Rebase Group
A rebase group lets you replay a set of commits onto a new base branch. You set up this group to keep your commit history clean and linear. Teams often group related changes before they merge feature work into the main branch. They grant broad write permissions so developers can rewrite branch history together. When permissions are too wide, one mistake can overwrite shared work on a branch. This causes lost code and broken builds for the whole team. How a rebase group works in version contro
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A rebase group lets you replay a set of commits onto a new base branch. You set up this group to keep your commit history clean and linear.
Teams often group related changes before they merge feature work into the main branch. They grant broad write permissions so developers can rewrite branch history together. When permissions are too wide, one mistake can overwrite shared work on a branch. This causes lost code and broken builds for the whole team.
How a rebase group works in version control
In version control, a rebase moves a sequence of commits to a new starting point. A rebase group treats several commits or linked branches as one unit during this move. The system reads the base branch and finds the latest commit on it. Then it takes each commit in your group and applies them one by one.
During this step, the tool creates brand new commits with new IDs. The old commits stay in the local log until the system cleans them up. Developers use this workflow when a feature spans multiple small branches or stacked changes. Moving the whole stack together stops branches from drifting apart during long reviews.
To run this setup, a user or automation bot needs write roles on the repo. Many teams also allow force pushes on feature branches so the new history can replace the old one. Branch rules usually block force pushes on the main branch to keep production code safe. Still, feature and staging branches often keeps the session active so teams can move fast.
What native branch rules solve and what they miss
Native repo roles control who can log in and push commits to a branch. Branch protection rules can require code reviews and status checks before a merge happens. These settings stop random users from deleting the main branch or pushing untested code. They work well for basic gatekeeping at the repo level.
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Still, static repo roles only check identity when a push or command starts. Once a developer or CI runner has write permissions, the system trusts every action they run. A user with valid keys can rewrite history on any unlocked branch by mistake. Automated scripts that manage rebase groups also hold wide keys to run across many repos.
If an automated job runs a bad command, native roles will not stop the change in flight. Also, git logs only show the final commit state after a force push finishes. Security teams often lack a clear audit log of who ran which command and when. When database migration scripts sit inside those commits, an unchecked rebase can trigger bad queries downstream. Teams also need a way to mask sensitive data like emails or phone numbers in query outputs during testing.
Govern statements and responses across databases and APIs
Good config and scoped roles are needed setup. They do not check single queries in flight or mask sensitive fields in returned rows. Across Postgres, MySQL, SQL Server, MongoDB, ClickHouse, Kubernetes APIs, SSH, and internal HTTP endpoints, hoop.dev runs beside each supported service as an open-source proxy, a sidecar for your database or API.
First, hoop.dev guardrails block banned queries before they run. Then hoop.dev data masking rewrites matched sensitive values in responses in memory. The audit trail records every statement and verdict per resource. Furthermore, hoop.dev holds SOC 2 Type II and is open source on GitHub.
Frequently asked questions
What is the difference between a rebase group and a standard merge?
A standard merge joins two branches and creates a new merge commit in the log. A rebase group replays a set of commits on top of the target branch for a straight history.
Why do stacked branches need a grouped rebase workflow?
Stacked branches depend on each other in a strict order. Updating them as a group keeps every child branch aligned when the parent branch changes.
How can teams reduce risk when bots run automated rebases?
Teams should limit bot roles to specific branches and log every command the bot runs. Adding approval checks before high-risk actions also prevents accidental history loss.