Case Studies

Real Results from Real AI Projects

See how we help companies transform their operations with production-ready AI solutions that deliver measurable business impact.

$9.3M+

Annual Client Savings

4

Industries Served

97%+

Model Accuracy

NovaPay Technologies

FinTech

Machine LearningReal-time ProcessingFraud Detection

The Challenge

NovaPay was processing over 2 million transactions daily, but their legacy rule-based fraud detection system was flagging 12% of legitimate transactions as suspicious. This led to frustrated customers, increased support costs, and an estimated $3.2M in annual revenue lost to false declines.

Our Solution

We built and deployed an AI-powered fraud detection model using gradient-boosted decision trees and real-time behavioral analytics. The system analyzes 150+ transaction features in under 50ms, including device fingerprinting, velocity checks, and graph-based relationship modeling. We integrated the solution directly into their existing payment pipeline with zero downtime migration.

Key Results

60%

False positives reduced

99.2%

Fraud catch rate

<50ms

Processing latency

$2.1M

Annual savings

RevolutionAI transformed our fraud detection from our biggest customer complaint into a competitive advantage. The 60% reduction in false positives was immediate and has held steady for over a year.

Sarah Chen

CTO, NovaPay Technologies

MedBridge Health Systems

Healthcare

NLPHIPAA CompliantDocument AIHealthcare

The Challenge

Clinical staff across 12 departments were spending an average of 3 hours per day manually processing, categorizing, and summarizing patient documentation. This administrative burden was contributing to physician burnout and delaying patient care coordination between departments.

Our Solution

We developed a HIPAA-compliant clinical document AI system using fine-tuned large language models with retrieval-augmented generation (RAG). The platform automatically extracts key clinical data, generates structured summaries, and routes documents to the appropriate departments. All data remains within their private cloud infrastructure with full audit logging.

Key Results

15 hrs

Time saved per dept/week

97.8%

Document accuracy

12

Departments onboarded

$840K

Annual cost savings

Our clinicians got 15 hours a week back to focus on patient care instead of paperwork. The AI summaries are so accurate that our staff trusts them completely. This is the most impactful technology investment we have made in a decade.

Dr. James Okafor

Chief Medical Information Officer, MedBridge Health

CartFlow Commerce

E-commerce

Deep LearningPersonalizationA/B Testing

The Challenge

CartFlow's existing recommendation engine was based on simple collaborative filtering, surfacing generic popular products. With a catalog of 50,000+ SKUs, customers were struggling to discover relevant products, resulting in a stagnant average order value of $67 and high cart abandonment rates.

Our Solution

We designed and deployed a hybrid recommendation engine combining deep learning embeddings, real-time session behavior, and contextual signals like time-of-day and seasonal trends. The system generates personalized product recommendations across the homepage, product detail pages, and checkout flow. A/B testing was baked into the architecture for continuous model optimization.

Key Results

35%

Average order value increase

+48%

Click-through rate

22%

Cart abandonment reduced

$4.8M/yr

Revenue lift

The new recommendation engine pays for itself every single week. Our average order value jumped 35% in the first quarter, and customers are telling us the shopping experience feels like it was made just for them.

Maria Santos

VP of Product, CartFlow Commerce

Steelwright Industries

Manufacturing

IoTPredictive MaintenanceTime-Series ML

The Challenge

Steelwright operated 340 critical production machines across 3 facilities. Unplanned equipment failures were causing an average of 72 hours of downtime per month, costing over $180K per incident in lost production, emergency repairs, and spoiled materials.

Our Solution

We implemented an IoT-integrated predictive maintenance platform using sensor data from vibration monitors, thermal cameras, and power consumption meters. Time-series ML models detect anomalies and predict failures 2-3 weeks before they occur. The dashboard provides maintenance teams with prioritized work orders and estimated remaining useful life for each machine.

Key Results

45%

Unplanned downtime reduced

94%

Prediction accuracy

340

Machines monitored

$1.6M

Annual savings

We went from reacting to breakdowns to predicting them weeks in advance. The 45% reduction in unplanned downtime was a game-changer for our production targets and our maintenance team's morale.

Robert Kim

Director of Operations, Steelwright Industries

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