Audiokinetic Wwise vs Sound Bakery
Audiokinetic Wwise
audiokinetic.comSound Bakery
soundbakery.jameskelly.audioSide by side
| Figure | Audiokinetic Wwise | Sound Bakery |
|---|---|---|
| Price from | Free | Free |
| Free plan | Yes | Yes |
| Free trial | Yes | — |
| Open source | — | — |
| Windows | Yes | Yes |
| macOS | Yes | Yes |
| Linux | Yes | Yes |
| iOS | Yes | — |
| Android | Yes | — |
| Plans published | 4 | 1 |
| Spec score · Game Audio Middleware | 8.7 (#1) | 7.2 (#22) |
Plans
Audiokinetic Wwise
- IndieFree
- Pro$8,000, paid once
- Premium$25,000, paid once
- Platinum$45,000, paid once
In their own words
Audiokinetic Wwise
Audiokinetic Wwise is a toolset for creating interactive game audio and motion. It combines an audio authoring application, sound engine, game simulator, plug-in architecture, and Authoring API. Its pipeline covers authoring, simulation, integration, in-game mixing, and real-time profiling. A project can organize sound, voice, music, and motion assets, playback behaviors, Events, simulations, profiling, and platform-specific SoundBanks. Wwise supports spatial audio, interactive music, dialogue management, localization, and audio streaming. Unity and Unreal Engine integrations are available; the Unity package includes a plug-in library, C# SDK API bindings, components, and Editor windows. The free trial is for non-commercial use and limits SoundBanks to 200 media assets. Commercial licenses are per title, with a license required for each platform used. Listed commercial plans start at $8,000, paid once; the price depends on platforms. The free Indie plan is for production budgets below $250K.
Sound Bakery
Sound Bakery is free, open-source audio middleware for games on Windows, macOS, and Linux. It combines an authoring application with a C/C++ API for game-engine integration. The workflow covers audio asset management, sound selection, packaging, playback, and debugging. Its Sound Chef library wraps miniaudio and emulates FMOD functionality, while the system manages a node graph, sounds, resources, and output to the user’s device. The maker describes built-in multithreading and an aim to let users customize the engine, interface, tools, and behavior as a collaborative alternative to Wwise and FMOD. CLAP is listed among the dependencies, with API access to a CLAP host and plugins. GitHub provides binaries and source; building requires a C++ compiler, CMake 3.28 or higher, and Git. The project uses the MIT License.