port of the SPIFFS (SPI Flash File System) specifically for the ESP8266 NON-OS SDK. It provides a lightweight file system for SPI flash memory with a C++ wrapper for simplified integration and no external dependencies.

AC_control is an Arduino-based project designed to control air conditioning units via MQTT. It utilizes IR signals stored in SPIFFS to trigger ON and OFF functions, integrating with Adafruit IO for remote operation.

A DIY digital NTP clock built with an ESP8266 and WS2812B LED strips. It features a web-based configuration interface, SPIFFS-hosted assets, and supports automation via Home Assistant and HomeKit.

This project demonstrates how to display animated GIFs on a round GC9A01 TFT display using an ESP32. It implements a workflow that reads GIF files from an SD card, copies them to internal SPIFFS storage for optimized access, and renders them using the AnimatedGIF and TFT_eSPI libraries.

A collection of utility classes for ESP8266 and ESP32 chips that simplifies configuration management via SPIFFS, web server implementation with WebSockets, and OSC data streaming. It provides high-level abstractions to reduce boilerplate in Arduino-based IoT and interactive media projects.

A collection of bash scripts designed to manage and back up the SPIFFS filesystem on ESP8266 devices over a network. The primary tool, nar.sh, allows users to create UStar-formatted tar archives of remote device files using a web server interface.

An asynchronous Ethernet connection manager for ESP32-S2/S3/C3 microcontrollers. It utilizes the LwIP stack with W5500 or ENC28J60 controllers to provide a web-based configuration portal for managing network credentials and static IP settings at runtime.

A high-performance asynchronous connection and credentials manager for ESP8266 boards using the ENC28J60 Ethernet controller. It provides a fallback web configuration portal for runtime setup of DHCP/Static IP settings, hostnames, and custom application parameters stored in LittleFS or SPIFFS.

An asynchronous Ethernet credentials and connection manager for ESP8266 boards using Wiznet W5100 or W5100S controllers. It provides a fallback web configuration portal for setting static or DHCP IP addresses, hostnames, and custom parameters at runtime using ESPAsyncWebServer.

A comprehensive connection and credentials manager for ESP8266 boards equipped with W5500 Ethernet shields. It features an asynchronous web configuration portal for runtime network setup, supporting DHCP, static IP, and custom parameters stored via LittleFS or SPIFFS.

A high-performance asynchronous HTTPS request library for ESP32 and ESP8266, enabling non-blocking REST communication. It supports a wide range of network interfaces including built-in WiFi and various Ethernet controllers like W5500, W6100, and ENC28J60.

An asynchronous web server library specifically designed for ESP32-S2, S3, and C3 microcontrollers using the ENC28J60 Ethernet controller via the LwIP stack. It enables high-performance, non-blocking network communication, supporting concurrent connections, WebSockets, and Server-Sent Events.

An asynchronous web server library designed for ESP32-S2/S3/C3 microcontrollers using the W5500 Ethernet controller. It leverages the LwIP stack to provide high-performance, non-blocking network handling, supporting WebSockets, EventSource, and efficient CString-based memory management.

A high-performance asynchronous web server library for ESP32 microcontrollers using the W5500 Ethernet controller. It leverages the LwIP stack to provide non-blocking network operations, supporting WebSockets, Server-Sent Events, and efficient memory handling for large data transfers.

A specialized port of the SPIFFS (SPI Flash File System) for AVR microcontrollers, specifically targeting the Arduino Mega 2560. It enables wear-leveled file system support on external SPI flash chips with a small footprint of 30KB ROM and 512 bytes of RAM.

AWTK File System Adapter provides a unified interface for integrating various file systems like FATFS and SPIFFS into the AWTK (Toolkit AnyWhere) framework. It bridges the gap between embedded file system implementations and AWTK's file system API, supporting both single-threaded and multi-threaded environments.

Bleeper is a C++ configuration management library for ESP8266 and ESP32 Arduino platforms. It provides a hierarchical structure for firmware settings, automatic persistence using EEPROM or SPIFFS, and a built-in web interface for remote configuration.

An advanced ESP32 library that enables simultaneous or runtime-selectable Blynk connections via WiFi, Bluetooth, and BLE. It leverages asynchronous web servers for a non-blocking configuration portal and supports multi-credential management with storage in SPIFFS, LittleFS, or EEPROM.

A comprehensive library for ESP32 and ESP8266 that enables simultaneous WiFi and GSM/GPRS connections for Blynk applications. It features an asynchronous web-based configuration portal to manage credentials at runtime, eliminating the need for hardcoded network settings.