This artificial intelligence allows transforming sounds in real time using an advanced tonal morphing plugin. Neutone Morpho analyzes the incoming audio, re-analyzes it in a completely different style while preserving the general shape of the original sound. Users can choose from a collection of pre-established models or train their own customized models using specific sounds they provide. This flexibility makes Neutone Morpho particularly useful for music creators, sound designers, and audio artists who seek to explore and create unique sound textures.
The Neutone Morpho models are based on an autoencoder algorithm, capable of capturing and modifying subtle characteristics of the input sounds, such as pitch and volume. This process enables tonal transfer that allows real-time manipulation of audio, opening up possibilities for sonic creation previously inaccessible without advanced technical knowledge or expensive equipment.
With the option of custom model training for models, Neutone Morpho also democratizes sonic innovation, allowing everyone to contribute to defining new sonic horizons. The created models remain the property of the user, thus ensuring their exclusivity.
Leveraging pre-trained AI models, this feature allows transforming incoming audio by borrowing the characteristics of the models they are based on. Ideal for artists and producers seeking unparalleled creative flexibility in modifying the sounds.
Offers the freedom to train customized tonal-morphing models via a drag-and-drop interface. No coding skills are required, making this technology accessible to independent musicians seeking to explore and create unique sonic textures.
This digital signal processing suite optimizes Morpho models' performance, with features such as Pitch Shift and Compressor. Users benefit from increased control to fine-tune the final sound quality in their music projects.