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Label Studio is an open-source multi-type data labeling and annotation tool with a standardized output format. It enables teams to customize interfaces for images, text, audio, video, and time series data, supporting various annotation tasks for machine learning and data science projects.
Label Studio is a leading open-source tool designed to streamline the process of preparing structured data for machine learning models. It supports a wide range of data types and annotation tasks, providing a flexible and scalable solution for individuals and teams.
The preparation of high-quality labeled data is often a bottleneck in machine learning development. Existing tools are often specialized for one data type, lack flexibility, or are not suitable for large-scale team collaboration. Label Studio addresses these issues by offering a unified, customizable, and collaborative platform for diverse data types.
Supports image classification, object detection, segmentation, text classification, NER, audio transcription, time series annotation, and more within a single platform.
Easily configure annotation interfaces using simple front-end code (HTML/CSS/JavaScript) tailored to specific project needs.
Provides REST API and Python client for seamless integration into existing data pipelines and MLOps workflows.
Allows multiple annotators to work on projects simultaneously, with features for managing tasks, reviewing annotations, and calculating inter-annotator agreement.
Label Studio is versatile and can be applied across various industries and research areas requiring structured data annotation.
Labeling images and videos for object detection, segmentation, and tracking to train models for autonomous navigation systems.
Provides the necessary tools for precise pixel-level and bounding box annotations on large visual datasets.
Annotating text data for sentiment analysis, named entity recognition (NER), text classification, and relationship extraction.
Offers flexible interfaces for complex text annotation tasks required for training robust NLP models.
Transcribing and classifying audio data for speech recognition models, speaker identification, and audio event detection.
Supports audio playback and waveform visualization for accurate timestamped transcription and labeling.
Annotating time series data from sensors, financial markets, or IoT devices for anomaly detection, pattern recognition, or forecasting models.
Enables visual annotation and segmentation of time series data for training specific analytical models.
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