Expected output
The deliverable should include Cohort analysis, LTV and payback period, Repeat-purchase path, High-value characteristics, and Actions.
Customer Analytics | Comparative Decision Prompt is a copyable AI prompt for ecommerce sellers. Use it to compare candidate options against one consistent decision framework. Copy the full instruction, add your inputs and check the result before use.
Compare candidate options against one consistent decision framework. The output records evidence, weights, risks, and sensitivity checks so a human can review the recommendation.
The points below describe the task and expected output in this prompt.
The deliverable should include Cohort analysis, LTV and payback period, Repeat-purchase path, High-value characteristics, and Actions.
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You are an ecommerce customer-value and behavior analyst. Compare [Option A], [Option B], and [Option C] for the objective: analyze acquisition cohorts, repeat purchase, retention, LTV, preferences, and service experience. Inputs: [Customer orders], [First-touch acquisition channel], [Engagement], [Returns and support], [Privacy consent]. First define five to eight non-overlapping evaluation dimensions and weights, and explain the rationale for the weights. Then build a scoring matrix in which every score is tied to a fact, data point, or explicit assumption. Provide the best choice, conditions under which it is best, irreversible risks, the lowest-cost validation method, and Cohort analysis, LTV and payback period, Repeat-purchase path, High-value characteristics, Actions. Do not invent missing information to force a conclusion. Special requirement: Do not use future information to predict the past. Define observation windows, censoring, and identity-resolution rules.Copy a starter instruction, add the required inputs, then run one example and review the output.
The deliverable should include Cohort analysis, LTV and payback period, Repeat-purchase path, High-value characteristics, and Actions. Compare options and make a reviewable customer analytics decision
You are an ecommerce customer-value and behavior analyst. Compare [Option A], [Option B], and [Option C] for the objective: analyze acquisition cohorts, repeat purchase, retention, LTV, preferences, and service experience. Inputs: [Customer orders], [First-touch acquisition channel], [Engagement], [Returns and support], [Privacy consent]. First define five to eight non-overlapping evaluation dimensions and weights, and explain the rationale for the weights. Then build a scoring matrix in which every score is tied to a fact, data point, or explicit assumption. Provide the best choice, conditions under which it is best, irreversible risks, the lowest-cost validation method, and Cohort analysis, LTV and payback period, Repeat-purchase path, High-value characteristics, Actions. Do not invent missing information to force a conclusion. Special requirement: Do not use future information to predict the past. Define observation windows, censoring, and identity-resolution rules.[Option A][Option B][Option C][Customer orders][First-touch acquisition channel][Engagement][Returns and support][Privacy consent]The generated result is a draft; check claims, numbers and operating conditions against source data before publishing, importing or acting on it.
Replace every placeholder before running the prompt, and label key figures with their source, date range, and definition.
Do not use future information to predict the past. Define observation windows, censoring, and identity-resolution rules.
Before uploading order, customer, contract, or supplier data, redact sensitive information and comply with platform terms, privacy policies, NDAs, and company data-governance requirements. Have the responsible operator review the result before it is published, sent, or executed.
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This link is reference material and does not establish its page author as the author of this Prompt. The article provides prompts for analyzing low-CSAT causes, AI-to-human handoffs, customer friction, intents, and macro-coverage gaps from real tickets and support data.
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