Dockbit

Open your editor, push your code, and let Dockbit handle the rest. Start by mapping release lanes that mirror how you ship: main to production, develop to staging, feature/* to a test stack. Connect your repo, create a pipeline, and set a branch pattern for each lane. Add the steps your app needs—build, checks, package, release—and save. From that point on, whenever a commit lands on a matching branch, Dockbit kicks off the run and carries it through your steps without manual babysitting. Your team gets consistent, repeatable releases with a setup that matches your existing Git workflow.

Here’s a common day-to-day flow. A teammate merges a pull request to develop. Within moments, the staging lane starts, executes the pipeline, and posts updates to your team. If something breaks, fix the code and push again—Dockbit will detect the new commit and run the sequence end to end. Once the change looks good in staging, merge to main and the production lane will start on its own. Working across multiple services? Give each repository its own lane and branch rule so different teams can ship on their schedule without colliding. You spend less time coordinating handoffs and more time moving work forward.

Prefer to run releases from chat? Dockbot lives in Slack so you can operate pipelines without leaving the conversation. Ask it what’s running, review the last result, or kick off a fresh run of the latest good commit. Before a demo, confirm staging is green. During stand-up, check whether the production lane is clear. In a fix-forward moment, redeploy the current version directly from Slack and watch step-by-step progress as Dockbot streams updates. Everyone sees the same context, so on-call engineers, developers, and product folks stay aligned.

Keep shared targets safe with locks. When QA is verifying new features on staging, apply a lock to hold back new runs; Dockbit will pause anything that tries to land there until you remove the block. Planning a freeze during a migration or high-traffic event? Lock the production lane so an eager merge doesn’t trigger an unexpected rollout. When the window closes, unlock and continue. These guardrails make it straightforward for distributed teams to control access to sensitive environments, avoid accidental changes, and release on purpose—not by surprise.