Agility builds predictive analytics, fraud detection, and AI-powered decision systems deployed in production on AWS SageMaker, Azure ML, and Google Vertex AI.
The short answer
Case study
When a fast-growing Caribbean food delivery platform began losing significant revenue to fraudulent orders, they turned to us to build a machine learning solution that could detect and block fraud in real time. Using their transaction and order data along with our expertise in AWS SageMaker and delivery-management platforms like Yelo and Tookan, we delivered a model that achieved 77.8% accuracy in live operation and cut losses from chargebacks.
Fraud detection at a glance
The problem
Fraudsters exploited rapid onboarding and lack of unified prevention rules, resulting in unauthorized orders and chargebacks.
Financial data lived separately from order metadata, making end-to-end analysis difficult.
Manual review was too slow, and batch scoring after the fact only reduced losses retrospectively.
The solution needed to run compliantly with low latency and scale during peak periods.
How we built it
FAQ
Timelines, data requirements and how models stay accurate after go-live.
Agility builds predictive analytics models, fraud detection systems, anomaly detection pipelines, demand forecasting engines, and real-time dashboards on AWS SageMaker, Azure ML, and Google Vertex AI. Every engagement starts with a data readiness assessment before any model architecture is chosen.
A production ML model from data assessment to live deployment typically takes 6 to 10 weeks. Predictive dashboards on existing data: 4 to 6 weeks. Custom fraud detection or anomaly detection with real-time inference: 8 to 12 weeks. Timeline depends on data availability and model complexity.
Minimum 12 months of historical transactional or operational data, a defined outcome to predict, and access to relevant feature variables. Agility conducts a data readiness assessment in week one to confirm model viability before committing to a build timeline.
Every model Agility delivers includes an evaluation framework with defined accuracy metrics (F1, AUC-ROC, or RMSE depending on type), automated retraining triggers when accuracy drops below threshold, and a monitoring dashboard showing live prediction performance. The Caribbean food delivery fraud model runs at 77.8% live accuracy with automated retraining.
Tell us about your data. We start with a data readiness assessment before committing to a build timeline.