Git-backed publishing mistakes tend to look small in the moment and expensive in hindsight. A post commits to the wrong branch, a missing frontmatter field breaks a build, or a client is handed repository access "just this once" and the careful boundaries of your workflow quietly erode. Most of these failures are not difficult problems. They are predictable ones, and once you have seen them a few times you can design around every one of them.
This article walks through the most common Git-backed publishing mistakes that content teams, agencies, and developers run into, and gives a concrete fix for each. The goal is not to make publishing feel fragile. It is the opposite: when content lives in your own GitHub repository as Markdown or MDX with YAML frontmatter, the workflow is reliable precisely because it is explicit. Knowing where the sharp edges are lets you publish with confidence instead of crossed fingers.
Mistake 1: Committing to the wrong content path or branch
The single most common source of "I published but nothing happened" is a mismatch between where content is written and where the site actually reads from. Your repository might serve posts from content/posts/ on the main branch, but a misconfigured Project points commits at content/blog/ or a stale staging branch. The commit succeeds, the dashboard shows green, and the live site never changes because the build never sees the file.
The fix is to treat the content path and branch as a deliberate configuration decision per Project, not an afterthought. Confirm the path your framework expects, set it once, and verify the first commit lands exactly where your build reads it.
Open your repository in GitHub after your first publish and confirm the new file appears at the expected path on the expected branch. One manual check at setup time prevents weeks of silent misfires.
A useful sanity check is to map the relationship out loud before connecting anything:
- The framework reads content from a known directory (for example,
content/posts/). - The build runs on a known branch (for example,
main). - The Project's GitHub publishing settings must match both exactly.
If those three lines do not agree, fix the configuration before you write a single Content Item.
Mistake 2: Missing or invalid frontmatter
YAML frontmatter is the structured metadata block at the top of a Markdown or MDX file: title, slug, date, description, tags, and whatever else your templates render. It is also the most fragile part of a hand-edited file. A stray tab where YAML expects spaces, an unquoted colon inside a title, or a required field left blank can fail the build or render a page with a blank <title>.
When people edit files directly in GitHub, these errors are easy to introduce and hard to spot. The fix is to stop hand-editing frontmatter and let the content model enforce it. With Custom Content Types and Custom Fields, each content type defines its typed fields once — text, rich text, image, SEO field — and every Content Item is captured through that structure. The frontmatter is generated consistently instead of typed by hand.
A well-formed frontmatter block for a Post looks like this:
---
title: "Git-backed publishing, explained"
slug: git-backed-publishing-explained
date: 2026-06-06
description: "How content commits flow from draft to live site."
tags:
- workflow
- publishing
---Notice the quoting around the title and the consistent two-space indentation under tags. When fields are defined as Custom Fields, you do not have to remember those rules — the structure produces valid YAML for you.
Mistake 3: Giving clients direct repository access
It is tempting, especially for small teams, to add a client as a GitHub collaborator so they can "see the content" or approve a change. This is one of the riskiest Git-backed publishing mistakes. Repository access exposes commit history, build configuration, deployment settings, and every other Project sharing that repo. A client who only needs to read a draft and approve it now has the keys to your infrastructure.
The fix is a review path that grants zero repository access. In Acrosite, Client Reviewers are invited per Project and see only the content assigned to them. They can read drafts, comment, and Approve or Request Changes. They have no GitHub access, no billing visibility, and no workspace settings access. Your internal team uses the Review Queue to track what is waiting; the client sees a clean, scoped view and nothing else.
This separation also keeps roles honest. Team Members are internal collaborators with roles such as Owner and Admin. Clients are not collaborators on your repository at all — they are reviewers on specific work, which is exactly the boundary most agencies actually want.
Mistake 4: Committing drafts to the live branch too early
A draft is supposed to be private until it is ready. A common failure is treating "save" as "publish," pushing half-finished work to the production branch and triggering a rebuild before anyone has reviewed it. On a static site, that can put an unfinished page live for as long as it takes someone to notice.
The fix has two parts. First, keep drafts private in the app until they are explicitly published — they should never touch the branch while they are still being written. Second, when timing matters, use Scheduled publishing instead of publishing manually and hoping you remember the embargo. Scheduled publishing holds the approved draft inside the app and commits it at the chosen time, with no early commit to the branch.
That distinction is worth stating plainly: scheduling does not push the file now and hide it. The file is not in the repository until the scheduled moment arrives. Nothing leaks to the branch, and nothing rebuilds early.
Mistake 5: Never testing the deployment trigger
Plenty of teams configure GitHub publishing carefully and then forget that a commit is not the same as a live page. The hosting provider has to rebuild the site for the change to appear. If the deployment trigger profile was never tested, the first time you discover it is broken is the first time a real publish quietly fails to go live.
The fix is to test the trigger on purpose, before it matters. Publish a low-stakes change, confirm the commit lands, and then confirm the host actually rebuilds. This is what Deployment visibility is for: after a commit, a configured deployment trigger profile signals the host to rebuild, either manually or automatically, and the result is recorded.
A quick pre-launch checklist
- Confirm the content path and branch match the framework's expectations.
- Publish one test Content Item and verify the commit in GitHub.
- Confirm the deployment trigger fired and the host started a build.
- Check the live URL to confirm the rendered page actually changed.
- Review Deployment Logs to confirm the trigger result was recorded.
Run this once per Project at setup, and the "is it actually live?" anxiety disappears.
Mistake 6: Ignoring Publish Logs when something fails
When a publish does fail, the worst response is to guess. Republishing blindly, editing the file again, or assuming GitHub is down all waste time and can make things messier. Yet many teams have no record to consult, so guessing is all they have.
The fix is to read the record. Publish Logs capture each publish attempt's steps — content validated, committed to GitHub, commit SHA saved, deployment triggered — without exposing tokens, hook URLs, or raw provider payloads. If a publish stops at validation, the problem is your content. If it stops after the commit, the problem is the deployment trigger, not the writing. That single distinction tells you where to look. Failed publishing can be retried where it is safe to do so, and the log shows you whether a retry is appropriate or whether you need to fix something first.
Mistake 7: Skipping the review step entirely
The fastest way to publish a typo to a client's homepage is to publish straight from the editor with no second set of eyes. Speed feels good until the correction email arrives. A missing review step is a process mistake rather than a technical one, which is exactly why it is so easy to let slide.
The fix is to make review a normal stage, not an exception. Internal work flows through the Review Queue so Team Members can check it before it ships. Client-facing work goes to Client Reviewers, who Approve or Request Changes on the specific items assigned to them. Pair this with a Content Calendar so the team can see what is drafted, in review, scheduled, and published at a glance. Review and scheduling together turn publishing from a risky single action into a predictable pipeline.
Bringing it together
None of these Git-backed publishing mistakes require heroics to avoid. They require structure: the right content path and branch, frontmatter you do not type by hand, clients who review without repository access, drafts that stay private until they are ready, a deployment trigger you have actually tested, logs you read when things go wrong, and a review step you never skip. Each fix is small. Together they are the difference between a publishing workflow you trust and one you babysit.
If you are setting up a new Project, work through these in order during onboarding. If you are auditing an existing one, treat the list as a checklist and look for the gap you have been quietly living with. You can compare approaches on the features overview to see how the pieces fit your stack.