Vibe Coding Your Own SEO Tools — Whiteboard Friday

01/16/26
Source: moz (en-US). Read the original article

TL;DR Summary of Practical SEO Automation with Vibe Coding Techniques

This article explores several efficient SEO automation methods using vibe coding with tools like ChatGPT and Google Colab. Key techniques include tag matching, entity confidence tracking, and hreflang matching through vector embeddings and cosine similarity. It also covers building content decay trackers and finding related pages to optimize SEO workflows and save time.

Optimixed’s Overview: Enhancing SEO Efficiency with Automated Vibe Coding Strategies

Introduction to Vibe Coding in SEO

Vibe coding offers a fast, iterative approach to building simple yet powerful SEO automation tools. The author shares personal experiments using ChatGPT and Google Colab to create solutions that streamline common SEO tasks.

Core Techniques and Their Benefits

  • Tag Matching: Upload tags, URLs, and embeddings to match CTAs with relevant pages using vector embeddings and cosine similarity, simplifying management across large page volumes.
  • Entity Confidence Tracker: Monitor the strength of Google’s recognition of specific entities such as brand names over time through automated daily pings saved in Google Sheets.
  • Hreflang Matching: Automate matching of multilingual pages by comparing embeddings from original and target pages, providing a reliable draft for further review.
  • Content Decay Tracker: Bulk analyze traffic changes across pages to quickly identify which content is declining or improving, enabling focused SEO interventions.
  • Finding Related Pages: Use vector embeddings to detect page similarities and relationships, assisting with internal linking and content strategy.

Conclusion and Practical Impact

These automation methods save valuable time by handling data-intensive SEO tasks efficiently, allowing professionals to concentrate on strategy and content improvements. The approach encourages continuous refinement and troubleshooting with AI assistance, making it accessible for rapid iteration and enhancement.