An AI-powered Support Command Center built using n8n, OpenAI, Supabase, and Retool that transforms raw support ticket data into real-time executive insights, KPI tracking, and operational visibility.
Support teams generate massive amounts of data — but most organizations struggle to turn that data into clear, actionable insight.
Common challenges:
- Metrics exist, but are fragmented across tools
- Leadership lacks real-time visibility into support health
- Trends are identified too late
- Data is reactive, not proactive
- No centralized “source of truth” for support performance
This case study demonstrates how to build an end-to-end Support Intelligence Command Center that:
- Aggregates support KPIs automatically
- Tracks week-over-week trends
- Uses AI to generate executive summaries
- Centralizes insights into a real-time dashboard
The result is a system that transforms support from data-heavy → insight-driven.
This system is built as a multi-layered data and intelligence pipeline:
- Data Source (Support Tickets)
- Automation + AI Processing (n8n)
- Data Storage (Supabase / Postgres)
- Visualization Layer (Retool Command Center)
- Business Outcome (Actionable Intelligence)
Support organizations struggle to operationalize their data:
- KPI tracking is manual or inconsistent
- No standardized way to compare performance over time
- Executive reporting is time-consuming
- Insights are disconnected from raw data
- No real-time visibility into operational risk
This project introduces an AI-powered Support Command Center that:
- Automatically processes ticket data
- Calculates key support KPIs
- Tracks week-over-week changes
- Generates AI-driven executive insights
- Surfaces everything in a centralized dashboard
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Aggregates support metrics:
- Open / Pending Tickets
- SLA Risk
- Escalation Risk
- Top Risk Area
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Compares performance across time periods
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Generates structured executive summaries using AI
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Identifies:
- Immediate risks
- Key observations
- Recommended actions
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Stores outputs in a structured database
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Powers a real-time executive dashboard
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Source: Simulated support ticket datasets
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Files:
command_center_tickets_1000.csvweek_2_and_3_tickets_combined.csv
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Includes:
- Status
- Priority
- Product Area
- Ticket Age / SLA exposure
- Calculates:
- Open / Pending ticket volume
- SLA risk (aging tickets)
- Escalation risk (urgent tickets)
- Top risk area (highest concentration of issues)
- Compares current vs prior week
- Calculates KPI deltas
- Prepares structured comparison payload
- Uses OpenAI to:
- Interpret trends
- Identify operational risks
- Generate executive summary
- Recommend actions
- Assign support health score
Stores two key datasets:
- tickets (raw data)
- daily_summary (AI-generated insights)
Displays:
- KPI cards
- Week-over-week changes
- Executive summary
- Immediate risk
- Key observations
- Recommended actions
- Support health indicator
- n8n workflow export:
Case Study 2_ AI-Powered Support Command Center.json
command_center_tickets_1000.csvweek_2_and_3_tickets_combined.csv
- SQL queries for KPI calculation and aggregation:
Queries Used.docx
- Real-time visibility into support performance (simulated)
- Automated KPI tracking and trend analysis
- AI-generated executive insights
- Centralized command center for leadership
- Scalable architecture for production environments
Most support teams track metrics.
This system demonstrates how to:
Turn support data into a centralized, real-time decision-making system.
- n8n (workflow orchestration)
- OpenAI API (analysis + summarization)
- Supabase / Postgres (data storage)
- Retool (dashboard / command center)
- CSV datasets (simulated input data)
This project builds on:
- Case Study 1: AI-Powered RCA & Action Engine
Together, these demonstrate a broader vision of:
End-to-end AI-powered Support Operations systems
Future projects will expand into:
- AI agent-based support systems
- Self-service deflection
- Voice of customer intelligence
- Predictive support operations
- Case study prompt:
Case Study Prompt.docx
Built by Jesse Snow
Focused on Support Operations, AI Automation, and Scalable Systems Design



