Hypfer/Valetudo

Features

• Robot Vacuums - Provides a complete system for managing robot vacuum operations, hardware settings, and cleaning zones.
• Custom Hardware Firmware - Implements a custom rooted firmware that replaces proprietary binaries to ensure local-only operation and privacy.
• Local-Only Data Processing - Ensures all commands and data are processed within the local network to eliminate cloud dependencies and protect privacy.
• Smart Home Automation - Integrates vacuum hardware with open source automation platforms and MQTT message brokers.
• Automation Integrations - Connects robot hardware to home automation hubs and ecosystems using standardized messaging protocols.
• Device Management - Provides interfaces for monitoring and controlling robot vacuum hardware over a local network.
• Robotics and Control - Implements basic robotic control for starting, pausing, stopping, and docking the vacuum.
• Rooted Installations - Provides a rooted firmware installation process to enable local-only control and prevent forced vendor updates.
• Firmware Replacement Tools - Provides tools to replace proprietary vendor firmware with custom open-source software to gain administrative access.
• Hardware Interface Standardizations - Provides a consistent control interface across different hardware brands to manage multiple vacuum models.
• Live Map Monitoring - Displays real-time location and movement of the robot on a map of the environment.
• Local Robot Vacuum Control - Operates robot vacuums over a local network, removing dependencies on external cloud servers.
• Open Source Automation Integrations - Exposes device capabilities to open source automation platforms for deeper integration and remote management.
• Robot Mapping and Visualization - Creates and exports floor plans and real-time activity maps without uploading data to external clouds.
• Robot Operation Automation - Provides remote commands to automate the start, stop, and charging operations of the robot.
• MQTT Messaging Integrations - Implements an MQTT-based messaging system to exchange device status and control commands with a central broker.
• Local Network Discovery - Ensures all robot operations are executed over the local network without external cloud dependencies.
• Firmware Rooting - Gains administrative access to the operating system using hardware interfaces to allow custom software installation.
• Firmware Update Protections - Prevents forced vendor firmware updates to ensure the persistence of local-only control.
• User Privacy Protection - Prevents the upload of floor plans, images, and audio to cloud storage to protect user privacy.
• Message Broker Connectivity - Provides the ability to link robot hardware to an external message broker for remote control and monitoring.
• Hardware Configuration Utilities - Implements low-level hardware adjustments for fan speed, water usage, and carpet sensor behavior.
• Cleaning Hardware Settings - Enables precise control over water flow, mop extension, and twisting movements.
• Navigation Behavior Configuration - Toggles obstacle avoidance, AI-based pet detection, and the balance between collision avoidance and coverage.
• Cleaning Area Definitions - Allows triggering of cleaning for specific rooms, segments, or custom-drawn zones on a map.
• Cleaning Zone Management - Defines specific rooms, sets virtual walls, and establishes no-go zones to restrict movement.
• IoT Device Provisioning - Simplifies the initial setup of new vacuum instances through a guided provisioning process.
• Firmware Deployment Tools - Deploys customized firmware via OTA updates, shell manipulation, or hardware-level flashing.
• Firmware OTA Update Systems - Enables the wireless deployment of modified system images to maintain persistent local control over the device.
• Map Data Management - Provides tools to reset maps, restore snapshots, and rename cleaning segments.
• Map Data Standardization - Converts proprietary vendor map formats into a unified format for use in third-party applications.
• Mapping Process Execution - Starts a dedicated mapping process to build a floor plan without performing a full cleanup.
• Movement Restriction Zones - Configures virtual walls and restricted zones to prevent the robot from entering specific areas.
• Real-Time Map Visualizations - Provides a real-time visual representation of the robot's position and cleaning progress on a map.
• Physical Performance Tuning - Enables advanced tuning of suction power, water flow, and sensor behavior for customized cleaning performance.
• Robot Map Rendering - Renders spatial map data within the dashboard to show coverage and robot location.
• Robot Vacuum Management Interfaces - Offers a responsive web dashboard specifically for controlling robot vacuum operations.
• Targeted Cleaning Operations - Triggers cleaning for specific map segments, predefined zones, or single locations using structured data payloads.
• Local Web Interfaces - Provides a browser-accessible dashboard that communicates directly with the device via local network protocols.
• Automated Device Discovery - Automatically locates and configures compatible robot instances using standard home automation discovery.
• Hardware Abstraction Layers - Translates standardized control commands into proprietary payloads for various robot vacuum hardware models.
• Device Control Interfaces - Exposes a web interface and messaging bridge for external platforms to trigger and monitor device activities.
• Vacuum Suction Configurators - Allows setting fan speed and toggling automatic suction increases when carpets are detected.
• Web-Based Control Panels - Provides a responsive web-based control panel for device management without proprietary apps.
• Web Dashboards - Provides a browser-based dashboard for operating the device independently of cloud accounts.
• Network Instance Detection - Detects active robot instances on the local network using broadcasts to avoid manual IP entry.

Istoric stele