The Challenge
Manual keyword research was slow and disconnected from the real content already published on the website, making it difficult to identify practical SEO opportunities from actual site data.
A Streamlit-based internal SEO tool that crawls content, analyzes semantic relationships, and surfaces keyword opportunities using ML models.
Project Snapshot
Overview
A compact view of the business context, implementation direction, and the system-level goal behind the build.
Internal SEO research tooling built around website data, clustering, and semantic analysis.
Narrative
The problem space and the direction the build took to turn it into a workable system.
The Challenge
Manual keyword research was slow and disconnected from the real content already published on the website, making it difficult to identify practical SEO opportunities from actual site data.
The Solution
I built a Streamlit-based workflow that crawls website pages, stores content in a database, extracts keywords, generates semantic similarity and relativity scores, and clusters opportunities using transformer-based models.
Approach
Execution choices, architecture direction, and implementation details that shaped the final system.
Combined crawling, storage, keyword extraction, and model-based scoring in one internal workflow
Used transformer models to compare semantic relationships instead of relying on simple term frequency
Packaged the system in Streamlit so the analysis was usable beyond engineering-only workflows
Stack
Grouped by role so the implementation is easy to understand at a glance.
Outcome
Delivery impact, workflow gains, or strategic value signals supported by the available case study data.
The tool converted existing site content into a working keyword intelligence system that made research faster and more grounded in real content inventory.
Automated keyword discovery
ML-based content analysis
Keyword clusters from website data
Faster SEO research workflow
Reduced time spent on manual keyword exploration
Created a repeatable internal process for content opportunity analysis
Improved the ability to spot gaps and search-intent groupings from live site data
The tool converted existing site content into a working keyword intelligence system that made research faster and more grounded in real content inventory.
Deep Dive
Richer project notes, functional modules, and implementation details pulled from the long-form case study content.
Takeaway
The tool converted existing site content into a working keyword intelligence system that made research faster and more grounded in real content inventory.
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