OpenVoiceOS is an open-source voice AI platform that allows users to create customized voice-controlled interfaces across devices with natural language processing (NLP) and a highly customizable user interface. This platform emphasizes security and privacy and is designed to provide users with a seamless and intuitive voice interface for controlling their smart home devices, playing music, setting reminders, and much more.
OpenVoiceOS is built on open-source software and is developed by a community of programmers from various Linux and FOSS communities. The platform is open to all developers and contributors who want to support a specific device or platform, such as an embedded headless device or single-board computer with a screen.
The platform’s experimental core allows developers to test experimental features before landing them in any of the Linux-based open-source voice assistant projects upstream. OpenVoiceOS also supports a wide range of supported devices and peripherals/HATs, making it ideal for developers to experiment with and create cutting-edge voice assistance technology.
OpenVoiceOS has two download editions - Buildroot and Manjaro Arch - that serve different purposes. The Buildroot edition offers a minimalist Linux OS that brings the open-source voice assistant Mycroft A.I. to embedded, low-spec headless and/or small touch-friendly screen devices. The Manjaro Arch edition, on the other hand, is based on rolling base distribution, which makes it ideal for development and prototyping.
OpenVoiceOS has a small team of developers and maintainers who work on several core technologies and projects within the framework. The team includes code wranglers, hardware hackers, community managers, and developer relations specialists.
In conclusion, OpenVoiceOS is an excellent platform for developers, data scientists, and tech enthusiasts who want to create and experiment with cutting-edge voice assistance technology. The platform’s support for various devices and customizable features makes it an ideal platform for creating custom voice-controlled interfaces across devices.