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Openai/693f0f89-2b94-8011-8c61-d78d2b2d9df9
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=== Assistant: Below is a developer-ready process you can hand over to engineering to evolve your current GA4 “question-and-answer” to… === Below is a developer-ready process you can hand over to engineering to evolve your current GA4 “question-and-answer” tool into a recommendation and optimisation engine, comparable in behaviour (not UI) to tools like Toffu.ai. This is written from an implementation and systems-design perspective, not marketing theory. ==== Right now your setup likely follows this pattern: ==== User question → GA4 API → LLM → Explanation To generate actionable suggestions, the system must explicitly support reasoning over benchmarks, deltas, and rules, not just summarisation. The upgraded pattern becomes: Data ingestion → Normalisation → Diagnostic analysis → Recommendation synthesis → Confidence/impact scoring This shift must be enforced at the instruction and orchestration layer, not left to the model’s discretion. ==== ### ==== Your LLM should never receive raw GA4 or GSC payloads. Instead, your middleware should transform API responses into diagnostic objects, for example: <syntaxhighlight lang="json">{ "traffic": { "sessions": 12450, "sessions_change_28d": -18.4 }, "engagement": { "avg_engagement_time": 41, "bounce_proxy": 0.67 }, "conversions": { "key_event_rate": 0.6, "change_28d": -0.3 }, "search_console": { "avg_position": 12.8, "ctr": 1.9, "impressions_change_28d": +22.1 } } </syntaxhighlight> This is critical. LLMs reason best over interpreted signals, not telemetry. ===== Before ChatGPT is called, your system should run deterministic checks, such as: ===== * Is traffic declining while impressions are rising? * Is engagement below site-type benchmarks? * Are branded vs non-branded queries diverging? * Are conversions stable but traffic falling? These checks output flags, not conclusions. Example: <syntaxhighlight lang="json">{ "flags": [ "traffic_decline", "ctr_below_expected", "ranking_page_two_cluster", "low_engagement_mobile" ] } </syntaxhighlight> This mirrors how tools like Toffu.ai operate: the AI reacts to conditions, not raw metrics. ==== ### ==== Your system prompt (or tool instructions) must force suggestion generation. Example instruction block: : This removes ambiguity and prevents passive reporting. ===== Require a fixed schema from the LLM: ===== <syntaxhighlight lang="json">{ "diagnosis": "...", "recommendations": [ { "issue": "...", "suggestion": "...", "why_it_matters": "...", "expected_impact": "High", "effort": "Medium", "data_used": ["GA4", "Search Console"] } ] } </syntaxhighlight> This allows: * UI rendering * Future automation * Human trust ==== The AI should not invent strategies in a vacuum. ==== You give it bounded recommendation domains, for example: * Content optimisation * Technical SEO * CRO / UX * Tracking configuration * Query targeting * Internal linking * Page intent mismatch Each flag maps to allowed domains. Example mapping (hardcoded): | | | | --- | --- | | | | | | | | | | | | | This dramatically improves output quality and consistency. ==== With GSC connected, you can now instruct the AI to: ==== * Compare impressions vs clicks vs position * Detect “invisible traffic” problems * Identify queries stuck in positions 8–15 * Spot CTR anomalies by query intent Your instructions should explicitly say: : That single rule eliminates most generic advice. ==== Add a final instruction: ==== : This prevents hallucinated optimisation advice and builds credibility. ==== Developer action items: ==== # Add a data-normalisation layer before LLM calls # Implement deterministic diagnostic flags # Replace Q&A prompts with mandatory recommendation instructions # Enforce structured JSON output # Limit recommendation domains per diagnostic flag # Add confidence/impact scoring # Block “analysis-only” responses ==== 1. Is this tool intended for business owners, marketers, or SEO professionals? ==== # Do you want recommendations to be educational or task-driven (e.g., “Do X in GSC”)? # Will this evolve into automated actions later, or remain advisory only? # Do you want the model to remember historical performance (stateful analysis)? Answering these will materially change the instruction depth and safety constraints, but they are not blockers for implementation.
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