Voice & Sound

Hear the power of AI

AI has made a significant impact in recent years, particularly in speech and audio processing. That’s why we also see a growing demand for technologies that allow us to process, understand, and generate audio and speech.

How we meet those demands? By letting our team of experts - experienced in the field of AI-powered audio and speech solutions - work with our clients to understand their specific needs and goals. Together, we design customised solutions that can improve operations, increase productivity, and enhance the user experience.

Applications

Speech recognition

AI-driven speech recognition systems transcribe speech into text for various uses, like voice assistants, call centres, and audio search. NLP is also used to improve the performance of ASR systems by providing context for the spoken language.

Speech synthesis

This technology allows machines to generate natural-sounding speech. Useful applications include voice assistants, creating audiobooks and podcasts from text, and more.

Sound/Audio classification

Sound can be used as a sensor as well. This can be done as part of quality control, as part of a predictive maintenance solution, or directly to detect situations like applause.

Audio enhancement

AI-driven systems can enhance audio quality by removing noise and improving speech clarity. These systems are used in audio editing, podcast production, hearing aids and more.

Typical challenges

Need an AI-driven speech and audio solution for your business? We have you covered. 
Our expertise means we can build solutions that overcome the following challenges:

Accurate speech recognition

Transcribing spoken language into written text can be difficult, especially in noisy environments or when the speech includes different accents, dialects, or domain-specific language. While some models are trained using high-quality audio (e.g., audiobooks), others are designed to handle real-world speech of varying quality and characteristics, making transcription more accessible.

Latency

Transcribing spoken language into written text can be difficult, especially in noisy environments or when the speech includes different accents, dialects, or domain-specific language. While some models are trained using high-quality audio (e.g., audiobooks), others are designed to handle real-world speech of varying quality and characteristics, making transcription more accessible.

Scalability

Scalability is a major challenge for speech AI solutions, because speech recognition and synthesis models are typically large and computationally expensive. However, when building a solution, we always try to meet computational demands while staying within budget. The goal is that data processing never slows down and that scaling is always an option.

Limited data availability

Collecting speech and audio data can be difficult. Annotation is time-consuming and expensive, making it challenging to obtain enough high-quality data to train with. This can lead to model accuracy and robustness issues. But don't worry; our researchers and developers always look for the best way to overcome these obstacles and deliver the best possible results.

High level outline of the solution

The most common applications of speech & audio AI typically involve speech recognition systems to transcribe speech and use them for downstream NLP tasks. Examples include speech summarization, keyword extraction, sentiment analysis, etc.

To make this easier to understand, we've highlighted some key steps for building speech-to-text solutions.

Data collection & labeling

When pre-existing models perform poorly due to previously mentioned challenges, they need to be fine-tuned. The first step is to collect and transcribe relevant real-world data. We do this by using open-source labeling tools.

Data preprocessing

To make sure that the collected dataset is ready for training, it must be preprocessed. This includes using various noise removal and audio enhancement techniques.

Model training & evaluation

Using preprocessed data, the machine learning model is trained to transcribe audio recordings into text. The performance of the model is then tested and fine-tuned for improvements. The trained model helps to speed up the iterative labeling process and improve performance.

Deployment & monitoring

After training and testing, the model is deployed to a production environment where it can transcribe new audio recordings. It's constantly monitored to make sure it remains accurate and up-to-date with changing requirements, either on-edge or in the cloud.

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Connect with our experts in AI-powered Voice and Sound solutions

Contact us to learn how our customized AI solutions for audio and speech can improve your business operations, boost productivity, and enhance the user experience. Let our team help you meet the demands of modern communication.

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