Enhance audio in real time with our SDK

Integrate our SDK in minutes to transform your application’s audio. Say goodbye to complex coding and hello to crystal-clear sound.

Versatile across languages and devices

Unlock ultimate flexibility with our SDK’s C-Interface, compatible with multiple programming languages like Rust, C++, Zig, Python, Java, and more. Whatever your preferred language or platform, our SDK adapts to your needs.

Flexible deployment

Deploy our SDK seamlessly across various platforms—from embedded systems (Bare Metal, Microcontrollers) to mobile (Android, iOS), desktop (Linux, macOS, Windows), and even Web Assembly. No matter where you need high-quality audio, our SDK delivers.

Get started in minutes

Our SDK is just three function calls away from transforming your audio quality. With a streamlined integration process, you can easily enhance speech and audio across your applications without complicated setups or lengthy coding.

Step 1

Import the SDK

Import your API definition, whether it’s in OpenAPI or Fern’s simpler format.

Step 2

Customize

Import your API definition, whether it’s in OpenAPI or Fern’s simpler format.

Step 3

Export anwhere

Import your API definition, whether it’s in OpenAPI or Fern’s simpler format.

Use Cases

Frequently asked questions

What is the SDK?

The SDK gives access to our speech enhancement technology in real-time running offline directly on the device. You will receive it as a static library with a C/C++ header file.

On which devices does the SDK work?

The SDK runs on all major mobile and desktop operating systems. On embedded devices we provide our SDK for Cortex-M/A and Cadence Hifi chips. Please reach out if you need support for a different architecture.

Can the ai|coustics SDK process audio in real-time?

Yes, the SDK is designed for real-time audio processing, allowing for immediate enhancement and clarity improvements.

What is the memory and CPU consumption?

The memory and CPU consumption varies heavily between architectures and operating systems. Our currently smallest model runs on less than 512kB RAM on a Cortex-M7 with 480MHz.

How does the ai|coustics SDK manage to achieve real-time audio processing, and what is the typical latency experienced?

The ai|coustics SDK is engineered for minimal latency, enabling real-time audio enhancement. Thanks to our optimized machine learning models and the efficient Rust programming language, the SDK processes audio with an exceptionally low latency, typically in the milliseconds range. This ensures that audio enhancement is virtually instantaneous, making it ideal for live applications and devices where real-time processing is critical, such as hearing aids, smartphones, and automotive infotainment systems.

Is the SDK compatible with all operating systems?

The SDK is implemented in Rust, offering broad compatibility across various platforms. Specific OS compatibility details are available in our documentation.

How does the SDK handle different languages or accents?

Our Generative Audio AI algorithms are trained on diverse datasets, enabling them to enhance speech clarity across a wide range of languages and accents.

How big is the introduced delay?

The delay depends on the model architecture, but is in general half of the buffersize. When our model runs on audio blocks of 1024 samples, the introduced delay is 512 samples, what matches around 10ms at a samplerate of 48kHz.

Can I customize the audio enhancement features provided by the SDK?

Yes, the SDK offers various parameters that can be adjusted to tailor the audio enhancement to your specific needs.

What kind of support does ai|coustics offer for SDK integration?

We provide comprehensive documentation, sample code, and dedicated support to assist with SDK integration and optimization.

How is the SDK updated, and how often do updates occur?

SDK updates are released periodically to introduce new features, improvements, and bug fixes. We provide a simple update process through our developer portal.

What is the licensing model for the ai|coustics SDK?

We offer flexible licensing options tailored to the scale and scope of your project, from startups to large enterprises.

How does ai|coustics ensure the privacy and security of data processed by the SDK?

The SDK processes audio data locally on the device, ensuring that user data does not leave the device and maintaining privacy and security.

Does the ai|coustics SDK require an internet connection to process audio in real-time?

No, the ai|coustics SDK is designed to operate independently on the device without the need for an internet connection. Once integrated, the SDK processes audio data locally, ensuring real-time enhancement with no reliance on external servers. This capability is particularly beneficial for applications where consistent internet access is not guaranteed or for user scenarios that demand privacy and data security.

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