AI-driven Sports Betting App

Predictive Maintenance for Industrial Automation: Reducing Downtime by 40% for a Global Manufacturing Leader

Industry Industrial Manufacturing

  • Client Revenues

    $10B+ Client Revenues

  • Successful Years

    12+ Successful Years

  • IT Ninjas

    1000+ IT Ninjas

  • Successful Projects

    5000+ Projects

Client's Testimonial

"The IIoT solution developed by Developers.dev has fundamentally changed how we manage our factory floors. The real-time insights and predictive failure alerts have become indispensable. We've seen a 40% reduction in critical asset downtime and a 25% decrease in annual maintenance costs. This project paid for itself in under 12 months. Their team's technical expertise and commitment to our business outcomes were truly exceptional."

Sarah Jenkins, Founder & CEO, BetSmart.ai

Mike Russo, Founder & CEO, CropIntel

Client Introduction

The client is a US-based, publicly-traded company with over $2 billion in annual revenue, specializing in the manufacturing of heavy industrial equipment. With 15+ plants across North America and Europe, their primary operational challenge was costly, unplanned downtime of their CNC machines and robotic assembly lines, which disrupted production schedules and led to significant revenue loss. They needed to move from a reactive/preventive maintenance model to a proactive, predictive one.

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Problem: Launching AI-driven Sports Betting App

Problem

The client's existing maintenance schedule was based on fixed time intervals, not actual machine usage or condition. This led to two problems: 1) healthy machines were taken offline for unnecessary servicing, wasting resources, and 2) machines would fail unexpectedly between scheduled services, causing catastrophic production halts.

Key Challenges

Legacy Equipment

Legacy Equipment

Integrating modern sensors with a diverse fleet of older, proprietary industrial machinery.

Data Volume

Data Volume

Ingesting and processing massive volumes of high-frequency sensor data (vibration, temperature, power consumption) in real-time.

Model Accuracy

Model Accuracy

Developing machine learning models that could accurately predict failures without generating excessive false positives.

User Adoption

User Adoption

Creating an intuitive dashboard that factory floor managers and technicians, not just data scientists, could use to make decisions.

Our Solution

Our Solution

Developers.dev architected and delivered an end-to-end Industrial IoT (IIoT) predictive maintenance solution.

⚙️ Hardware Integration

We deployed ruggedized, retrofitted sensor kits with edge gateways to collect and pre-process data from the client's critical machinery.

☁️ Scalable Cloud Platform

We built a robust data pipeline on AWS IoT Core and Kinesis to ingest millions of data points per hour, feeding into a time-series database.

🧠 AI-Powered Analytics

Our data science team developed and trained custom machine learning models using Amazon SageMaker to analyze patterns and predict specific failure modes with over 95% accuracy.

📊 Actionable Dashboards

We created a role-based web application that visualized machine health in real-time, sent automated alerts via SMS and email, and generated work orders directly into their existing ERP system.

Implementation and Execution

Phase 1 (Weeks 1-4) Initial Assessment

Phase 1 (Weeks 1-4)

Conducted a 2-week on-site discovery workshop at a pilot plant in Ohio.

Phase 2 (Weeks 5-12) Core Backend Development

Phase 2 (Weeks 5-12)

Developed a proof-of-concept for two machine types within 8 weeks.

Phase 3 (Weeks 13-18) Front-end Development

Phase 3 (Weeks 13-18)

Used an agile methodology with bi-weekly sprints to build out the full platform.

Phase 4 (Weeks 19-22) Rigorous QA

Phase 4 (Weeks 19-22)

Established a DevSecOps pipeline for automated testing and deployment.

Phase 5 (Week 23) Beta Launch

Phase 5 (Week 23)

Rolled out the solution plant-by-plant over 6 months, with extensive training for local teams.

Phase 6 (Week 24) Final Launch

Phase 6 (Week 24)

Provided 24x7 L2/L3 support and continuous model retraining post-launch.

Positive Outcome

⏱️ 40% Reduction in Unplanned Downtime

Critical asset failures were predicted weeks in advance.

💸 25% Decrease in Maintenance Costs

Shifted from costly emergency repairs and unnecessary servicing to planned, condition-based interventions.

📈 15% Improvement in OEE

Overall Equipment Effectiveness increased due to higher asset availability and performance.

🎯 Single Source of Truth

Provided a unified, real-time view of asset health across the entire organization, from the plant floor to the executive suite.

Positive Outcome: AI-driven sports betting app

Why Choose Us

✅ Process Maturity

Our CMMI 5 process ensured a predictable, high-quality delivery.

🔒 Ironclad Security

SOC 2 compliance was critical for protecting sensitive operational data.

🤝 Ecosystem of Experts

Combined expertise in embedded, cloud, and AI/ML.

⭐ Verifiable Track Record

Our experience in manufacturing was key.

🚀 AI-Augmented Delivery

Used internal tools to accelerate model development.

© Full IP Ownership

The client owns the predictive models, a key competitive asset.

💡 Zero-Risk Talent

Provided top-tier data scientists and embedded engineers.

🤝 Transparent Engagement

A hybrid T&M and Fixed-Fee model provided flexibility and predictability.

🔗 End-to-End Partnership

We continue to support and enhance the platform.

Conclusion

By partnering with Developers.dev, the client successfully navigated the complexities of IIoT and transformed their maintenance operations from a cost center into a strategic, data-driven advantage.