Best AI tools for< Separate Stems >

Music Demixer is a cutting-edge AI tool that allows users to separate songs, split stems, create instrumental breakdowns, remove vocals, extract instruments, and generate karaoke tracks. It is powered by the Demucs AI model, a winner of the Sony Music and Sound Demixing Challenges. The tool operates in the browser without cloud services, ensuring 100% privacy. Users can choose various parameters like components and quality to customize their demixing experience. Music Demixer is best experienced on a laptop or desktop and offers a free tier with limited demixes per week.

Melody ML is an AI-powered music processing tool that allows users to separate music tracks using machine learning technology. Users can upload songs, and the tool uses AI algorithms to extract vocals, drums, bass, and other instruments into separate stems. Melody ML offers a user-friendly platform for music enthusiasts, producers, and artists to enhance their music production process.

RipX DAW is an AI-powered digital audio workstation (DAW) that allows users to edit notes in the mix, replace sounds, and separate stems. It is designed to assist musicians and producers in creating and editing music using AI-generated samples and loops. RipX DAW is known for its advanced features such as 6+ stem separation, sound replacement menu, and the ability to edit notes in the mix.

Samplab is an AI-powered audio editing tool that allows users to manipulate audio samples with advanced features such as note editing, chord detection, stem separation, audio to MIDI conversion, and audio warping. It offers a seamless integration with digital audio workstations (DAWs) as a plugin or desktop app, enabling producers to enhance their music production workflow. Samplab's AI technology revolutionizes the way users interact with audio samples, providing unprecedented control over notes, chords, and melodies.

AudioShake is a cloud-based audio processing platform that uses artificial intelligence (AI) to separate audio into its component parts, such as vocals, music, and effects. This technology can be used for a variety of applications, including mixing and mastering, localization and captioning, interactive audio, and sync licensing.

Gaudio Studio is an AI music separation tool designed for creators to unleash their creativity with ease. It allows users to extract background music, separate instruments, and remove vocals from any music content. Powered by GSEP (Gaudio source SEParation), a high-quality and easy-to-use AI stem separation model, Gaudio Studio offers a seamless experience for audio separation. Users can upload their songs in various formats, access the tool from desktop or mobile devices, and enjoy Studio Plans for advanced processing. Additionally, Gaudio Studio can be integrated with cloud APIs and On-device SDKs for business applications, offering a versatile solution for music professionals and enthusiasts.

Music AI is an AI audio platform that offers state-of-the-art ethical AI solutions for audio and music applications. It provides a wide range of tools and modules for tasks such as stem separation, transcription, mixing, mastering, content generation, effects, utilities, classification, enhancement, style transfer, and more. The platform aims to streamline audio processing workflows, enhance creativity, improve accuracy, increase engagement, and save time for music professionals and businesses. Music AI prioritizes data security, privacy, and customization, allowing users to build custom workflows with over 50 AI modules.

Vocal Remover Oak is an advanced AI tool designed for music producers, video makers, and karaoke enthusiasts to easily separate vocals and accompaniment in audio files. The website offers a free online vocal remover service that utilizes deep learning technology to provide fast processing, high-quality output, and support for various audio and video formats. Users can upload local files or provide YouTube links to extract vocals, accompaniment, and original music. The tool ensures lossless audio output quality and compatibility with multiple formats, making it suitable for professional music production and personal entertainment projects.

Vocalx is an AI-powered online tool that converts text into natural-sounding speech. It utilizes advanced speech synthesis technology to generate lifelike voices for various applications. Users can easily create audio content from written text, making it ideal for content creators, educators, and businesses looking to enhance their multimedia offerings. With Vocalx, you can customize the voice, tone, and speed of the generated speech to suit your needs. The tool supports multiple languages and accents, providing a versatile solution for voiceover projects, audiobooks, podcasts, and more.

Package is a generative AI rendering tool that helps homeowners envision different renovation styles, receive recommended material packages, and streamline procurement with just one click. It offers a wide range of design packages curated by experts, allowing users to customize items to fit their specific style. Package also provides 3D renderings, material management, and personalized choices, making it easy for homeowners to bring their design ideas to life.

Lamucal is an AI-powered music application that provides users with accurate chords, beats, lyrics, and tabs for any song. It features AI-generated rhythm patterns and precise lyric synchronization, making it an invaluable tool for musicians and music enthusiasts alike. With Lamucal, users can easily find and play their favorite songs, explore new music, and improve their musical skills.

Moises App is a music application powered by AI that provides musicians with a range of tools to enhance their practice and performance. With Moises App, users can separate vocals and instruments in any song, adjust the speed and pitch, and detect chords in real time. The app also includes a smart metronome and audio speed changer, making it an ideal tool for musicians of all levels. Moises App is available as a desktop application, iOS app, and web app, making it accessible to musicians on any device.

Lamucal is an AI-powered platform that provides tabs and chords for any song. It offers real-time chords, lyrics, tabs, and melody for any song, making it a valuable tool for musicians and music enthusiasts. Users can upload songs or search for any song to access chords and other musical elements. With a user-friendly interface and a wide range of features, Lamucal aims to enhance the music learning and playing experience for its users.

MVSEP is an AI-powered application that specializes in music and voice separation. It offers users the ability to separate audio files into voice and music parts using advanced algorithms and models. Users can easily upload files through drag and drop or remote upload features. The application provides various separation types, HQ models, and output encoding options to cater to different user needs. MVSEP aims to enhance the audio editing experience by providing high-quality results and a user-friendly interface.

ToneShift is an AI-powered platform that allows users to clone voices, separate music, and join a community of voices. With ToneShift, users can transform recordings into versatile voices for various purposes, separate vocals and instrumentals from songs to create new remixes and mashups, and join a community to discover new tones, contribute their creations, and collaborate with others.

AI Phone is a mobile application that uses artificial intelligence to simplify and enhance phone calls. It offers real-time transcription, AI-generated summaries, call highlights, keyword detection, and a separate US phone number for work-life balance. The AI chat assistant can correct messages, provide recommendations, and suggest replies, reducing communication stress.

Riverside is an online podcast and video studio that makes recording and editing at the highest quality possible, accessible to anyone. It offers features such as separate audio and video tracks, AI-powered transcription and captioning, and a text-based editor for faster post-production. Riverside is designed for individuals and businesses of all sizes, including podcasters, video creators, producers, and marketers.

AudioStrip is a free online vocal isolator that allows you to remove vocals from any song. It uses artificial intelligence to separate the vocals from the music, and it does a surprisingly good job. You can use AudioStrip to create a cappella versions of your favorite songs, or you can use it to isolate the vocals from a song so that you can sing along with them. AudioStrip is easy to use. Just upload a song to the website, and then click the "Extract Vocals" button. AudioStrip will then process the song and create a new file that contains only the vocals. You can then download the new file to your computer.

VocalRemover is an online tool that uses artificial intelligence to remove vocals from any music track. It is easy to use, simply upload your song and the AI will process it to separate the vocals from the instrumentals. You can then download the resulting karaoke version or vocals-only version of your song. VocalRemover is a great tool for musicians, singers, and anyone who wants to create their own karaoke tracks.

HeardThat is a smartphone application that leverages AI technology to help users hear speech more clearly in noisy environments. By using the app with existing Bluetooth earbuds or hearing aids, users can separate speech from background noise, allowing them to participate in conversations with confidence. HeardThat aims to address the common complaint of difficulty in understanding speech in noisy settings, which can lead to social isolation. The app provides users with control over ambient sound levels, enhancing their overall listening experience.

OpenVINO™ AI Plugins for Audacity* are a set of AI-enabled effects, generators, and analyzers for Audacity®. These AI features run 100% locally on your PC -- no internet connection necessary! OpenVINO™ is used to run AI models on supported accelerators found on the user's system such as CPU, GPU, and NPU. * **Music Separation**: Separate a mono or stereo track into individual stems -- Drums, Bass, Vocals, & Other Instruments. * **Noise Suppression**: Removes background noise from an audio sample. * **Music Generation & Continuation**: Uses MusicGen LLM to generate snippets of music, or to generate a continuation of an existing snippet of music. * **Whisper Transcription**: Uses whisper.cpp to generate a label track containing the transcription or translation for a given selection of spoken audio or vocals.

The 'ai-audio-startups' repository is a community list of startups working with AI for audio and music tech. It includes a comprehensive collection of tools and platforms that leverage artificial intelligence to enhance various aspects of music creation, production, source separation, analysis, recommendation, health & wellbeing, radio/podcast, hearing, sound detection, speech transcription, synthesis, enhancement, and manipulation. The repository serves as a valuable resource for individuals interested in exploring innovative AI applications in the audio and music industry.

RAVE is a variational autoencoder for fast and high-quality neural audio synthesis. It can be used to generate new audio samples from a given dataset, or to modify the style of existing audio samples. RAVE is easy to use and can be trained on a variety of audio datasets. It is also computationally efficient, making it suitable for real-time applications.

The Vertex AI SDK for Python is a library that provides a convenient way to use the Vertex AI API. It offers a high-level interface for creating and managing Vertex AI resources, such as datasets, models, and endpoints. The SDK also provides support for training and deploying custom models, as well as using AutoML models. With the Vertex AI SDK for Python, you can quickly and easily build and deploy machine learning models on Vertex AI.

qlora-pipe is a pipeline parallel training script designed for efficiently training large language models that cannot fit on one GPU. It supports QLoRA, LoRA, and full fine-tuning, with efficient model loading and the ability to load any dataset that Axolotl can handle. The script allows for raw text training, resuming training from a checkpoint, logging metrics to Tensorboard, specifying a separate evaluation dataset, training on multiple datasets simultaneously, and supports various models like Llama, Mistral, Mixtral, Qwen-1.5, and Cohere (Command R). It handles pipeline- and data-parallelism using Deepspeed, enabling users to set the number of GPUs, pipeline stages, and gradient accumulation steps for optimal utilization.

Demucs GUI is a graphical user interface for the music separation project Demucs. It aims to allow users without coding experience to easily separate tracks. The tool provides a user-friendly interface for running the Demucs project, which originally used the scientific library torch. The GUI simplifies the process of separating tracks and provides support for different platforms such as Windows, macOS, and Linux. Users can donate to support the development of new models for the project, and the tool has specific system requirements including minimum system versions and hardware specifications.

Co-LLM (Collaborative Language Models) is a tool for learning to decode collaboratively with multiple language models. It provides a method for data processing, training, and inference using a collaborative approach. The tool involves steps such as formatting/tokenization, scoring logits, initializing Z vector, deferral training, and generating results using multiple models. Co-LLM supports training with different collaboration pairs and provides baseline training scripts for various models. In inference, it uses 'vllm' services to orchestrate models and generate results through API-like services. The tool is inspired by allenai/open-instruct and aims to improve decoding performance through collaborative learning.

Ultravox is a fast multimodal Language Model (LLM) that can understand both text and human speech in real-time without the need for a separate Audio Speech Recognition (ASR) stage. By extending Meta's Llama 3 model with a multimodal projector, Ultravox converts audio directly into a high-dimensional space used by Llama 3, enabling quick responses and potential understanding of paralinguistic cues like timing and emotion in human speech. The current version (v0.3) has impressive speed metrics and aims for further enhancements. Ultravox currently converts audio to streaming text and plans to emit speech tokens for direct audio conversion. The tool is open for collaboration to enhance this functionality.

UltraSinger is a tool under development that automatically creates UltraStar.txt, midi, and notes from music. It pitches UltraStar files, adds text and tapping, creates separate UltraStar karaoke files, re-pitches current UltraStar files, and calculates in-game score. It uses multiple AI models to extract text from voice and determine pitch. Users should mention UltraSinger in UltraStar.txt files and only use it on Creative Commons licensed songs.

Translate texts in manga/images. Some manga/images will never be translated, therefore this project is born. * Image/Manga Translator * Samples * Online Demo * Disclaimer * Installation * Pip/venv * Poetry * Additional instructions for **Windows** * Docker * Hosting the web server * Using as CLI * Setting Translation Secrets * Using with Nvidia GPU * Building locally * Usage * Batch mode (default) * Demo mode * Web Mode * Api Mode * Related Projects * Docs * Recommended Modules * Tips to improve translation quality * Options * Language Code Reference * Translators Reference * GPT Config Reference * Using Gimp for rendering * Api Documentation * Synchronous mode * Asynchronous mode * Manual translation * Next steps * Support Us * Thanks To All Our Contributors :

Cognita is an open-source framework to organize your RAG codebase along with a frontend to play around with different RAG customizations. It provides a simple way to organize your codebase so that it becomes easy to test it locally while also being able to deploy it in a production ready environment. The key issues that arise while productionizing RAG system from a Jupyter Notebook are: 1. **Chunking and Embedding Job** : The chunking and embedding code usually needs to be abstracted out and deployed as a job. Sometimes the job will need to run on a schedule or be trigerred via an event to keep the data updated. 2. **Query Service** : The code that generates the answer from the query needs to be wrapped up in a api server like FastAPI and should be deployed as a service. This service should be able to handle multiple queries at the same time and also autoscale with higher traffic. 3. **LLM / Embedding Model Deployment** : Often times, if we are using open-source models, we load the model in the Jupyter notebook. This will need to be hosted as a separate service in production and model will need to be called as an API. 4. **Vector DB deployment** : Most testing happens on vector DBs in memory or on disk. However, in production, the DBs need to be deployed in a more scalable and reliable way. Cognita makes it really easy to customize and experiment everything about a RAG system and still be able to deploy it in a good way. It also ships with a UI that makes it easier to try out different RAG configurations and see the results in real time. You can use it locally or with/without using any Truefoundry components. However, using Truefoundry components makes it easier to test different models and deploy the system in a scalable way. Cognita allows you to host multiple RAG systems using one app. ### Advantages of using Cognita are: 1. A central reusable repository of parsers, loaders, embedders and retrievers. 2. Ability for non-technical users to play with UI - Upload documents and perform QnA using modules built by the development team. 3. Fully API driven - which allows integration with other systems. > If you use Cognita with Truefoundry AI Gateway, you can get logging, metrics and feedback mechanism for your user queries. ### Features: 1. Support for multiple document retrievers that use `Similarity Search`, `Query Decompostion`, `Document Reranking`, etc 2. Support for SOTA OpenSource embeddings and reranking from `mixedbread-ai` 3. Support for using LLMs using `Ollama` 4. Support for incremental indexing that ingests entire documents in batches (reduces compute burden), keeps track of already indexed documents and prevents re-indexing of those docs.

WebWhiz is an open-source tool that allows users to train ChatGPT on website data to build AI chatbots for customer queries. It offers easy integration, data-specific responses, regular data updates, no-code builder, chatbot customization, fine-tuning, and offline messaging. Users can create and train chatbots in a few simple steps by entering their website URL, automatically fetching and preparing training data, training ChatGPT, and embedding the chatbot on their website. WebWhiz can crawl websites monthly, collect text data and metadata, and process text data using tokens. Users can train custom data, but bringing custom open AI keys is not yet supported. The tool has no limitations on context size but may limit the number of pages based on the chosen plan. WebWhiz SDK is available on NPM, CDNs, and GitHub, and users can self-host it using Docker or manual setup involving MongoDB, Redis, Node, Python, and environment variables setup. For any issues, users can contact [email protected].

RealtimeSTT is an easy-to-use, low-latency speech-to-text library for realtime applications. It listens to the microphone and transcribes voice into text, making it ideal for voice assistants and applications requiring fast and precise speech-to-text conversion. The library utilizes Voice Activity Detection, Realtime Transcription, and Wake Word Activation features. It supports GPU-accelerated transcription using PyTorch with CUDA support. RealtimeSTT offers various customization options for different parameters to enhance user experience and performance. The library is designed to provide a seamless experience for developers integrating speech-to-text functionality into their applications.

CrewAI Studio is an application with a user-friendly interface for interacting with CrewAI, offering support for multiple platforms and various backend providers. It allows users to run crews in the background, export single-page apps, and use custom tools for APIs and file writing. The roadmap includes features like better import/export, human input, chat functionality, automatic crew creation, and multiuser environment support.

LLM training in simple, pure C/CUDA. There is no need for 245MB of PyTorch or 107MB of cPython. For example, training GPT-2 (CPU, fp32) is ~1,000 lines of clean code in a single file. It compiles and runs instantly, and exactly matches the PyTorch reference implementation. I chose GPT-2 as the first working example because it is the grand-daddy of LLMs, the first time the modern stack was put together.

Local Multimodal AI Chat is a hands-on project that teaches you how to build a multimodal chat application. It integrates different AI models to handle audio, images, and PDFs in a single chat interface. This project is perfect for anyone interested in AI and software development who wants to gain practical experience with these technologies.

EMA-VFI-WebUI is a web-based graphical user interface (GUI) for the EMA-VFI AI-based movie restoration tool. It provides a user-friendly interface for accessing the various features of EMA-VFI, including frame interpolation, frame search, video inflation, video resynthesis, frame restoration, video blending, file conversion, file resequencing, FPS conversion, GIF to MP4 conversion, and frame upscaling. The web UI makes it easy to use EMA-VFI's powerful features without having to deal with the command line interface.

Air is a live-reloading command line utility for developing Go applications. It provides colorful log output, allows customization of build or any command, supports excluding subdirectories, and allows watching new directories after Air has started. Air can be installed via `go install`, `install.sh`, `goblin.run`, or Docker/Podman. To use Air, simply run `air` in your project root directory and leave it alone to focus on your code. Air has nothing to do with hot-deploy for production.

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