Content
- Final copy approved by business owner
- Headings follow a logical page hierarchy
- CTA language matches the campaign goal
- Outdated or duplicate content has been removed
Web Operations
A practical framework for managing web requests, launches, QA, and ongoing site health.
This page outlines how I approach web production in complex environments where content, CMS workflows, SEO, stakeholders, and engineering teams all need to stay aligned.
Professional work: Collibra Product Innovations
For a real-world example of my CMS authoring, design alignment, checklist-driven QA, and launch coordination, read the Collibra case study.
Applied example: an optional form exposed a QA gap
Context: the EV Landing Lab uses a CMS toggle to show or hide its lead form. Reviewing the template revealed that the attribution script always accessed the form's three UTM inputs, even when the form was absent.
Evidence type: repository code review and focused automated checks on a personal prototype. This is not a customer incident or a claim of recovered revenue.
| Step | Evidence and action |
|---|---|
| Identify | The form renders only when showLeadForm is true. The original script assigned .value on elements returned by getElementById without checking whether they existed. |
| Assess | With the form disabled, the first missing input causes a JavaScript error. The page content can still render; the observed code does not establish lost leads. |
| Assign | This is template behavior, so the fix belongs in code. A content editor should not need to enable a form just to prevent a script error. |
| Fix | Extract attribution population into a helper that checks each input before assigning its value. Preserve current-URL attribution when the form is present. |
| Verify | Run focused checks for an absent form, populated and URL-decoded campaign values, and empty values when parameters are missing. Then build the site. |
| Release gate | Before production approval, verify both CMS toggle states in a browser and confirm an authorized test lead arrives with the expected attribution. Unit checks do not establish end-to-end delivery. |
Inspect the fix → · Inspect the regression checks → · Read the full implementation case study →
Reproduce: run node scripts/check-attribution.mjs from the repository root. No lead submission is sent by these checks.
Rollback approach: revert the attribution change and rebuild if validation fails; preserve the CMS configuration and record the affected route, revision, and reproduction steps for engineering.
Reusable operating framework
The framework below describes my proposed workflow. Its sample priorities are illustrative; they are not a historical request log or measured service levels.
1. Intake and prioritization
Strong web operations starts with a clear intake process. Every request should identify the business goal, audience, deadline, owner, dependencies, and risk level before work begins.
| Request | Business impact | Effort | Risk | Priority |
|---|---|---|---|---|
| Launch new campaign landing page | High | Medium | Medium | P1 |
| Update homepage CTA copy | High | Low | Low | P1 |
| Refresh outdated product page | Medium | Medium | Medium | P2 |
| Archive outdated event page | Low | Low | Low | P3 |
2. Launch readiness checklist
SEO / AEO
- Title and meta description are written
- Canonical URL is correct
- Internal links point to relevant next steps
- Structured content supports retrieval and summarization
CMS / QA
- Fields are populated correctly
- Reusable components are used consistently
- Images include descriptive alt text
- Mobile layout has been reviewed
Tracking
- Forms submit successfully
- UTM and attribution fields are preserved
- Analytics events fire as expected
- Thank-you or conversion flow is validated
3. Stakeholder visibility
Web production works best when stakeholders can see what is in progress, what is blocked, and what has been shipped. A lightweight status model helps prevent request chaos.
01 Submitted
Request includes goal, owner, deadline, and required assets.
02 Scoped
Effort, risk, dependencies, and priority are confirmed.
03 In progress
Content, CMS, design, SEO, and technical work are coordinated.
04 QA
Page is reviewed for content, layout, metadata, forms, and tracking.
05 Published
Page is launched, validated, and monitored after release.
4. Post-launch validation
A page is not truly done when it goes live. The final step is confirming that the page works in production and supports the business outcome it was created for.
Post-launch checks
- Confirm the live URL resolves correctly
- Check metadata, canonical URL, and indexability
- Submit a test form and validate downstream routing
- Confirm analytics and conversion events are firing
- Review the page on mobile and desktop
- Document what changed and any follow-up items
How this applies to enterprise web teams
This framework is designed for the kind of environment where web production is not just publishing pages. It is the operating layer between content, product marketing, SEO/AEO, creative, engineering, analytics, localization, and business stakeholders.
The goal is to help teams move faster while protecting quality, consistency, discoverability, and long-term CMS health.