Compare CVAT and DVC on pricing, features, platforms, and ratings — both AI Infrastructure & MLOps tools, Free / Open Source with Freemium SaaS tiers vs Open…
At a Glance
CVAT
DVC
Primary category
AI Infrastructure & MLOps
AI Infrastructure & MLOps
Rating
Not documented
Not documented
Pricing model
Free / Open Source with Freemium SaaS tiers
Open Source
Starting price
Free
Free
Free plan
Yes
Yes
Free trial
Not documented
Not documented
Platforms
Web
Not documented
Team collaboration
Not documented
Not documented
AI features
Yes
Not documented
Public API
Yes
Yes
Pricing Compared
Starting price reflects the lowest paid tier, not the full cost for every team size or usage level.
CVAT
Free — $0 N/A
Solo — $33/month ($23/month annual) Monthly or annual
Team — $33/user/month ($23/user/month annual) Monthly or annual, minimum 2 seats
Enterprise (Self-Hosted) — From $12,000/year Annual
DVC
DVC (Open Source) — Free N/A
DVC Studio Free — Free N/A
DVC Studio Team/Enterprise — Custom quote Annual contract
Pros & Cons
CVAT
Pros
Free and open source (MIT license) with full self-hosting option
Strong video annotation and object-tracking/interpolation tools
Wide dataset format support for ML pipelines
Active open-source community and OpenCV endorsement
Future roadmap carries some uncertainty following the 2025 lakeFS acquisition
Less turnkey collaboration UI than dedicated platforms like Weights & Biases
Use Cases
CVAT
Autonomous vehicle and robotics training data — Labeling large volumes of image and video data for perception models.
Medical imaging annotation — Self-hosting CVAT to maintain full data sovereignty over sensitive imaging data.
Retail and agriculture computer vision datasets — Annotating shelf, inventory, crop or livestock imagery for applied ML models.
DVC
Versioning datasets alongside Git-tracked code — Data scientists track dataset changes with the same commit history as their model training code.
Building reproducible training pipelines — MLOps teams define multi-stage ML workflows that automatically re-run only the affected steps when data or code changes.
CI/CD-driven model evaluation — Engineering teams use CML with DVC to automatically evaluate model performance on every code change.