Dependabot finds the work. VerX does it.
Dependabot is great at telling you a package is out of date. It opens a pull request for each one, and leaves the rest to you — sorting risk, fixing breakages, retesting. On a real codebase that means hundreds of unread PRs and quiet drift. VerX takes the next step: cluster related packages, run them in a sandbox, fix breaking changes, and hand you a tested merge request that is actually ready to ship.
Side-by-side, capability by capability.
Honest take: when to use which.
- You close most of your Dependabot PRs unread and the backlog keeps growing.
- You need related packages (React, TypeScript, ESLint stacks) to upgrade together, not one at a time.
- You want breaking changes fixed and tested before you see the merge request.
- You run a monorepo with cross-workspace dependencies.
- You only need a notification that something is out of date.
- Your project has very few dependencies and PRs are easy to review individually.
- You strictly want to stay inside the native GitHub UI with no third-party app.
Common questions
Can I use VerX alongside Dependabot?
Yes. Many teams keep Dependabot enabled for the GitHub-native alerting and use VerX to actually ship the upgrades. VerX will not duplicate Dependabot PRs — it operates on a separate branch per phase.
Does VerX work on GitLab?
Yes. VerX integrates with both GitHub and GitLab. Dependabot is GitHub-only.
How is "phased upgrade" different from grouped Dependabot updates?
Dependabot grouping bundles version bumps into one PR. It does not run your tests, fix breaking changes, or rank risk. VerX runs each phase in an isolated sandbox, applies AI-driven fixes for breaking changes, verifies against your baseline, and only opens the merge request when it passes.
Is VerX free?
Yes. Free to use, no usage caps, no credit card required.