Roboflow Features

Allows users to input models built in a variety of languages.

Allows users to choose the framework or workbench of their preference.

Records versioning as models are iterated upon.

Provides a way to quickly and efficiently deploy machine learning models.

Offers a way to scale the use of machine learning models across an enterprise.

Allows users to input models built in a variety of languages.

Allows users to choose the framework or workbench of their preference.

Records versioning as models are iterated upon.

Provides a way to quickly and efficiently deploy machine learning models.

Offers a way to scale the use of machine learning models across an enterprise.

Can integrate well with other software.

Records and organizes all machine learning models that have been deployed across the business.

Tracks the performance and accuracy of machine learning models.

Provisions users based on authorization to both deploy and iterate upon machine learning models.

Allows users to manage model artifacts and tracks which models are deployed in production.

Records and organizes all machine learning models that have been deployed across the business.

Tracks the performance and accuracy of machine learning models.

Provisions users based on authorization to both deploy and iterate upon machine learning models.

Gives user a metric to determine the quality of data labelers, based on consistency scores, domain knowledge, dynamic ground truth, and more.

Ensures that labeling tasks are accurate through consensus, review, anomaly detection, and more.

Ensures the data is of a high quality as compared to benchmark.

Gives user the ability to review and edit labels.

Uses models to predict the correct label for a given input (image, video, audio, text, etc.).

Automatically route input to the optimal labeler or labeling service based on predicted speed and cost.

Has the ability to place imaginary boxes or polygons around objects or pixels in an image.

has the ability to detect objects within images.

Track unique object IDs across multiple video frames

Supports a range of different types of images (satelite, thermal cameras, etc.)

Gives user the ability to extract entities from text (such as locations and names).

Gives user the ability to tag text based on its sentiment.

Gives user the ability to label and verify text data in an image.

Allows the user to transcribe audio.

Gives user the ability to label emotions in recorded audio.

Control model usage and performance in production

Deploy mission-critical ML applications where and when you need them

Easily compare experiments—code, hyperparameters, metrics, predictions, dependencies, system metrics, and more—to understand differences in model performance.

Provides the ability to recognize and detect emotions.

Provides the ability to recognize various types of objects in various scenarios and settings.

Provides the ability to recognize texts.

Processes video, or image sequences, to track objects or individuals.

Given images of a scene, or a video, scene reconstruction computes a 3D model of a scene.

Allows users to detect logos in images.

Detects inappropriate material in images.

Provides the ability to detect objects, humans, etc. in video footage.

Allows users to manage data from a number of sources

Tools for the systematic analysis of various types of data or statistics

Allow users to analyze face attributes, such as whether or not the face is smiling or the eyes are open.

Give users the ability to compare different faces to one another.

Allows users to train model and provide feedback regarding the model's outputs.

Allows users to select given items in an image for the purposes of image recognition.

Provides the ability to build custom image detection models.

Search for information using an image instead of text-based queries

Allows users to generate text based on a text prompt.

Condenses long documents or text into a brief summary.

Enables smart selection of data for annotation to reduce overall training time and costs.

Allows for automatic retraining of models with newly annotated data for continuous improvement.

Facilitates the setup of an active learning process tailored to specific AI projects.

Allows users to establish a feedback loop between data annotation and model training.

Provides the ability to identify and address edge cases to enhance model robustness.

Enables efficient triaging of training data to identify which data points should be labeled next.

Streamlines the data labeling process with tools designed for efficiency and accuracy.

Automates the detection of anomalies and outliers in the training data for correction.

Offers tools to optimize the selection of data for labeling based on model uncertainty.

Provides actionable insights into data quality, enabling targeted improvements in data labeling.

Delivers in-depth insights into factors impacting model performance and suggests enhancements.

Enables model improvement at the lowest possible cost by focusing on the most impactful data.

Integrates the handling of edge cases into the model training loop for continuous performance enhancement.

Provides the ability to fine-tune models for increased accuracy and specialization for niche use cases.

Offers advanced tools to analyze label outliers and errors to inform further model training.

Identifies and categorizes objects, patterns, or specific features within an image

Divides an image into multiple regions or objects to enable more precise analysis

Use AI to generate content in the form of text, images, videos, etc.

Ability to recognize printed or written text within digital images or scanned documents

The ability to identify a barcode on or within an image or packaging

Create and manage digital catalog of products/services with their details, specifications, and price

Create, design and manage workflows for repetitive tasks

Process and analyze human language in text or audio form

Ability to handle large datasets

Crawling the Web or a database for video content

Process digital photos and/or scans of various document types and extract text from images (JPG, BMP, TIFF, GIF)

Import or export content

Identify and analyze unique facial features in images or videos

Application programming interface that allows for integration with other systems/databases

The ability to discover a specific item the customer is looking to purchase

Product suggestions provided to users based on past behavior and relevant data, such as browsing and purchasing history

Generative AI models can be used for image and video editing tasks that can automatically enhance images, remove noise or change styles

Assembly of graphs and charts for visualizing and tracking statistics/metrics

A virtual assistant that uses AI to pursue goals and complete tasks on behalf of users

A request to search on an image that the user inputs

Detects the positions and orientations of human body parts or objects within an image or video

adding a text label to an image

Highlight content and/or make notations about parts of content

The process of discovering content on the web that is same or similar to logos, trademarks or other proprietary content

Capture photos for any type of use case

Software program that continuously adjusts its behavior based on observed data

Access the system via a mobile application

Search and find data in a structured format

Search and filter data across systems to locate required information by entering keywords or certain criteria

Ability of software to identify an image among other data

A report showing what actions customers perform