On Music AI is a web based platform designed to generate music and vocal tracks through artificial intelligence. The tool allows users to convert text prompts or original lyrics into complete songs that include melodies, instruments, and synthesized vocals. It is designed to function without the need for music theory knowledge, physical instruments, or professional studio equipment. The platform operates directly within a web browser on both mobile and desktop devices, offering a simplified interface for music production. The primary capabilities of the tool include text to music generation, where the AI interprets descriptions of moods, tempos, or genres to create a new composition. Users can also input specific lyrics to be performed by AI voices in various musical styles, ranging from pop and lo-fi to rap. In addition to song generation, the platform provides several utility features such as an AI mastering tool, a stem splitter for isolating different parts of a track, a vocal remover, and a dedicated lyrics generator. The typical workflow involves entering a text prompt that describes the desired style or vibe of the music. Users may also provide their own written content, such as poems or choruses, to be used as the lyrical basis for the track. Once the AI processes the input, it generates a finished audio file that can be downloaded and shared. This process is intended for a variety of use cases, including the creation of royalty free background music for video projects, personalized songs for social occasions, or experimental genre blending. Technically, On Music AI is a cloud based service that does not require the installation of plugins or specialized software. It offers a free tier that allows users to begin creating without an initial signup process. The generated tracks are described as royalty free, making them suitable for various digital media applications. The platform focuses on accessibility by automating the technical aspects of audio engineering, such as mixing and arrangement, through its underlying AI models.