arendst/Tasmota

Features

• Home Automation - Provides universal firmware for ESP8266 and ESP32 microcontrollers to enable local smart home control.
• MQTT Integrations - Connects devices to a central controller using MQTT topics for real-time state synchronization.
• Smart Home Bridges - Integrates local hardware into major smart home ecosystems like Apple Home, Alexa, and Google Home.
• Device Management - Connects to and manages hardware devices through a centralized platform for local network automation.
• Firmware Management - Installs custom firmware onto microcontrollers using web-based installers or command-line tools.
• Firmware Replacement Tools - Replaces factory firmware on smart home devices to enable local control without cloud dependencies.
• Relay Power Controllers - Manage power state, brightness, and color for connected lighting and relay hardware using structured data objects.
• Remote Hardware Controllers - Manages hardware locally using messaging, web interfaces, or HTTP requests to ensure full control without external cloud dependencies.
• MQTT Messaging Integrations - Exchanges device status and control commands with a central broker to enable integration with automation systems.
• Protocol Gateways - Acts as a multi-protocol gateway that bridges disparate standards like Zigbee, Bluetooth, LoRaWan, and Modbus into a unified network.
• Firmware Management - Retrieves and installs official firmware binaries directly from remote servers to keep devices current.
• Automation Controllers - Provides a robust automation controller that executes custom logic and synchronizes device states locally using the MQTT protocol.
• Energy Usage Monitoring - Tracks electrical consumption via hardware sensors to manage energy-intensive hardware.
• Hardware Entity Mappings - Exposes device components like switches and sensors as native entities within a home automation platform for unified control.
• Automation Rules - Executes custom logic when specific system triggers or sensor thresholds are met by registering callback functions.
• Hardware Mapping Templates - Maps hardware pins and device settings to JSON strings to standardize the setup of custom smart hardware.
• Automation Triggers - Executes custom logic using timers or rules to trigger actions automatically based on time or specific device conditions.
• GPIO Pin Controllers - Reads and writes digital signals, configures pin modes, and manages PWM or DAC outputs for custom hardware interfacing.
• Over-the-Air Updates - Performs over-the-air or serial firmware updates while preserving existing user configurations.
• HomeKit Bridges - Bridges local smart devices to the Apple HomeKit ecosystem for unified control.
• Wireless Access Point Management - Establishes wireless network access by hosting a temporary access point for initial credential entry.
• Secure Remote Access - Provides secure remote access to local control systems without manual firewall configuration.
• Messaging Bot Controllers - Provides remote management of device states and settings via messaging bot commands.
• MQTT Command Executors - Sends control commands and status queries to devices using structured topics and payloads to manage hardware state remotely.
• Hardware Command Execution - Send control signals to wireless devices to perform actions like toggling power or adjusting brightness settings.
• Hardware Configuration Utilities - Assigns sensors and switches to specific device pins via web or command-line templates.
• GPIO Pin Mappings - Assigns specific functions to individual GPIO pins to enable communication with connected sensors and relays.
• Embedded Scripting Engines - Executes custom automation scripts directly on embedded hardware.
• Lighting Control Systems - Manages single-color and multi-color LED lighting controllers using standard lighting protocols and group-based power and brightness adjustments.
• Hue Bridge Emulators - Mimics a lighting bridge to allow direct voice control of lights via smart home assistants without requiring additional cloud services.
• Standard Function Mappings - Integrates common hardware features like switches and power monitors into the central control system for unified management.
• Web-Based - Provides a browser-based interface for configuring settings, monitoring status, and performing firmware updates on connected hardware.
• Digital I/O Controllers - Reads digital voltage levels or drives pins high and low to interact with external electronic components and sensors.
• Embedded Scripting Engines - Executes user-defined scripts to automate device behavior, process data, and handle events using variables, math, and conditional logic.
• Hardware Integration - Connects sensors and expansion modules via standard protocols like I2C, SPI, and GPIO.
• BLE Sensor Monitors - Captures sensor data from Bluetooth Low Energy devices by listening to advertisements or reading GATT services.
• Serial Communication Interfaces - Communicates with external hardware using standard serial, I2C, or SPI interfaces.
• Physical Input Configurators - Assigns mechanical switches, push-buttons, or sensors to device pins and defines their operational logic.
• KNX Communication Interfaces - Sends and receives commands and sensor values over a KNX bus using group addresses.
• Bluetooth Connectivity - Acts as a gateway to connect and communicate with Bluetooth Low Energy sensors and switches.
• Device State Synchronizers - Ensures local hardware status remains consistent with the automation controller by requesting updates after system restarts or network interruptions.
• LoRaWan Gateways - Connects local LoRaWan sensors to the network, eliminating the need for external cloud infrastructure.
• Zigbee-to-Wi-Fi Gateways - Connects Zigbee wireless devices to a local network by translating messages into standard protocols.
• Custom Scripting Engines - Runs lightweight scripts directly on the device to implement complex logic and custom drivers.
• Event State Persistence - Stores state updates in the messaging broker to ensure configuration recovery after reconnections.
• Motorized Shutter Controllers - Controls motorized blinds or shutters with position calibration, motor delay settings, and support for various relay or stepper configurations.
• Battery-Aware Sleep Schedulers - Adjusts sleep duration based on real-time battery voltage readings to extend operational life and optimize power consumption.
• Remote Device Management - Enables physical switches to control multiple remote smart devices through synchronized messaging and event triggers.
• Status Monitors - Displays real-time diagnostic information and network status on a centralized management dashboard.
• Hardware Control Interfaces - Generates interactive dashboard elements automatically based on discovered hardware devices.
• Zigbee Bridges - Maps Zigbee sensors and lights to unified endpoints for consistent control across protocols.
• Voice Assistant Integrations - Emulates smart home bridges to allow voice control of hardware without cloud dependencies.
• Analog Input Processors - Processes voltage signals from connected sensors, supporting various data types including temperature, light, and electrical current.
• Internet Of Things - Firmware support for ESP8266/ESP32 based smart home devices.
• DIY Hardware and Firmware - Firmware for ESP8266-based devices.
• Home Automation Integrations - Exchanges device status and sensor data with external home automation platforms.
• Home Automation Controller Integrations - Exchanges device states and sensor data with a central home automation controller using indexed identifiers.
• Scheduling Automation - Triggers hardware power states at specific times or relative to solar events.
• Serial-to-Network Converters - Converts serial data to TCP to allow remote access to local serial hardware.
• Event-Driven Engines - Executes custom automation logic locally via an event-driven rule engine.
• Infrared Command Transmitters - Sends encoded infrared signals to control external hardware by configuring a device pin and specifying the protocol and data.
• Sensor Data Discovery - Broadcasts sensor configuration and state data to external controllers for automatic device detection.
• Task Schedulers - Executes code blocks at defined intervals or upon specific system events.
• RGB Color Controllers - Manages multi-channel color lights using RGB or HSB color spaces to produce custom hues.
• Cloud IoT Connectivity - Establishes secure communication with cloud infrastructure using certificate-based authentication.
• Hardware Pin Mappings - Assigns physical peripherals like sensors, relays, or buttons to specific device pins to enable communication and control between the firmware and connected hardware.
• Serial Peripheral Interfaces - Facilitates communication with external sensors and displays using standard serial peripheral interfaces.
• HVAC Control Systems - Regulates heating and cooling systems by processing temperature inputs and controlling output relays.
• Infrared Transmitters - Sends infrared remote control codes to manage external appliances like TVs and air conditioners.
• Matter Event Bridges - Broadcasts incoming controller commands as messages, enabling external automation rules to trigger actions based on controller requests.
• Infrared Decoders - Captures incoming infrared signals from remote controls and decodes them into structured data for use in local automation rules.
• Messaging Notifications - Pushes status updates and custom text messages to messaging platforms for remote monitoring.
• Zigbee Network Parameters - Sets network parameters including radio channel, PanID, and encryption keys to establish or modify a network.
• Modbus TCP Gateways - Acts as a protocol gateway to connect Modbus TCP clients to serial hardware.
• Automated Device Discovery - Registers hardware with a central controller by broadcasting configuration messages, allowing for immediate integration without manual setup.
• Background Task Schedulers - Runs functions on a fixed timetable to manage background operations.
• Device Connection Monitoring - Uses Last Will and Testament messages to automatically notify the broker of device connection status changes.
• Alert Notification Systems - Dispatches automated email alerts triggered by system events or script logic.
• Device Tree Configurations - Automates the setup of templates and settings by selecting predefined device profiles.
• Electricity Meter Integrations - Interfaces with hardware electricity meters to extract and decode telemetry data for local monitoring.
• Monitoring and Observability - Collects and reports periodic sensor and system telemetry to track performance metrics over time.
• Remote Hardware Controls - Sends and learns radio frequency codes to control remote-controlled devices.
• Modbus RTU Bridges - Bridges serial Modbus hardware to the network for remote control and data exchange.
• Data Persistence Management - Stores variables and arrays in non-volatile memory to maintain state across power cycles.
• Script Sequences - Runs sequences of commands automatically upon device boot to initialize settings.
• I2C Bus Frameworks - Provides drivers and interfaces for managing I2C bus communication and device registration.
• Audio Playback Engines - Plays audio from local files, web radio, and text-to-speech synthesis through hardware outputs.
• Network Lighting Controllers - Receives lighting data over UDP to drive LED strips, matrices, or individual light fixtures in real-time from external control software.
• Modular Device Extensions - Installs, removes, and toggles modular software components dynamically to add functionality without requiring a device reboot or permanent memory allocation.
• Custom Hardware Drivers - Implements event-driven logic by registering classes that respond to system events like sensor updates or button presses.
• Analog Sensor Calibration - Adjusts raw sensor data using offsets and scaling to ensure accurate reporting for analog and digital inputs.
• Input Behavior Configurators - Sets how physical switches and buttons interpret state changes, including toggle, follow, inverted, or momentary pulse modes.
• Device Sensors - Configures hardware motion detectors as switch inputs to trigger local actions.
• Remote Sensor Queries - Retrieves current meter readings and variables via web requests to integrate device data into external monitoring systems.
• Multi-Zone Control Systems - Operates multiple independent heating or cooling outputs from a single device to manage different zones simultaneously.
• Radio Frequency Signal Processing - Captures and decodes radio frequency transmissions from remote devices.
• Radio Frequency Transmitters - Sends radio frequency control codes using specified protocols to operate external hardware via connected transmitter modules.
• Thermostat Integrations - Bypasses or follows existing wall-mounted thermostats for seamless local climate control.
• Bluetooth Device Scanners - Scans for and interacts with Bluetooth sensors and beacons, including data polling for supported smart home devices.
• Message Brokers - Operates an internal message broker for local device-to-device communication.
• CAN Bus Interfaces - Integrates with external hardware controllers by transmitting and receiving data over a CAN bus interface.
• LoRa Messaging Integrations - Sends messages to connected devices using various formats including text or binary strings for flexible communication.
• Network Device Discovery - Automatically identifies and categorizes hardware devices connected to the network for seamless integration.
• Peer-to-Peer Networking - Enables direct device-to-device communication using web requests or messaging protocols without a central controller.
• Raw Command Transmitters - Transmits custom data packets to specific device identifiers to control hardware functions that lack predefined mapping or standard support.
• Climate Control Strategies - Implements climate control algorithms using local or remote temperature sensors to manage heating and cooling relays.
• LED Controllers - Synchronizes color and brightness settings for LED controllers and light strips to enable centralized lighting management.
• Addressable LED Drivers - Controls individual LEDs on a single data line to manage color and brightness for addressable strips.
• Timer Schedulers - Configures devices to enter low-power states based on timer events.
• Digital Signal Processing Libraries - Measures voltage levels using an analog-to-digital converter to monitor sensors or variable inputs within safe ranges.
• Conditional Logic Engines - Implements branching logic within automation rules to perform actions based on device states.
• Device Telemetry APIs - Provides structured status updates and sensor readings in machine-readable formats to allow external systems to monitor and interact with hardware.
• Automated Server Maintenance - Triggers bulk administrative tasks like firmware upgrades and system restarts across multiple devices simultaneously.
• Backup Management - Extracts and restores configuration data to ensure system stability during firmware updates.
• Device Grouping - Organizes multiple devices into logical groups for simultaneous command execution.
• Logging and Telemetry - Streams telemetry data to time-series databases for long-term storage and visualization.
• Remote Pairing Controllers - Automates the setup and pairing of hardware devices by providing an IP address to a central controller that handles communication protocols automatically.
• Web Interfaces - Adds custom buttons and UI elements to the device web server for interactive management.
• LoRaWan Decoders - Translates raw sensor data into structured messages using custom decoder files to simplify integration with local automation systems.
• Configuration Persistence - Persists application settings and device configuration states in JSON format across system restarts.
• Local File Storage - Reads, writes, and organizes data on local flash or SD storage for logging and configuration.
• Local Filesystem Storage - Performs file operations and directory management on internal flash or SD storage.
• Inactivity Timeouts - Tracks user inactivity to automatically dim or turn off displays for power efficiency.
• Embedded - Embeds custom logic and event-driven triggers directly into the firmware binary so they are active immediately upon device deployment.
• Pulse-Width Modulation Controllers - Adjusts the duty cycle of an output signal to regulate power delivery for devices like heaters or dimmers using pulse-width modulation.
• PWM Dimmer Controllers - Adjusts brightness and power state of connected hardware using pulse-width modulation signals.
• Configuration Templates - Shares or applies device configurations by importing and exporting JSON strings to ensure consistent hardware behavior across multiple units.
• Custom Command Execution - Executes multiple consecutive commands in a single line to streamline device configuration.
• Modular Architecture - Supports dynamic hardware peripheral loading through a modular driver architecture.
• Task Scheduling - Automates the execution of device tasks and routines based on time-based triggers or recurring schedules.
• System Command Interfaces - Provides a terminal interface to send operational commands and view live logs.
• Embedded Scripting Engines - Executes embedded scripts directly within interface objects to perform background tasks.
• Time-Based Triggers - Automates device actions using conditional logic and time-based triggers.
• Dual-Stack Networking - Supports simultaneous IPv4 and IPv6 connectivity for compatibility with modern and legacy network infrastructure.
• LoRa Parameter Configurations - Configures radio frequency and bandwidth settings to establish reliable connectivity with LoRa hardware.
• Infrared HVAC Controllers - Sends state commands to climate control systems by specifying parameters like temperature and fan speed in a structured data payload.
• Hardware Descriptor Files - Defines display hardware settings using text-based descriptor files to support various interfaces.
• Virtual White Light Simulators - Generates virtual white light on RGB hardware by mixing color channels.
• Intercom Audio Bridges - Transmits real-time audio between devices over UDP to create intercom systems.
• Analog Output Controllers - Generates analog voltage signals through digital-to-analog converter pins to drive external components or manage hardware states.
• Automation Triggers - Executes predefined automation sequences or state changes in response to scene commands received from the network bus.
• Lighting Bus Commissioning Tools - Automates the discovery and address assignment of lighting hardware on the bus to simplify network setup and device management.
• Encrypted Sensor Decryptors - Decrypts Bluetooth advertisement packets from smart sensors to retrieve environmental data.
• Environmental Monitoring - Monitors temperature drops to detect open windows and automatically disable heating systems.
• Input-Relay Decouplers - Detaches physical switches or buttons from local power outputs to allow them to act as remote triggers for messaging.
• Hardware Interfacing - Interfaces with sensors and peripherals via GPIO, I2C, and SPI protocols.
• LoRaWan Activation Tools - Supports over-the-air activation for LoRaWan devices by configuring application keys and identifiers.
• Pulse Width Modulation Controllers - Produces pulse width signals on pins to control light intensity or motor speed.
• Stepper Motor Controllers - Configures motor movement parameters such as speed, steps per revolution, and micro-stepping for precise mechanical positioning.
• Network Configuration - Manages Ethernet hardware settings, including static IP assignments and network interface configurations.
• HTTP Request Customizations - Sends web requests to local or internet endpoints with support for encryption and custom headers.
• UDP Datagram Transmitters - Transmits and receives datagrams, including multicast support, for lightweight network communication.
• Remote Power State Management - Disables or re-enables deep sleep mode remotely to allow for configuration updates.
• Service Discovery Protocols - Announces device services over the local network using standard discovery protocols for automatic identification.
• Secure Connection Handlers - Secures MQTT broker communication using TLS encryption and certificate validation.
• Boot-Time Task Execution - Triggers custom commands immediately upon device wake-up or before entering deep sleep.
• Power Optimization Utilities - Adjusts voltage, current, and power readings against reference loads to ensure measurement accuracy.
• Virtual Device Endpoints - Defines software-based endpoints that do not map to physical hardware, allowing automation logic to report state changes to controllers.
• Color Temperature Managers - Controls correlated color temperature for multi-channel white lights.
• Content Display Components - Renders text, numbers, and graphics on connected screens for local status monitoring.
• Template-Driven UI Designers - Describes rich user interfaces using JSON templates that render on screen.
• Touch Gesture Handlers - Registers touch events from dedicated input pins to trigger actions or interface interactions.
• Plugin-Based Device Support - Loads custom plugin files to enable support for non-standard devices or proprietary manufacturer attributes.

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