"[Audit] Assess whether minimal automation is justified for .github adoption

[ashleyshaw]

---

title: "[Audit] Assess whether minimal automation is justified for .github adoption"
type: "Audit"
parent_issue: 17
related_issues:

• 326
• 327
• 328
• 330
  repository: "lightspeedwp/.github"
  issue_type: "Audit"
  labels:
• "priority:normal"
• "status:needs-audit"

---

Audit Summary

Audit whether lightspeedwp/.github needs any minimal automation to support adoption of shared .github defaults across other repositories, or whether a documentation-first approach is sufficient.

This audit should start from the assumption that no automation is the safest default unless a small, low-maintenance helper clearly reduces onboarding friction, update risk, or repeated manual effort. The aim is to assess practical ROI, maintenance cost, and operational risk before introducing scripts or automation.

This work sits under the parent issue for creating a repo adoption guide and should draw on the outputs of the related sub-issues:

• #326 to understand which assets are reusable vs repo-local;
• #327 to define the adoption policy and boundaries;
• #328 to understand the documentation-first adoption flow;
• #330 to clarify maintenance ownership for any shared assets or supporting automation.

The output of this audit should answer:

• whether automation is needed at all;
• which adoption tasks are repeated often enough to justify automation;
• what the smallest safe automation surface would be;
• what should remain manual/documented to avoid hidden maintenance cost; and
• who would own and maintain any approved automation.

Audit Checklist / Scope

• Scope defined and agreed
• Areas/components listed
• Audit tools or standards referenced
• Risks and findings documented
• Remediation actions mapped

In scope

• Review the proposed adoption workflow from the parent issue and related documentation sub-issues
• Identify repetitive adoption or update tasks that may justify automation
• Assess whether those tasks can be handled adequately by documentation, checklists, or saved commands instead
• Evaluate lightweight options only, such as:
  • a small helper script
  • a validation script
  • a narrowly scoped sync/check workflow
• Define constraints and guardrails for any approved automation
• Estimate maintenance cost, failure modes, and ownership expectations
• Recommend one of:
  • no automation
  • documentation + checklist only
  • documentation + one minimal helper
  • documentation + one minimal validation mechanism

Out of scope

• Building a broad bootstrap system for repository setup
• Introducing a new toolchain or dependency stack
• Creating automation that overwrites repo-specific customisations by default
• Implementing automation before the audit recommendation is agreed
• Solving general documentation work already covered by #327, #328, and #330

Areas/components

• Adoption of issue templates, PR templates, and saved replies
• Label or config sync tasks, if any are confirmed reusable
• Validation of required vs optional files in consuming repositories
• Safe update paths for previously adopted files
• Ownership and maintenance expectations for any helper automation

Standards / references

• Parent issue #17 for the overall adoption goal and acceptance criteria
• Sub-issue #326 for reusable vs repo-local asset classification
• Sub-issue #327 for adoption policy and boundary rules
• Sub-issue #328 for the documentation-first adoption guide
• Sub-issue #330 for maintenance ownership
• Existing org guidance in AGENTS.md
• Existing org guidance in .github/custom-instructions.md
• Internal preference for minimal, modular solutions with low maintenance cost

Findings / Risks

This audit is expected to test the assumption that documentation-first is the default and that automation should only be introduced where it provides clear, repeatable value.

Key risks to assess:

• automation being introduced for infrequent tasks with poor long-term ROI;
• helper scripts drifting away from the documented adoption flow;
• repos accidentally applying repo-local control-plane files because automation scope is too broad;
• hidden maintenance cost if no clear owner is assigned;
• false confidence from automation that cannot safely handle repo-specific variations;
• additional support burden if setup or update behaviour becomes opaque.

The main delivery risk is not lack of automation, but introducing the wrong automation too early.

Remediation Actions

• Map the adoption workflow steps and mark each as manual, documentable, or automation-worthy
• Define objective criteria for approving automation, for example:
  • repeated across multiple repos
  • error-prone when done manually
  • safe to validate or assist without overwriting local customisations
  • low dependency and maintenance overhead
  • clear maintainer ownership
• Produce a recommendation with rationale:
  • reject automation for now
  • approve one minimal helper
  • approve one validation-only workflow or script
• If automation is justified, define:
  • exact scope
  • inputs and outputs
  • safety guardrails
  • rollback or failure behaviour
  • maintenance owner
• Create follow-up implementation issues only for approved minimal automation
• Ensure the adoption guide documents when to use the automation and when not to use it

Acceptance Criteria

• Audit scope and checklist completed
• Findings and risks documented
• Remediation actions assigned and tracked
• Documentation/changelog updated (if applicable)
• PR uses correct branch prefix (audit/)
• A clear recommendation is made on whether automation is justified
• Any recommended automation is explicitly minimal in scope and documented with rationale
• Any non-approved automation ideas are recorded as rejected or deferred, with reasons
• Ownership and maintenance expectations are documented for any approved automation
• The recommendation aligns with the adoption boundaries defined by related sub-issues

Additional Context

The parent issue explicitly prefers the smallest solution that gives maintainers a repeatable adoption path. That means this audit should treat automation as optional and exceptional, not assumed.

A likely good outcome is one of these:

1. No automation
   If the adoption guide and asset classification are clear enough, this is the lowest-maintenance result.

2. One small helper only
   For example, a narrowly scoped validation or copy-assist step where manual error risk is high and repo-specific overwrite risk is low.

3. Deferred automation
   If the team cannot yet define reusable asset boundaries, ownership, or stable adoption rules, automation should wait until the documentation and classification work is complete.

Suggested audit outputs:

• a short decision record on whether automation is justified;
• a list of candidate tasks reviewed and their recommendation status;
• a small risk/ROI table for each candidate;
• follow-up issues only where a minimal approved automation path is clear.

Definition of Ready (DoR)

• Audit goal and scope defined
• Parent and related issues linked
• Adoption workflow context reviewed
• Evaluation criteria for automation agreed
• Estimate added if relevant

Definition of Done (DoD)

• All checklist and acceptance criteria completed
• Final recommendation documented with rationale
• Any approved automation scope is clearly bounded
• Ownership and maintenance expectations documented
• Follow-up issues created for approved next steps only
• PR uses correct branch prefix (audit/)

[linear-code]

LS-660