AviationMachine LearningAWSReal-time + BatchExplainable Insights

AI-Powered Flight Delay Prediction for Flydubai

Predict delay risk before it happens — enabling proactive decisions across operations.

Production-Ready ML
Enterprise Scale
Real-time Insights

Key Outcomes

Measurable impact on operational efficiency

Earlier Visibility

Delay risk flagged before departure windows

Better Decisions

Ops teams get actionable signals, not raw data

Reduced Cascade Risk

Improved control over rotation knock-on delays

Scalable Platform

Built for growth across routes and airports

Before vs After

See the transformation from reactive to proactive operations

Before

Why delays become expensive — fast

In high-frequency airline operations, small disruptions compound quickly. Weather shifts, congestion, rotations, and turnaround constraints can trigger cascading delays across the network.

Delays discovered too late (reactive firefighting)
Manual analysis across multiple sources
Limited ability to prioritize interventions
Costly downstream impact: aircraft rotations, crew, gates, passenger experience
After

Predict delays early. Act confidently.

With AI-powered prediction, operations teams get actionable insights before delays cascade, enabling proactive decision-making.

Predict On-time vs Delayed flights ahead of departure
Estimate delay duration (minutes) for better planning
Explain why the model predicts risk (operations-ready insights)
Support both real-time and batch use cases
Deploy securely at enterprise scale

AI Delay Prediction Platform

Built by Metosys — We designed a production-grade ML platform that learns from historical operations and live signals to forecast delay probability and expected delay minutes.

Inbound & Outbound Models

Classification + Regression

risk + minutes

Explainable Predictions

top drivers surfaced

Real-time & Batch Inference

Automated Pipelines

training + deployment

Secure, Cloud-Native

architecture

From data to decision in a single workflow

Simple, automated, and powerful

Step 1
1

Ingest & validate data

ops + weather + constraints

Step 2
2

Feature engineering

lags, route patterns, congestion, utilization

Step 3
3

Model inference

delay risk + minutes

Step 4
4

Operational output

scores + reasons + recommended focus areas

Production Architecture on AWS

Designed for scalability, reliability, and secure operations across airline systems.

S3 for data lake & model artifacts
SageMaker for training, pipelines, batch transform / endpoints
Step Functions to orchestrate workflows
Lambda for event triggers and lightweight processing
Parameter Store + Secrets Manager for configuration and secrets
Dockerized containers for consistent training/inference builds

Why this model performed in real operations

1

CatBoost handles mixed categorical + numeric features effectively

2

Strong feature engineering: route/airport patterns, lag delays, rotations, weather severity

3

Focus on operational explainability (not black-box only)

4

Built for maintainability: pipelines, versioning, monitoring readiness

Operational impact

Real results from real operations

More proactive interventions

before delays compound

Improved planning

for rotations and resourcing

Lower disruption cost

by reducing surprise events

Better customer experience

through improved predictability

Delivered as a scalable ML system aligned with airline operations workflows.

Ready to eliminate operational surprises?

We build production AI platforms that turn operational data into early-warning decisions.

NDA-friendly. We can anonymize, integrate, or deploy in your cloud.

Frequently Asked Questions

Everything you need to know

QCan this work without perfect data?

Yes — the system is designed to start with available signals and improve over iterations.

QIs it real-time or batch?

Both. Real-time for immediate decisions, batch for planning and reporting.

QHow do you keep it secure?

IAM-based access, secrets management, and controlled data boundaries.

QCan it explain why a flight is predicted delayed?

Yes — outputs can include top drivers for operational interpretation.

AWSSageMakerStep FunctionsDockerPythonCatBoost

Built by Metosys — AI Engineering for Real Operations

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