Solution · Financial AI

Fraud Prevention Real-Time, AI-Native

Stop fraud before it happens with a sub-50ms scoring engine that combines graph neural networks, behavioral analytics, and real-time feature computation — decisioning millions of events per day with surgical precision.

92%

Fraud detection rate

<50ms

Real-time scoring latency

0.3%

False positive rate

$18M+

Average annual loss prevented

How It Works

From raw data to decisions — step by step

A transparent look at our technical methodology, so your engineering and architecture teams know exactly what they're getting.

01

Multi-Source Signal Aggregation

We ingest transactional data, device fingerprints, behavioral biometrics, IP reputation, and third-party enrichment (e.g., LexisNexis, Socure) into a unified event stream. All signals are normalized and deduplicated at ingestion.

KafkaFlinkREST APIsWebhook Listeners
02

Real-Time Feature Computation

A feature store computes 200+ risk signals in real time — velocity checks, device history, geolocation anomalies, behavioral patterns, and network graph relationships. Features are versioned and reproducible for model retraining.

Feast Feature StoreRedisApache FlinkPython
03

Ensemble Risk Scoring Engine

A stacked ensemble of gradient boosted trees (XGBoost, LightGBM) and a Graph Neural Network evaluates each event against learned fraud patterns. Scores are calibrated to your risk appetite with configurable thresholds.

XGBoostLightGBMGraph Neural NetworksPlatt Scaling
04

Decision Orchestration & Case Management

Scores feed a rule-based orchestration layer that auto-approves low-risk events, challenges medium-risk ones (step-up auth, OTP), and blocks or queues high-risk events for analyst review in a purpose-built case management UI.

Decision EngineCase ManagementStep-Up AuthREST API
05

Continuous Model Feedback & Retraining

Analyst verdicts and confirmed fraud labels flow back into the training pipeline via an MLOps loop, retraining models weekly. Concept drift monitoring ensures model accuracy doesn't degrade as fraud patterns evolve.

MLflowEvidently AIAirflowLabel Studio

Architecture

Reference Architecture

A layered view of the platform stack — from source systems to actionable outputs.

Event Sources

Payment Events
Login / Auth
Device Fingerprints
3rd-Party Enrichment

Streaming & Feature Layer

Apache Kafka
Flink Pipelines
Feature Store (Feast)
Redis Cache

AI Scoring Engine

Ensemble Model (XGB/LGBM)
Graph Neural Network
Risk Score API
Threshold Config

Decision & Response

Decision Orchestrator
Case Management UI
Step-Up Auth
Audit Logs

Use Cases

Designed for every fraud vector

Payment Fraud

Detect card-not-present fraud, account takeovers, and synthetic identity fraud across payment rails in under 50ms per transaction.

Account Fraud

Identify new account fraud, credential stuffing, and bonus abuse at onboarding — before fraudsters gain a foothold in your platform.

Insider & Claims Fraud

Surface suspicious internal access patterns and fraudulent insurance or benefit claims using behavioral baselines and graph anomaly detection.

Let's model your fraud exposure

Our financial AI specialists will review your transaction patterns and quantify potential loss prevention within a complimentary risk assessment.