wled/WLED

Features

• IoT Lighting Automation Systems - Provides a network-connected lighting controller that supports scheduled presets, sensor-based triggers, and remote management.
• Lighting Control Systems - Provides HTTP and JSON APIs for programmatic control of LED lighting states, effects, and system parameters.
• Firmware Management - Provides web-based firmware for microcontrollers to manage addressable LED strips with dynamic effects and network synchronization.
• Addressable - Manages and animates addressable LED strips and matrices with dynamic effects and segment-based configurations.
• Network Lighting Controllers - Maps DMX signals to addressable LED segments for professional stage and ambient lighting synchronization.
• Automation Integrations - Connects lighting hardware to external platforms including home automation hubs, voice assistants, and real-time media synchronization protocols.
• Real-Time Lighting Visualizers - Synchronizes addressable LED patterns with audio streams, media playback, and external network data protocols.
• Lighting Data Streams - Receives high-frequency lighting instructions from external sequencers, visualizers, or ambient lighting software to synchronize effects with audio or screen content.
• DMX Interfaces - Maps LED patterns to DMX channels to synchronize external lighting hardware with internal effects.
• Networked Lighting Orchestrators - Synchronizes multiple lighting controllers across a local network for consistent effects and coordinated execution.
• Home Automation - Integrates with home automation hubs and voice assistants for unified management of LED arrays.
• LED Matrix Controllers - Drives addressable LED matrix panels by configuring panel dimensions and chaining multiple units together for larger display surfaces.
• Lighting State Broadcasters - Broadcasts state updates across multiple devices via UDP to coordinate lighting effects.
• State Change Broadcasting - Broadcasts lighting state changes and pixel data across local networks to synchronize multiple controllers.
• Hardware Abstraction Layers - Maps logical pixel indices to physical output pins and timing protocols for diverse LED hardware.
• Device State Interfaces - Retrieves current configuration, active effects, available color palettes, and hardware information via structured data requests.
• Audio-Reactive Lighting Controllers - Processes incoming audio data streams to synchronize light patterns and colors with sound sources.
• DMX Lighting Bridges - Maps addressable LED arrays to DMX channels for professional stage and architectural lighting integration.
• Segmented Rendering Engines - Divides LED arrays into logical segments that independently process and render animation frames.
• Real-Time Lighting Streamers - Streams high-frequency data from media or audio sources to synchronize light arrays with external environments.
• LED Segment Managers - Defines specific ranges of an LED array to apply unique brightness, grouping, spacing, and direction settings to different sections.
• Firmware Update Protections - Requires a password before allowing users to perform over-the-air firmware updates to prevent unauthorized modifications to the software.
• Secure Remote Access - Exposes local light control interfaces to the public internet by routing traffic through a secure gateway that enforces encryption and authentication.
• Lighting Preset Managers - Saves, applies, and cycles through predefined lighting configurations or automated sequences to quickly switch between different light states.
• Modularization Patterns - Registers and executes dynamic lighting patterns as pluggable, modular components.
• Lighting Sequence Automators - Enables saving, recalling, and cycling through predefined light configurations with customizable transition times and playlist progression.
• Remote Firmware Updaters - Uploads new firmware binaries directly through the web interface to maintain device software.
• Sensor Integrations - Connects motion, temperature, and infrared sensors to trigger lighting effects or provide environmental data through specialized software modules.
• Layout Configurations - Defines the physical arrangement and wiring pattern of LED panels to ensure images and effects render correctly across the grid.
• MQTT Messaging Integrations - Exchanges lighting state and effect commands with external messaging brokers for system interoperability.
• Wireless Connectivity Tools - Supports Ethernet or wireless communication modules to allow remote control and integration of lighting controllers into local networks.
• LED Controllers - Allows users to modify brightness, color, effects, speed, and intensity for connected light arrays by sending direct parameter commands.
• Addressable LED Drivers - Sets specific colors for individual LEDs or ranges within a segment by bypassing active effects for direct pixel manipulation.
• DMX Signal Receivers - Processes incoming DMX data via hardware interfaces to control addressable LED arrays.
• Interface Locks - Requires a personal identification number to access and modify device settings, automatically locking the interface after inactivity.
• Secure Tunneling - Connects remote devices to the local network via a secure tunnel to manage light arrays without exposing them to the public internet.
• Event-Driven Action Bindings - Triggers lighting sequences and system actions in response to timers, network events, or physical sensors.
• Lighting Preset Schedulers - Triggers specific light configurations at designated times of day or on specific weekdays.
• White Balance Adjusters - Modifies the warmth or coolness of light output by balancing white channels either manually or automatically based on color input.
• Lighting Color Palette Managers - Applies predefined color gradients and patterns to addressable LED arrays to determine the color scheme of active lighting effects.
• Firmware Build Variants - Overrides hardware pin assignments and build configurations during compilation.
• Automation Triggers - Triggers custom sequences and actions based on time, physical inputs, or external events.
• Lighting Priority Controllers - Assigns priority levels to incoming network data streams to ensure higher-priority controllers override lower-priority signals.
• Current Consumption Limiters - Restricts current consumption to prevent hardware damage or power supply overload when operating small arrays of light-emitting diodes.
• Layering Engines - Overlays one light effect on top of another by stacking segments with overlapping pixels to create complex visual combinations.
• Relay Power Controllers - Utilizes relay boards and switches to safely control power delivery to LED arrays and protect against electrical faults.
• JSON-RPC Interfaces - Exposes a structured API for remote control and configuration using JSON-RPC over HTTP and serial.
• Remote Management Access - Connects lighting hardware to cloud services for remote management outside the local network.
• Remote Hardware Configurators - Manages device settings and network connectivity through a web-based interface.
• Particle Simulators - Executes advanced particle-based simulations such as fire or gravity-driven motion to generate organic and reactive light animations.
• Access Point Credentials - Customizes the network name and password for the device's local access point to secure or identify individual units.
• Custom Effect Engines - Registers new light patterns and animations as modular components that integrate into the effect engine.
• System Usage Monitors - Reports real-time device metrics including uptime, memory usage, and current light state to assist in troubleshooting and performance tracking.
• Solar Event Triggers - Activates saved presets automatically based on local sunrise and sunset times.
• Motion-Triggered Automation - Activates light presets based on input from motion sensors to automate illumination.
• Lighting Transitions - Provides smooth transitions for lighting changes by fading brightness or color over a set duration.

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