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IoT application Development
Reduce Downtime with Predictive Maintenance
Project Overview
Companies incur huge losses when the different types of machinery they use fail without warning, causing downtime and time-consuming maintenance. Our client wanted us to build a predictive maintenance system that will prevent malfunctioning machines and improve the overall efficiency.
What business challenge did the app address?
Even with periodical maintenance checks, agricultural machinery broke down affecting farming, growing and irrigational operations. The downtime was huge and disastrous.
How did the proposed solution solve unplanned machine downtime challenge?
Our client wanted a maintenance system that predicted beforehand the potential and underlying problems. It should be able to foresee failures, provide alerts and proactive responses. The data collected should be monitored in real-time and send alerts to smartphones.
How did the DevOps approach facilitate successful app development?
Our team structured the web application with clean designs and easy to use interfaces based on the DevOps approach . Our experience in Node.js ensured an affordable and quick implementation of the application.
How did the predictive maintenance system solve unplanned machine downtime challenge?
With sensors placed on the machinery and required locations, the data captured was constantly monitored. This is then transmitted and analysed in the cloud storage. When the alert or vibration shows an ‘error’, a high-level analysis was done in real-time and displayed through the IoT interface.
How did the system perform in real-world?
Reduced downtime by 20%
Reduced maintenance costs by 50%
Increased agricultural efficiency and productivity with climate, soil and watering sensing system.
Features & Functionality
1
Real-Time Data Monitoring
Huge volumes of data are constantly monitored in real-time, enabling the administrator to take timely and informed decisions.
2
Real-Time Data Processing and Analysis
Data processing and analysis detects ‘issues’, identifies it and sends alerts to smartphones. This reduces delayed actions and decreases damages.
3
Machine-Learning
Machine-Learning algorithms are designed to optimize irrigation, water flow, pressure, cycles and timing.
4
Alerts and Communications System
All alerts and reports are delivered to mobile phones via the SMS, email and push notifications. All communications between the machines and the connected devices are through the cloud, eliminating the need for costly or complex infrastructure.
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