Introduction

Custom Asset Tracking & Management Platform for a Multi-State Construction Firm

Industry Construction & Heavy Equipment

  • Client Revenues

    $10B+ Client Revenues

  • Successful Years

    12+ Successful Years

  • IT Ninjas

    1000+ IT Ninjas

  • Successful Projects

    5000+ Projects

Client's Testimonial

The platform Developers.dev built for us paid for itself in less than a year. We recovered a stolen backhoe worth $80,000 within hours thanks to the real-time tracking and geofence alerts. Our asset utilization is up by 25% because we finally have a clear, real-time view of where everything is. Their team understood the rugged demands of our industry and built a solution that was both powerful and easy for our field crews to use.

Client information

Benjamin Collins, Director of Equipment Operations

Client Introduction

A leading construction firm in the American Midwest with a diverse fleet of over 500 high-value assets, including excavators, dozers, cranes, and trailers. Their primary challenges were asset misuse, theft from job sites, and poor equipment utilization. They were losing hundreds of thousands of dollars annually due to "lost" equipment and project delays caused by not having the right machine at the right site.

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Problem

Problem

The client lacked a centralized system to track the location and status of their expensive equipment. This led to assets sitting idle on one site while being desperately needed on another, significant administrative overhead in manually tracking assets, and a high rate of theft and unauthorized use.

Key Challenges

Key Challenges

No real-time visibility

No real-time visibility into the location of hundreds of assets spread across dozens of job sites.

Key Challenges

High costs due to theft & delays

High costs associated with theft and project delays due to unavailable equipment.

Key Challenges

Inaccurate billing & costing

Inaccurate billing and job costing due to manual tracking of engine hours and usage.

Key Challenges

Difficulty in maintenance scheduling

Difficulty in scheduling preventive maintenance, leading to costly field breakdowns.

Our Solution

Our Solution

We deployed an 'Embedded-Systems / IoT Edge Pod' to create a holistic asset management solution, encompassing hardware integration and a central cloud platform.

📡 Hardware-Agnostic IoT Platform

We built a software platform capable of ingesting data from various types of ruggedized telematics devices suited for heavy equipment, ensuring flexibility and future-proofing.

🗺️ Real-Time Dashboard & Mapping

A web-based application was developed with a GIS map view, allowing managers to see the precise location of every asset in real-time. Assets were color-coded by status (in use, idle, requires maintenance).

🔒 Geofencing & Security Alerts

We implemented robust geofencing capabilities. If an asset moved outside of a designated job site or during off-hours, key personnel would receive instant SMS and email alerts.

⚙️ Automated Usage & Maintenance Tracking

The system automatically tracks engine hours, feeding data into both the maintenance scheduling module and the accounting system for accurate job costing and client billing.

Implementation and Execution

Phase 1 (Weeks 1-4) Initial Assessment

Phase 1: Pilot Program

We began with a pilot program, instrumenting 20 assets with three different types of telematics hardware to determine the most reliable options.

Phase 2 (Weeks 5-12) Core Backend Development

Phase 2: Cloud Platform Build

The cloud platform was built on Microsoft Azure, using Azure IoT Hub for secure device connectivity and management.

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

Phase 3: Mobile App Development

We developed a simple mobile app for field supervisors to easily assign assets to specific jobs and view nearby equipment.

Phase 4 (Weeks 19-22) Rigorous QA

Phase 4: API for Future Integration

The system was designed with a powerful API to allow for future integration with their primary ERP system.

Phase 5 (Week 23) Beta Launch

Phase 5: On-site Rollout & Training

We provided on-site assistance for the initial rollout and training for their equipment managers and field staff.

Phase 6 (Week 24) Final Launch

Phase 6: Iterative Development

The project followed an iterative development model, allowing the client to provide feedback and refine features throughout the process.

Positive Outcome

🛡️ 95% Reduction in Asset Theft

Near-elimination of losses from theft, with several successful recoveries attributed directly to the system.

📈 25% Increase in Asset Utilization

Improved logistics and visibility ensured expensive equipment was always productive.

💰 Automated & Accurate Billing

Eliminated disputes and improved cash flow through precise, automated tracking of equipment usage.

📅 Improved Maintenance Scheduling

Proactive maintenance based on actual engine hours reduced breakdowns and extended asset life.

Positive Outcome

Why Choose Us

🔌 IoT & Hardware Integration

We have specialized expertise in connecting the physical world to digital software.

🛠️ Industry-Specific Solution

We took the time to understand the unique challenges of the construction industry.

☁️ Scalable Cloud Architecture

The Azure-based solution was built to handle thousands of assets as the client grows.

👍 User-Centric Design

The platform was designed for ease of use by non-technical field personnel.

🔐 Security First

The geofencing and alerting system provided a powerful, proactive security layer.

🤝 Flexible Engagement

The T&M model allowed for a collaborative and adaptable development process.

📊 Data-Driven Insights

We turned raw location and engine data into actionable business intelligence.

📦 End-to-End Responsibility

We managed the project from hardware selection consulting to final software deployment and support.

💲 Clear ROI

The solution delivered a clear, measurable, and rapid return on investment.

Conclusion

By creating a custom IoT-powered platform, Developers.dev provided the client with total visibility and control over their high-value assets. This solved their immediate problems of theft and poor utilization and provided a data foundation for smarter operational and financial decision-making for years to come.