Airport AI Future Predictor

Crafted an elegant, editorial-inspired identity that enhances project storytelling and elevates the overall brand presence.

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Services:

SaaS & Dashboard Development

Industry:

Aviation & AI Technology

Timeline

2 Weeks

The Challenge

Airport operations teams at IGIA were making resource decisions reactively — deploying staff and opening counters only after congestion was already visible.

  • No predictive system to forecast passenger volume hour by hour

  • Manual resource allocation led to overstaffing at off-peak hours and understaffing at peak hours

  • Morning rush (6–9 AM) and evening peak (5–8 PM) consistently caused bottlenecks

  • No data-driven visibility into check-in counters, security staff, and gate requirements simultaneously

  • Holiday and weekend surges were not accounted for in standard planning

The Solution

Groowtth designed and developed a full AI dashboard — combining a trained ML model with a real-time interactive interface.

  • Random Forest ML model trained on 4,368 IGIA passenger records — 16 features including hour, day, season, holiday flag, terminal, and weather index

  • 95% prediction accuracy with R² score of 0.95 and MAE of just 30.67 passengers

  • Interactive 24-hour filter — select any hour and instantly see predicted passengers, counters needed, security staff, and gates to open

  • Peak / Off-Peak / All Hours toggle for instant operational view

  • Live charts — passenger flow, counters, security staff, and gates across all 24 hours

  • Time-based theme — auto-switches between morning, afternoon, and night mode

  • Alert system — Peak (400+ passengers), Moderate (250–400), and Low Traffic thresholds with 30-minute advance notifications

  • REST API built in — GET predictions per hour, 24-hour forecasts, custom threshold alerts

  • Full documentation, model performance analytics, and monthly retraining pipeline

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The Result

The Airport AI Predictor delivers a complete operational intelligence system — giving IGIA ops teams the foresight to act before congestion happens, not after.

  • 95% accurate hourly passenger predictions across all 24 hours

  • Peak hours (6–9 AM) correctly identified — 491 passengers/hour, 8 counters, 16 staff, 4 gates

  • Off-peak hours correctly minimized — 52 passengers/hour, 2 counters, 3 staff

  • 45% holiday surge detection with proactive resource deployment alerts

  • Full REST API ready for integration with existing airport management systems

This AI dashboard demonstrates exactly the kind of real-world application we expect from advanced projects. The prediction accuracy, the interface design, and the depth of the resource management system exceeded our expectations.
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Chandigarh University

Faculty Project Review, Computer Science Department

This AI dashboard demonstrates exactly the kind of real-world application we expect from advanced projects. The prediction accuracy, the interface design, and the depth of the resource management system exceeded our expectations.

Avatar

Chandigarh University

Faculty Project Review, Computer Science Department

Star