[ZSX:HX]Localized GEO Detection Protocol v1.0 A developer has released a localized GEO detection protocol v1.0, a manually or AI-executable checklist that assesses an article's AI citation friendliness without external tools. The protocol comprises 11 modular detection modules, each scoring 0-100, and integrates design principles from existing frameworks to provide actionable optimization recommendations. This protocol is a manually/AI-executable GEO detection checklist that does not rely on any external tools . It is applicable for detecting the "AI citation friendliness" of a single article, outputting a structured detection report, and providing actionable optimization recommendations. | Principle | Description | |---|---| Locally Executable | All detection items can be completed without calling external APIs, manually verifiable | Modular Configuration | 11 detection modules can be dynamically toggled on/off as needed | Quantifiable Scoring | Each module outputs a score of 0-100, generating a comprehensive GEO score | Actionable Optimization | Each low-scoring item is accompanied by specific optimization guidance | Aligned with Existing Frameworks | Integrates design thinking from the 13-module writing template, engagement depth lens, and metaphor-quote formula | This protocol is designed based on the following core GEO principles: | Principle | Data Source | |---|---| Content with high trustworthiness is 3.7 times more likely to be cited by AI | — | Adding FAQ Schema increases AI citation rate by approximately 47% | — | | The same information cross-verified across multiple trusted sources reduces single-point pollution risk | — | Core GEO metrics: Visibility, Source Citation Rate, Information Correction Rate, Expression Richness, Information Balance, Priority Recommendation Rate | — | Four core metrics: Semantic Embedding Depth, Authority Accumulation, Generative Contribution, Transformation Drive | — | | E-E-A-T Experience, Expertise, Authoritativeness, Trustworthiness is the gold standard for content quality in the AI era | — | Detection Goal : Confirm whether AI crawlers can normally access the article content | Item ID | Check Item | Method | Weight | |---|---|---|---| | T1 | Is the article URL publicly accessible? | Open the article link in an incognito/private browser window | High | | T2 | Is the article content readable as plain text not images/PDF ? | Check if the page is HTML text | High | | T3 | Does the article have a clear