Software & Apps

Petoi Mobile App

The official mobile app for configuring and controlling Petoi's robot pet toys.

Features:

Easy calibration interface to make the robot's joints aligned correctly
Control robots to move with different walking speeds and default actions such as push-up, greetings, stretches, and rest. Great for play games with your friends and families.
Add custom actions (commands) to your robots to achieve more advanced maneuverability and motions

Supported robots: Nybble, Bittle
Download: Apple App Store, Google Play Store, Android APK

Petoi Desktop App

Petoi Desktop App is an open source desktop app to upload firmware, calibrate and easily compose new skills of Petoi robots via wired or Bluetooth connections.

Supported operating systems: Windows, Mac & Linux
Supported robots: Nybble, Bittle
Download link

OpenCat compatibility:

1.0 - firmware uploader
2.0 - firmware uploader, joint calibrator, skill composer

Petoi Coding Blocks

Petoi Coding Blocks is a Scratch-like graphical drag & drop block-based coding environment for all the latest Petoi robots.

support both wired and Bluetooth connections
support all Petoi robots running on OpenCat 2.0
the desktop app runs on Mac, Windows, and Linux.
use OpenCat Python API, and can generate Python codes that students can study

Petoi also provides a free robotics curriculum based on Petoi Coding Blocks.

Arduino IDE

Arduino IDE provides the coding environment for programming Petoi's robots in C/C++. Petoi's robots can be connected to the IDE via wired, Bluetooth or Wifi connections.

It supported all of Petoi robots.

Python Serial API

Petoi's open-source Python API enables sending serial commands through a terminal to control robots.

See the demos for connecting the robot with another program, such as voice, vision, and gaits trained by deep learning. It also allows the robot to perform an infinite length of tasks defined by a preset scheduler.

Supported robots: Nybble, Bittle

Open Source Projects

Petoi's vibrant community has produced open source projects such as Inverse Kinematic Model OpenCat, an inverse kinematic model and gait generator, and OpenCatWeb, a web interface to control Opencat-based robots.

Please check here for all the latest work.