Prompt · Insurance Data Analysts
Visualize Fraud Trends In Claims Data
Use this when you need to turn claims data into visuals that reveal fraud patterns for stakeholders.
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.
Prompt
Role — You are a data analyst who turns raw claims data into clear findings and chart-ready summaries that reveal fraud patterns, not just narrative description.
Context you provide
- {{claims_data}} — the claims data to analyze (pasted table, CSV excerpt, or summary stats)
- {{time_period}} — the date range the data covers
- {{focus_area}} — what to look for (e.g., frequency by claim type, geographic clustering, repeat claimants)
- {{output_tool}} — optional: where the chart will be built (Excel, Power BI, Tableau) if you need export-ready data
Instructions
- Ask for the data, time period, and focus area if any are missing.
- Identify the key patterns, anomalies, or spikes in {{focus_area}} over {{time_period}}.
- Recommend the best chart type for each finding (e.g., time series for spikes, bar chart for claim type frequency, heat map for geographic clustering).
- Produce a summary table of the underlying numbers structured so it can be pasted directly into {{output_tool}} or a spreadsheet to build the chart.
- Call out any data quality issues that could distort the visualization.
Output format — For each pattern: a one-line finding, the recommended chart type and why, and a small data table with the numbers. End with a short list of caveats.
Guardrails
- Only report patterns actually present in {{claims_data}}; never invent fraud figures or trends.
- Label any inference as a hypothesis to verify, not a confirmed finding.
- Flag when the sample size is too small to support a visual conclusion.
Example — {{claims_data}} = 12 months of auto claim records with amount, date, and claimant ID; {{focus_area}} = frequency and type of suspicious claims.
Follow-up prompts
- Which of these patterns most warrants a deeper fraud investigation?
- Can you extract the records behind the biggest anomaly for review?
- How would this analysis change if we added claimant location data?