Month: April 2020

The Internet of Things Has Potential in Agriculture

In the current era of globalization, there is a nickname for today’s young generation. The current generation of young people is commonly referred to as the millennial generation. They flocked to create and develop innovations in all sectors.

In this increasingly sophisticated era, they must have a high awareness of the importance of technology, including Michaelkors outlet Universe continues to grow along with the development of the times. This technology has been packaged in such a way and the internet itself is also very easy to access anytime and anywhere, in all conditions we can very easily access the internet. In the internet world, we are familiar with the term IoT or Internet of Things.

The Internet of Things trend, also known as IoT, is becoming more widespread nowadays. IoT technology is a device concept that is capable of transferring data without the need to connect with humans, but uses the internet as its medium. Simply put, humans don’t need to control the IoT objects / devices directly. So, humans can control these objects remotely with their respective smartphones

Terms of the device can be said IoT is the device is given a pre-programmed micro-controller chip. The device is connected to the user’s smartphone which is connected by the internet. So, as long as the user’s device and smartphone are connected to the internet, the user can control the device remotely.

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Then Why does the Internet of Things have the Potential in Agriculture?

The answer is none other than because the power of the internet of things is very well implemented in this field of agriculture. The following are characteristics of agriculture, which have the potential to be touched by IoT:

1. Product Optimization

At present, for optimization of agricultural products a proper analysis of certain situations such as weather forecasts or other is more critical than land expansion. To produce the right decisions farmers need real time data about operations and production processes. Wireless technology, GPS and cloud systems can help farmers with this.

2. Pest Management

Finding ways to deal with pests other than the use of pesticides has long been an issue in agriculture. From a commercial perspective this alternative search aims to reduce production costs. But from the customer side, the trend of using organic products is also getting higher.

Monitoring the number of pests using a sensor network can be a solution. If the sensor detects that the number of pest intruders is too high, this information can be conveyed to the automatic pest control system for action. This can replace the use of pesticides in some cases.

3. Effective Use of Resources

The main resources for agriculture are water and soil nutrients. This component must be used efficiently. Lack of water and soil nutrients are the main enemies that can cause crop failure. So that its use must be managed and controlled in detail and precisely.

Using the power of the internet of things, farmers can measure, and detect early the deficiencies of the main components in this farm. Then efficiently, can manage the use of energy used. Everything in real time.

4. Optimization of Production Operations

Some of its agricultural production operations are fertilizing, spraying pests and harvesting. All of these activities use special machines or equipment.

Using the internet of things farmers can find out in real time the position of their equipment. With this data they do an analysis and determine precisely where the area of ​​production operations efficiently. This will have an impact on their agricultural output.

In the future, the agricultural industry will become a company that uses the internet of things. We will find people, equipment, processes and products to be connected to each other in the agricultural business.

Michaelkors outlet is ready to help and provide application systems and equipment to support the use of the internet of things in agriculture. Providing the best solution, so that the production and quality of agricultural products becomes large and good and can be accepted by the wider community.

Benefits of the Internet of Things for Life

Here are the benefits of IoT in several sectors:

Environmental monitoring

The use of IoT for the environment that is currently in Trend is Smartcity technology

• In the Online Flood Information application, in addition to relying on citizen reports, flood sensors that can measure water levels in real time are distributed throughout the city so that information can be informed to the Command Center quickly and then directly handled by the relevant Dinas.

• Earthquake and Tsunami Notification System. Some natural disasters in Indonesia have claimed so many lives. The number of fatalities can be reduced significantly if the Early Warning System is implemented correctly and on target. Sensors placed in natural disaster prone areas can provide information directly to residents around earthquake, landslide or tsunami prone locations in seconds.

• Smart Parking System. In this system, parking sensors are placed in public parking lots. The use of the Smart Parking system can help the city government monitor and control regional revenues from parking. The benefits can be felt directly by the community in the form of checking the status of available parking and an online parking booking or pay system.

• Forest Fire Systems can also be prevented by an integrated fire prevention system, with hotspot report data from satellites connected directly to the water spray system at the fire location so that it is more likely that fires can be extinguished faster.

• The Drinking Water Company system can also measure the level of water quality that will be distributed to customers so that it can further improve the quality of service and can measure the chemical needs of water purifiers.

Infrastructure Management

Like a train, this ‘IoT’ can be used to detect the condition of a train line whether or not it is safe to cross, so that it can automatically open and close the doorstop without having to worry about the train guard asleep.

Likewise for road traffic, a traffic jam diversion system is possible. This means that if a road is jammed, then road users aiming at the jammed road can be switched automatically with an automatic sign system, for example if the arterial road is jammed while the toll road in the city is empty then one lane on the toll road can be used automatically free for public road riders.

For ports, IoT can be used to manifest thousands of items in one ship or container, so manifest data can be more quickly available. And it is very possible for a port monitoring system that is useful both for port operators and for users.

Sensor Equipment

Most of the equipment consumption costs in mining are measured based on capacity and experience alone, with mining companies the IoT can measure which equipment is going to run out of fuel, how much is the stock of fuel on site, which equipment should be replaced, etc. so that it can be measured quick and precise. This is very possible because the IoT module can provide information directly from machinery or equipment in the mine. Thus for shipping, in industrial plants and also of course in modern office IT infrastructure. Of course, the ‘IoT’ technology is very useful in overseeing the equipment used for company operations so that the needs of these devices can be more measurable and optimal.


Now medical equipment can be more connected to the internet so that it is easier to supervise, doctors specifically can monitor a patient’s condition without having to make a visit to the patient’s room. So that the cost of doctor visits to patients can be reduced, imagine if you are treated in a hospital and every day a doctor visits are only given a smile or put his hand on your forehead then you have to pay Rp. 200,000 for each of these ‘medical procedures’, of course this is no longer needed if the hospital is required to conduct a centralized patient surveillance system, just enough patient data that can lead to critical which in real time can continue to be monitored by doctors even when they play golf so that the moral responsibilities of doctors can also be increased.

Building and Housing Automation

Internet of Things that penetrates the home electoric users can make it easy for people to various things. For example for the most wasteful of electricity such as split AC, if you forget to turn it off then electricity costs continue to run like a waterfall … with a home management application you can turn off the AC and lights in your home or turn it back on before you get home.

Office buildings can further optimize all existing facilities, both for electricity savings and for integrated building control. For example, a building with multitenant can further enhance its security with a fingerprint system for guests, guests for certain offices are required to provide their fingerprints to the data invitation application to the office, so that when the office guest arrives then simply paste the fingerprint then starting from the building’s gate until which elevator will be used is specifically available.