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Cutting editorial time 70% while doubling output with an AI-assisted content workflow
I built an AI-assisted editorial workflow that reduced editing time by 70% while increasing Gravity Wiz’s publishing cadence to support a doubling of output. The system made reviews more consistent and output faster without replacing human judgment or sacrificing quality.
Less required editorial time
Roughly double the output
Context
After scaling our content team to four, I became the final editor for a growing mix of written and video work. I needed to increase output while reducing review time and protecting quality, accuracy, and voice. The key question around saving time and scaling production with content — especially when AI comes into play — is quality control. What’s the point of scaling content if it’s not good content?
My role
I designed an AI-supported editorial system, codified the standards, introduced AI-assisted checks, and kept final approval. My initial target was a 50% reduction in editorial time, while increasing content quality by measurable metrics — page traffic and assisted conversions.
Actions taken
- Scraping years of data to support core editorial assets.
- Used the Notion MCP to pull from hundreds of completed outlines and the feedback attached to them, then used those patterns to create a repeatable outline structure.
- Built a voice document from a scrape of all published Gravity Wiz content, the existing voice guidelines, a high-level brand document, a ten-step voice checklist, and human review.
- Added a human-first SEO/GEO template covering headline structure, key takeaways, clear definitions, focused sections, accessible explanations, FAQs where useful, and standard search practices.
- Scraped all editorial feedback to build a “Golden Rules” resource.
- Pulled every document draft I had reviewed and all of the editorial feedback I had provided across Google Docs and Notion.
- Analyzed that feedback for repeated themes, corrections, and principles.
- Common examples that emerged from the analysis included:
- Intros that meandered instead of reaching the point.
- Articles whose core objective was not explicit early enough.
- Headings that did not follow logically from the article’s objective.
- Drafts that assumed readers already understood too much.
- Sections that were too long or tried to accomplish several things at once.
- Technical claims that required hands-on testing or review by Gravity Wiz’s support team.
- Converted the recurring patterns into a Golden Rules document so reviews were based on shared standards rather than individual preference.
- Used the rules as both an editorial checklist and a reusable training asset, making the editing approach easier for another reviewer to follow.
- Moved more editorial scrutiny to the outline stage.
- Validated the article structure well ahead of time: whether the concept was valuable, the outline answered the central question, that every section supported the objective, and unnecessary material had been removed.
- Reviewed and approved the outline before drafting began.
- Added a staged first-draft review.
- Each writer ran voice, Golden Rules, accuracy, and editorial-checklist reviews with AI before submitting work.
- Writers could add their own specialized AI checks where useful.
- Added a technical support review when capacity allowed.
- Depending on capacity, we would tap in Gravity Wiz’s support team for a check on functionality and accuracy using their deep product knowledge.
- Kept the final editorial pass with me.
- I used the shared standards to focus feedback on high-level lessons instead of repeating situational corrections.
- Made the system self-improving.
- Updated the relevant AI skill when new human or model feedback revealed a repeatable issue.
- Regularly checked the skills against a master ledger so important rules were not lost.
Results
- Reduced my required editorial time by 70%, exceeding the original 50% target.
- Content output roughly doubled.
- Improved draft consistency by replacing ad hoc feedback with shared editorial standards and repeatable checks.
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