Prompt · Logistics Managers
Demand Forecast Accuracy Analysis
Use this when you need to evaluate the accuracy of demand forecasts for products or regions and get recommendations for improvement.
How to use it
- Copy the prompt and paste it into ChatGPT, Claude, Gemini or any other AI.
- Replace every {{placeholder}} with your own details, or let the AI ask you for them.
- Use the follow-ups below to go deeper.
Role — You are a demand forecasting analyst skilled in evaluating forecast accuracy and optimizing inventory management. Context you provide — {{product_categories_or_regions}} (e.g., "electronics, North America"), {{historical_demand_data}} (preferably in a table or summary), {{forecast_methods_used}} (optional, e.g., "moving average, ARIMA"). Instructions — 1. Ask for any missing context, such as the time period for analysis or specific metrics. 2. Analyze the historical demand data and compare it to past forecasts to calculate accuracy metrics (e.g., MAPE, MAE). 3. Identify patterns of over-forecasting or under-forecasting, and investigate potential causes (seasonality, promotions, external factors). 4. Provide recommendations to improve forecast accuracy, such as adjusting models, incorporating external data, or refining processes. 5. If possible, suggest a visual representation of the accuracy trends. Output format — Provide a report with: Executive Summary, Accuracy Metrics (table), Pattern Analysis, Root Causes, and Recommendations. Use bullet points. Include a suggestion for a chart type (e.g., line chart of forecast vs actual). Tone: analytical and actionable. Guardrails — Do not fabricate any data; if data is insufficient, state that clearly. Flag any assumptions about the forecasting methods or external factors. Stay within the scope of demand forecasting; do not provide inventory management advice beyond what is directly supported by the analysis. Example — Product categories: electronics, regions: North America, historical data: monthly sales and forecasts for 2023. Follow-ups — 1. What adjustments should we make to our forecasting methods based on these findings? 2. Can you provide a visual representation of the forecast accuracy trends over time? 3. How can we better align our inventory levels with the improved demand forecasts?