XiaomiRobotVacuumProtocol
by marcelrv
Attempt to describe the Xiaomi Robot Vacuum Protocol
AI summary
Robot Vacuum API
Provides a set of APIs and command formats to interact with Xiaomi robot vacuum devices
- stars
- 367
- forks
- 74
- watching
- 28
Similar projects
Found by comparing what the projects do, not just their names.
Vacuum controller
A Lovelace card providing map-based controls for various vacuum brands in Home Assistant
Vacuum card
A custom Lovelace UI card for displaying information about various robot vacuums.
Vacuum controller
An integration that allows users to control and monitor their Roborock vacuum cleaners within Home Assistant
Vacuum Card
A custom card for Home Assistant's Lovelace UI to display and control robot vacuum cleaners
Telegram client
A .NET client library for interacting with the Telegram Bot API
Telegram bot library
A Java library for interacting with the Telegram Bot API.
Robot simulator
A Matlab-based simulation and robot control platform for autonomous mobile robotics
Test generator
Automates test generation based on user input and system behavior models.
Map Extractor
A custom Home Assistant component that extracts and displays live maps from Xiaomi vacuum devices
CAN robot controller
A CAN BUS controller project that enables remote control of DJI Robomaster S1 robots using an STM32 microcontroller and Micropython firmware.
MEV research
Research and development organization focused on understanding and addressing the impact of MEV (Maximal Extractable Value) on state-rich blockchains.
Robotics toolkit
A comprehensive C++ toolkit for mobile robotics and computer vision applications, providing algorithms and data structures for SLAM, motion estimation, image processing, and more.
Robot learner
An implementation of a general-purpose robot learning model using multimodal prompts
Bot client
Provides an interface to Telegram's Bot API using Ruby
Robotics algorithms
MATLAB implementations of algorithms and techniques for mobile robot navigation, including localization, mapping, path planning, and SLAM.