Audio AI Pipelines Tailored to your Needs
We develop your AI solution. With expertise in advanced spectral analysis, audio processing algorithms, and modern AI techniques, our team tailors custom designs blending traditional signal processing with AI.
Deploying Machine Learning (ML) models is a multi-staged process that requires careful planning at each step. Training data acquisition or generation is a first step to successful ML deployment and has to be thoroughly planned to maximize data utility.
Augmentation techniques like equalization filtering, pitch shifting, adding reverb, or more sophisticated techniques like semi-supervised learning might later be used during model training to reduce expenses for training data collection, and therefore have to be considered already before starting data collection. Our team can plan and guide the data collection process.
Further processing with ML requires appropriate representations of the audio data. Choosing the right data representation requires domain knowledge in several fields tailored to the specific requirements of the task at hand.
Waveforms, mel spectrograms, MFCCs and various more application-specific features can be useful inputs to ML models. Besides preprocessing, postprocessing is similarly strongly application-dependent and has different needs depending on whether, e.g., real-time processing is required. We are experienced in designing the entire ML pipeline, including feature extraction, model architecture design and postprocessing.
We embrace a modern MLOps-based approach for deployment, utilising Cloud-based Infrastructure as a Service (IaaS) solutions when necessary, to deliver scalable and robust ML systems.
Our Toolset
Let’s Create Together
Connect with us to explore how we can make your vision a reality. Join us in shaping the future.
How do we build your product?
We can support in every phase of product development. To enhance productivity and accelerate time to market, we typically employ a proven, systematic approach to collaboratively build the product with you.
01
Concept and Ideation
Define the core idea, identify the problem we are solving, the target audience, and the essential differentiating features.
02
Feasibility Study
Assess the technical feasibility and market viability of the product through preliminary research and analysis.
03
Planning and Design
Outline the scope of a Minimum Viable Product (MVP) focusing on essential features only, and plan the project timeline, budget, and resources. Design initial wireframes or mockups.
04
Development of an MVP
Develop the MVP using rapid development cycles with continuous integration and testing, focusing on creating a functional prototype.
05
Testing and Iteration
Test the MVP internally and with users to gather feedback, and iteratively refine the product based on this feedback.
06
Launch
Officially launch the MVP to a broader audience, including marketing and user support preparations.
07
Evaluation and Scaling
Analyze the performance of the MVP against objectives, and scale the product by adding features and expanding the market reach if the MVP is successful.
Why Choose Us
Discover the reasons that set us apart.
Proficiency
With extensive expertise in audio processing, machine learning, and software development, we are the ideal partner for implementing audio and AI projects.
Approach
We use modern development tools and project management procedures to maximize productivity while retaining the highest quality outcomes for your product.
Team
We are tech enthusiasts, innovators and we live music. We’re driven to revolutionize your product by harnessing the latest in AI advancements.
12+
Years of Deep Tech experience
100%
Client satisfaction
1400+
GitHub Stars
3 Countries
Our team is based in Austria, India and the USA
Why use AI?
Enhanced Audio Quality
AI algorithms can automatically improve audio clarity, reduce noise, and optimize sound quality. This is particularly useful in environments with variable acoustic conditions, enabling consistent audio quality across different scenarios.
Personalization
AI algorithms can adapt audio content to the preferences of individual users. For instance, streaming services use AI to recommend music based on listening habits. In software interfaces, AI can adjust the audio dynamics to suit user-specific hearing profiles.
Cost Efficiency and Scalability
Automating various audio processing tasks with AI reduces the need for manual intervention, lowering costs and improving efficiency. AI systems can scale more easily than human-based systems, managing large-scale audio processing tasks without a proportional increase in resource investment.
Our Story
PhonicScore is the CultTech company from Vienna, Austria, the city of music, focusing on Music and Education. Since 2012 we are developing mobile apps, software libraries, plugins and AI solutions.
Let’s Create Together
Connect with us to explore how we can make your vision a reality. Join us in shaping the future.