KMC Agri

Client platform · full-stack delivery

An IoT platform for smart agriculture

KMC Agri is an IoT platform owned by CÔNG TY TNHH MTV TV TM DV KIM MÃ and developed to manage farms and greenhouses.

Roam Moon built the complete system, including:

• Web management dashboard built with Next.js
• Backend built with NestJS
• Android and iOS applications

Operators can monitor sensors, control devices, configure automation, review activity history, receive notifications, and manage every area from one unified platform.

A farm may have many sensors and devices operating at the same time.

The system needed to:

• Collect data continuously
• Control devices remotely
• Configure automation
• Synchronize across Web, Android, and iOS
• Remain stable even when network quality is poor

The platform also needed to stay simple for operators while remaining flexible enough to support future expansion.

• Monitor the entire farm in real time
• Control devices from anywhere
• Automate care processes
• Detect issues early and send alerts
• Build a platform that can scale across multiple farms

The team studied real operating workflows at the farm, covering:

• Devices
• Sensors
• Irrigation systems
• Greenhouses
• Care processes
• Alerts
• Automation

We then analyzed user needs to design an architecture that serves current operations and can continue expanding in the future.

The system’s core components include:

• Next.js Web dashboard
• NestJS backend

The backend manages:

• Farms
• Devices
• Sensors
• Automation
• History
• Notifications
• Reports
• Device connectivity
• Realtime services

Data is stored in MongoDB and synchronized instantly to Web and mobile clients through WebSocket.

The architecture is designed to be:

• Secure
• Easy to scale
• Easy to monitor
• Independently operating components

The interface is optimized for both operations engineers and everyday users.

The most important information is always presented clearly:

• Sensor status
• Active devices
• Alerts
• Required actions

A consistent experience across Web and mobile helps users move between devices without having to relearn the system.

Interface gallery

Explore the KMC Agri operations experience across Mobile and Web. Select an image to view it at high resolution.

6 images

Mobile application

04 screens

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Web dashboard

02 screens

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The system is divided into independent modules, including:

• Devices
• Sensors
• Automation
• Notifications
• History
• Reports
• Finance

Each capability is developed, tested, and deployed independently to reduce the risk of upgrades.

• Realtime synchronization removes the need for constant manual refreshes
• Device Profiles make new hardware faster to add without disrupting the existing system

The system is released in controlled stages to reduce operational risk. Every update is:

• Monitored in operation
• Checked for errors
• Prepared for rollback when necessary

The architecture is designed to:

• Add more farms
• Add more devices
• Add more users
• Expand individual modules without affecting the entire system

This approach keeps the platform stable as its operating scale grows.

The system continuously monitors:

• Sensor data
• Device status
• Realtime services
• Push notifications
• Application versions
• Activity logs

This visibility helps the operations team detect and resolve incidents faster.

The project demonstrates that a sustainable IoT system depends not only on devices or sensors, but also on how its software architecture is designed.

When components are clearly separated, data is standardized, and operating processes are unified, the system becomes easier to scale, maintain, and adapt to new requirements in the future.