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Roboflow

Roboflow is a computer vision platform for labeling image and video datasets, training detection and segmentation models, and deploying them to the cloud or edge devices. Its free Public plan publishes your datasets and models on Roboflow Universe.

Developer ToolsComputer VisionAI Training Platform#Open Source#Computer Vision#Machine Learning
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What is Roboflow?

Roboflow is a web-based computer vision platform for building and deploying vision models, covering the path from uploading and labeling images and video to training a model and running it in the cloud or on edge hardware. The homepage pitches it as AI that sees and understands the physical world, with an end-to-end platform that goes from idea to deployed application.

Brad Dwyer and Joseph Nelson launched Roboflow in 2020 after joining the Y Combinator S20 accelerator, following a 2019 augmented reality project that showed them how hard image annotation and model benchmarking were. The company reported a $2.1 million seed round in January 2021, and in November 2024 it raised a $40 million Series B led by GV, with Craft Ventures and Y Combinator joining.

The site claims over 1 million engineers and over 16,000 organizations build with Roboflow; these are the vendor's own figures.

On the free Public plan, datasets and models are not private. They are published on Roboflow Universe, the company's public catalogue of datasets and pre-trained models, and private data starts with the paid Core plan.

Core features

Datasets and labeling

Roboflow Annotate is the built-in image annotation tool, and uploads cover most common formats:

  • Uploads: JPG, PNG, WEBP, AVIF, BMP and HEIC/HEIF images, MOV and MP4 videos, and PDF files, with images capped at 20MB and 16,400 x 10,900 pixels. The web app is recommended for fewer than 1,000 images and the command line above that.
  • Existing labels: annotations can be imported in supported formats, but only together with their images.
  • Preprocessing: auto-orient, resize, grayscale, auto-contrast, static crop, tile, class modification and null filtering.
  • Augmentation: random flip, rotate, crop, shear, brightness, exposure, blur, noise, cutout and mosaic. The plan comparison allows 3x augmented copies on Public and 5x on Core.

Model training

Training runs on hosted GPUs from the dashboard or through an HTTP API. Roboflow offers two training options, Roboflow Custom Train and Neural Architecture Search, and when you approve your first batch of annotations a Roboflow Instant Model is trained automatically for auto labeling or deployment. For object detection, the documentation names RF-DETR as the most accurate architecture; object detection can start from a COCO checkpoint, from a starred Universe project, or from your own previous model.

Before a run starts, the training summary shows estimated duration and credit cost, and on plans with usage-based billing you can set a credit cap that stops the run and keeps the weights. Most jobs finish in under 24 hours.

Workflows and deployment

Workflows let you chain multiple models, add custom logic and integrate with your pipeline. The same model or Workflow can then be served four ways:

  • Serverless Cloud API: metered per image, scales to zero with a cold start of a few seconds, no video streaming and no offline mode.
  • Dedicated Deployments: Roboflow-managed servers billed per hour, GPU at 1 credit per hour and CPU at 0.25 credit per hour, available on Core and Enterprise.
  • Batch Processing: asynchronous jobs over stored images and videos.
  • Self-hosted Inference: runs on your own hardware, so data never has to leave your network; the documentation lists this option as free and open source.

Open-source libraries and model licences

Roboflow maintains open-source projects alongside the hosted platform, and each carries its own licence:

  • supervision: utilities covering functions from annotation to object tracking, under the MIT licence.
  • Inference: the deployment server, Apache 2.0 for the core code, while its enterprise directories fall under a separate Roboflow Enterprise License and bundled models keep their own licences.
  • RF-DETR: Roboflow's real-time transformer detector, under Apache 2.0 for the Nano to Large sizes, with the XL and 2XL detection models under Roboflow's Platform Model License (PML 1.0).
  • trackers: modular multi-object tracking algorithms under Apache 2.0.

PML 1.0 is tied to the platform: it allows use only while you hold a Roboflow platform plan in good standing and forbids bypassing its usage tracking. Separately, Roboflow plans bundle commercial licences for models that are otherwise AGPL-3.0 or GPL-3.0, including YOLOv8, YOLO11, YOLOv12 and YOLO26, but only for the deployment methods your plan covers and only while you keep the plan. Roboflow cannot license YOLOv7 or YOLOv9.

Roboflow Universe

Universe is the public side of the platform, where you can search and fork datasets and deploy pre-trained models. The Universe page lists 175k+ pre-trained models, but its dataset figures disagree: one section shows 750k+ datasets, another 575,000+, and the open-source page cites 200k+.

Guide

Training a first model in the dashboard

  1. Create a project and upload images or video.
  2. Label the images in Roboflow Annotate or import existing annotations; approving the first batch trains a Roboflow Instant Model.
  3. Generate a dataset version with preprocessing and augmentation.
  4. Open Train, choose Custom Training or NAS, pick an architecture such as RF-DETR, and select a checkpoint.
  5. Optionally set a credit cap, check the estimated duration and credit cost, and start training.
  6. Deploy the result through the Serverless Cloud API, a Workflow, or a self-hosted Inference server.

Prototyping with Roboflow Rapid

Roboflow Rapid is a shorter route from a short video or a few images to an object detection API in about five minutes.

  1. Upload a short video or a few images and name the object classes to detect.
  2. Label objects with text prompts and tune sensitivity.
  3. Review predictions, adjust the confidence threshold and edit prompts or labels.
  4. Publish the model as an API endpoint and, if needed, edit the underlying Workflow.

Roboflow use cases and examples

Roboflow's customer stories are industrial:

  • Rail yard inventory: BNSF, which the site calls the largest freight operator in North America, uses vision AI for real-time intermodal yard inventory and automated train wheel inspections.
  • Manufacturing downtime: USG deployed edge-optimized vision AI across a network of more than 50 manufacturing sites to automate repetitive tasks.
  • Sports broadcasting: Fletcher Sports trained models to track player movements and deployed them on edge devices for all-court coverage at the US Open and Wimbledon.

Independent business reporting from November 2024 adds that Pella uses the platform to scan products for defects and that Rivian uses Roboflow for quality control.

Who is it for

Roboflow fits teams that want data, training and deployment in one place and accept either public data or a paid plan.

  • Hobbyists, students and researchers who are comfortable publishing their work. The Public plan is free, and a research plan for academic email addresses doing non-commercial work adds 50 credits per month, 15 team members and 20 projects, but all data in that workspace is made public on Universe.
  • Small teams with private data on the Core plan, which adds private data and models, model evaluation and weight downloads for select models.
  • Enterprises and industrial operators that need edge deployment licences, SSO, audit logs, a BAA or on-premise installation, all sold through the Enterprise plan or its add-ons.

It is a weaker fit for:

  • Anyone with sensitive images and no budget, because the free options publish data on Universe.
  • Commercial use on the free plan: the terms limit the Public plan to your own internal, non-commercial use.
  • Anyone under 18, since the terms restrict the service to users aged 18 or older.

Platforms

Roboflow is used through a web app and APIs, while trained models can run in Roboflow's cloud or on your own hardware.

  • Web app: labeling, training and Workflows run in the browser.
  • APIs and SDKs: a REST API, a Python package and CLI, and code snippets for Python, cURL, JavaScript, Swift and .Net.
  • Self-hosted Inference: needs at least a 64-bit processor, 4 GB of RAM and 20 GB of free disk space, and runs on ARM CPU, x86 CPU, NVIDIA GPU and NVIDIA Jetson, or on a VM in your own AWS, Azure or GCP account.
  • Edge SDKs: roboflow.js for the web, NVIDIA Jetson, Luxonis OAK and a Mobile iOS SDK.
  • AI agents: an MCP server lets Claude, Cursor or another MCP client create projects, upload data, train models and build Workflows, using OAuth sign-in.

Pricing

Roboflow pricing combines a plan fee with credits, the unit consumed by storage, labeling, training and deployment. Prices are listed and billed in US dollars. In the annual view, the Core card shows $79 per month with $99 struck through; the page's static data sets Core's monthly base price at $99 and its annual base at $79, and the monthly view shows $99 per month billed monthly.

PlanPriceIncluded creditsUsersData and models
PublicFree, no credit card15 credits per month2Open source on Roboflow Universe
Core$79 per month billed annually, or $99 per month billed monthlyFrom 30 per month, see credit tiers below3Private to your workspace
EnterpriseCustom, contact salesCustomCustomPrivate to your workspace

The Core card's credit selector lists 30 credits per month (360 per year) with no add-on fee, and 50, 100 or 200 credits per month for +$120/mo, +$280/mo or +$590/mo on annual billing (+$130, +$300 or +$630 monthly). Its default label reads 50 credits per month, and the page does not say which tier the base price includes. Extra prepaid credits start at $4 and Flex credits cost $6 on Public and Core. The Public plan caps a workspace at 250,000 images and 10 projects, while Core raises projects to 20 and uncaps storage on a pay-as-you-go basis.

What one credit buys:

ResourceValue of 1 credit
Image storage5,000 images stored, assessed monthly
Uploads10,000 images uploaded
Auto labeling1,000 AI-labeled images
Interactive AI labeling100 AI-labeled images
GPU model training30 minutes
Dedicated deployment1 hour on GPU or 4 hours on CPU

The Serverless Cloud API is billed per image, from 0.0625 credits per 1,000 images for classification models to 0.5 credits per 1,000 images for Segment Anything.

Credits are consumed in a fixed order: included, then prepaid, then Flex. Annual plans receive all included credits upfront and lose what is left at the end of the year, while monthly credits never roll over. Prepaid credits never expire. Flex billing is enabled by default with a $100 monthly cap you can change, and Flex usage is rounded down to whole credits. On the free plan, running out of credits blocks many features until the monthly reset or a prepaid purchase.

Most new sign-ups are started automatically on a 14-day premium trial with $60 worth of credits; it excludes buying prepaid credits and downloading model weights. When a trial ends the workspace enters a sandbox state, and your datasets go public only with your explicit consent. Cancelling a paid plan keeps access until the end of the billing cycle, without a prorated refund.

Roboflow alternatives and how it compares

Roboflow's own deployment guide, written by the vendor, compares it with other stacks: Edge Impulse is described as uniquely good with microcontrollers but less suited to video and modern models, and NVIDIA DeepStream as a highly optimized video pipeline with a steep learning curve that is not open source.

For labeling alone, two open-source tools are common references:

  • CVAT: CVAT Community is the free, self-hosted open-source edition of CVAT, with an MIT-licensed core.
  • Label Studio: an open source data labeling tool for audio, text, images, videos and time series, released under Apache 2.0.

For model training, the Ultralytics YOLO library is AGPL-3.0, and Ultralytics sells an Enterprise License for commercial use; Roboflow plans instead bundle commercial licences for supported YOLO versions. The trade-off is that Roboflow puts labeling, training and hosting under one credit meter, while the open-source tools leave infrastructure to you. Some AI directory listings still show plan names the current pricing page no longer lists, such as Basic and Growth.

Limitations

  • Free means public: the Public plan lists all of your datasets and models publicly on Universe, and each user can create only one Public workspace. Content submitted to a public project grants Roboflow and every user a perpetual licence that continues after you close your account, and if you choose no licence it is released under CC BY 4.0.
  • Private data is not excluded from training: for private projects on paid plans, the terms grant Roboflow a licence to use your content for internal research, optimization, training and improving the Services.
  • Non-commercial free tier, mixed messaging: the terms limit the Public plan to internal, non-commercial use, while the pricing page's search description invites you to try free for personal or business use. Both statements are current.
  • Self-hosting and credits: the credits page lists self-hosted image and video deployment as free, yet its FAQ says models that live on the Roboflow platform consume credits even when run locally, and the documentation repeats that credits are consumed regardless of whether a feature runs locally.
  • Licences tied to the subscription: bundled YOLO licences cover you only while you maintain a plan, and PML 1.0 models stop being licensed if the account is not in good standing.
  • Weight downloads are limited: the Core plan lists weight downloads, only for select models, and the Public plan card does not.
  • Hosting region: Dedicated Deployments run in US-based data centers only.
  • Billable failures: serverless requests that fail with 401, 403 or 404 still use credits, while 5xx errors, timeouts and rate limits do not.
  • Deletion is not instant: deleted projects stay in Trash for 30 days and still count toward storage, and Roboflow may keep content that was already combined into other projects in non-public archives.

Roboflow states it is compliant with SOC2 Type 2 requirements, encrypts data in transit and at rest, and offers HIPAA-compliant infrastructure with BAAs. The documentation warns never to publish copyrighted, private, NSFW or personally identifiable data on Universe.

FAQ

Q1. Is my data private on the free plan?

No. The free Public plan publishes datasets and models on Roboflow Universe, and the research plan does the same. Private data starts with Core or a trial, and when a trial ends your data is not made public without your explicit consent.

Q2. Can I use models trained on Roboflow commercially?

Paid plans can. The Public plan is restricted to internal, non-commercial use. Paid plans include commercial licences for YOLO models that are otherwise AGPL-3.0, limited to the deployment methods of your plan, and the Apache-licensed RF-DETR sizes need no extra licence.

Q3. What happens when a paid subscription ends?

The workspace drops into a sandbox state that keeps data private, but you can only buy a plan again or migrate projects to the Public plan. Remaining included credits are forfeited, while unused prepaid credits stay on the account.

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