Mendapatkan Hasil Terbaik dengan Pemantauan Makanan Berbasis IoT

Summary

The video presents an IoT-based food monitoring system that ensures food quality and safety by tracking storage conditions in real-time. Utilizing wireless Lora temperature and humidity sensors along with the Lora Gateway, it monitors critical parameters such as temperature and humidity. The Mikrotik Cloud platform enhances data management with features like device monitoring, alerts, and analytics, applicable across various industries including water and air quality monitoring. This system enables proactive responses to any changes in storage conditions, highlighting its importance for maintaining food integrity. Interested viewers are encouraged to contact the marketing team for more information.

Takeaways

• 😀 The IoT-based food monitoring system uses technology to ensure real-time tracking of food storage conditions.
• 🌡️ Wireless Lora temperature and humidity sensors are essential for monitoring temperature and humidity in food storage areas.
• 📡 The Lora Gateway model 280 transmits data from sensors to the monitoring system, converting it into a usable protocol.
• 📊 The cloud platform developed by PT Fara Ekatama Solusi collects, analyzes, and presents data from various IoT devices.
• 🖥️ The platform offers a user-friendly interface for managing and optimizing IoT devices, enhancing monitoring and decision-making.
• 📈 Key features of the platform include dashboards, device management, monitoring centers, and alarm management.
• 💧 The IoT system can be applied in various fields, including water quality monitoring and air quality monitoring.
• 🔍 Real-time monitoring helps ensure the quality and safety of stored food, enabling prompt action in case of adverse conditions.
• 📞 Interested parties are encouraged to contact the marketing team for more information on products and implementations.
• 🎥 The video emphasizes the importance of IoT food monitoring systems in maintaining optimal food quality and safety.

Q & A

What is the primary function of the IoT-based food monitoring system discussed in the video?

The primary function is to monitor the conditions of food storage in real-time, ensuring the quality and safety of stored food.

What specific parameters does the IoT system monitor in food storage?

The system monitors temperature, humidity, and oxygen levels within the food storage environment.

What type of sensors are utilized in the IoT food monitoring system?

Wireless Lora temperature and humidity sensors are used to monitor the necessary conditions in food storage.

How does the data from the sensors get transmitted to the monitoring system?

Data from the sensors is transmitted via a Lora Gateway, which sends the information to the monitoring system through a server or cloud.

What is the role of the Claude Microtings platform in the monitoring system?

The Claude Microtings platform is used to collect, analyze, and present data from various IoT devices, providing a comprehensive solution for device management.

What features does the dashboard of the monitoring system offer?

The dashboard provides an overview of user information, device quantity, total departments, online and offline device status, and alarm notifications.

What types of applications can the IoT monitoring system be integrated with?

The system can be integrated into various applications, including air quality monitoring, water quality monitoring, and asset tracking.

How does real-time monitoring contribute to food safety?

Real-time monitoring allows for immediate detection of adverse conditions, enabling quick actions to maintain food quality and safety.

Why is it important to maintain optimal storage conditions for food?

Maintaining optimal storage conditions is crucial to prevent spoilage, ensure food safety, and extend the shelf life of products.

What should viewers do if they are interested in the IoT food monitoring products?

Viewers are encouraged to contact the marketing team for more information and assistance with product implementation.