SERVICES

Tsugi is the leading provider of procedural audio technology and content.

We offer services encompassing all the facets of procedural audio,
from the research and development of innovative tools and engines to the creation of specific sound models.

Our experienced team of engineers, UI designers and sound creators has already helped many companies,
from game and animation studios to TV channels, museums, software developers and industrial manufacturers.

R&D CLIENTS

Sound Design Tools

Tell us what type of sounds you want to design for your project, and we will create a procedural sound tool adapted to your needs.

creation of totally new sounds, or sounds based on the analysis of existing material
increased editing flexibility: create the perfect sound by adjusting the parameters of the procedural model, without requiring any new recording or post-processing
automatic generation of sound variations
unique, innovative user interfaces and workflows adapted to your project
seamless integration with your other creative tools (audio editors, game middleware, graphic and animation packages, etc.)

Audio Engines / APIs

We design procedural engines that improve audio interactivity while drastically reducing memory footprint.

libraries and plug-ins for the real-time sound synthesis of sound effects, music, and voices
support for various platforms, including game consoles, embedded devices etc.
integration with audio middleware (Wwise, FMOD, ADX2) and game engines (Unity, Unreal etc…)
full interface between the engine and the application via meta-parameters and synthesis events

Sound Models

We create procedural audio content for your games, animations, embedded devices and more!

we adhere to your project’s vision and style
from a special voice for your robotic toy to ferocious growls for your animated dragon, or a custom spaceship engine for your electric vehicle, everything is possible!
we design procedural models for the tools we developed for you, or for GameSynth
we can integrate these models into your game, application, device etc.
the models can generate many sound variations based on user interactions, without using extra memory