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Prompt Details

Model
(claude-5-opus)
Token size
971
Example input
[CHANNEL DATA]: A 42,000-subscriber AI education channel focused on practical tutorials. Over the last 90 days, long-form videos have shown strong average view duration and a high proportion of returning viewers relative to the channel's recent performance, but impressions vary substantially across videos. Search is an established traffic source. Highly specific technical tutorials tend to attract focused audiences, while broader AI topics show less consistent performance. Analytics data is available for the relevant videos, including impressions, CTR, views, watch time, retention, and traffic sources. [GROWTH GOAL]: Increase qualified reach while maintaining the channel's technical depth and strong viewer response. [CONSTRAINTS]: Solo creator. Two long-form videos per month. Limited editing capacity and production time. Strong technical expertise but limited capacity for high-volume content production.
Example output
Channel Data: Illustrative channel with 42,000 subscribers focused on practical AI tutorials. Recent videos show strong average view duration and returning-viewer activity, while impressions remain relatively limited. Search contributes a meaningful share of traffic. Several videos address narrow technical topics and show strong retention. Primary Growth Goal: Increase qualified reach while maintaining technical authority. Constraints, Resources & Context: Solo creator, two long-form videos per month, strong technical expertise, limited editing capacity. Example Output 1. Executive Diagnosis The channel shows evidence of strong viewer response after discovery, but limited reach across several narrow topics. Current diagnosis: Reach opportunity exists, but the available evidence does not prove that topic breadth is the sole cause. Primary hypothesis: Broader problem framing may create additional qualified entry points without reducing technical depth. 2. Channel Position & Audience Core audience: AI developers and technical practitioners. Potential adjacent audience: Engineers and technical managers interested in practical AI implementation. Positioning opportunity: Connect technical solutions to broader operational problems. 3. Evidence Review OBSERVED DATA Strong average view duration. Strong returning-viewer activity. Meaningful search traffic. Several technically narrow topics. Limited impressions on some videos. REASONABLE INFERENCE Existing content can satisfy viewers after discovery. Topic scope may constrain the potential audience for some videos. HYPOTHESIS Problem-led framing may increase qualified reach. INFORMATION GAP Impression trends by topic. Topic-level demand. Competitive conditions. Performance comparison between broad and narrow framing. 4. Growth Constraints Narrow topic scope. Dependence on technical search intent. Limited publishing capacity. 5. Opportunity Analysis Test a shift from implementation-first framing toward problem-first framing. Narrow framing: “How to Configure Vector Retrieval Metadata” Problem framing: “Why Your AI Search Gets the Right Documents but the Wrong Answers” The second concept creates a broader entry point while keeping the technical implementation inside the video. 6. Content & Topic Strategy Prioritize three topic clusters: AI reliability problems AI system performance problems AI implementation failures Use technical expertise as the solution layer. 7. Packaging Strategy Test whether broader problem framing increases qualified impressions while preserving expectation alignment between title, thumbnail and video. Avoid unsupported promises such as “Fix AI Hallucinations Forever.” 8. Retention & Viewer Experience Test: Problem → Consequence → Expected value → Evidence → Solution Do not add unnecessary length merely to increase watch time. YouTube recommends focusing on viewer value and using retention data to understand where audiences remain engaged or leave. PLATFORM-DOCUMENTED FACT. 9. Prioritized Action Plan P1: Map topic-level reach and viewer response. P2: Identify broad problems connected to existing expertise. P3: Test problem-led packaging. P4: Preserve technical depth that already demonstrates strong viewer response. 10. Experimentation Plan Hypothesis: Broader problem framing may increase qualified reach. Variable: Topic/title framing. Success metric: Impressions plus downstream viewer response. Observation window: Compare multiple comparable uploads. Decision condition: Continue only if repeated evidence supports the framing change without materially weakening viewer response. 11. Metrics & Measurement Track: Impressions CTR with traffic-source context Views Watch time Average view duration Audience retention New vs returning viewers Traffic sources CTR should be interpreted together with impressions and audience/traffic context rather than in isolation. PLATFORM-DOCUMENTED FACT. 12. Risks & Evidence Gaps The supplied data does not establish that topic breadth is the only reach constraint. Topic interest, competition and changing viewer demand require additional evidence. YouTube identifies topic interest and competition as external factors affecting potential exposure. PLATFORM-DOCUMENTED FACT. 13. Final Decision Framework PRIORITY: Qualified reach → ACTION: Test broader problem framing → EVIDENCE: Strong viewer response + limited impressions → TEST: Compare framing patterns → METRIC: Reach + downstream response → DECISION: Continue, refine, or reject based on repeated evidence
Claude

YouTube Channel Growth Strategy

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CLAUDE-5-OPUS
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Build a data-driven YouTube growth strategy around audience intent, content positioning, topic selection, packaging, search relevance, recommendations, retention, and analytics. Analyze a channel’s niche, audience, competitors, content patterns, titles, thumbnails, and performance signals. Evaluate appeal, engagement, satisfaction, topic interest, and competition. Deliver prioritized actions, rationale, experiments, validation steps, and measurable metrics—without hacks or guarantees.
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