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Smart Refrigerator Smart Refrigerator Smart refrigerator also known as internet refrigerator is a type of refrigerator that has beenprogrammed to sense the kind of items stored inside it. Additionally, it keeps track of the stock through Radio-frequency identification (RFID) technology and barcode scanning. This refrigerator is often set up to determine the level at which a food item should be restocked. The smart refrigerator traces the stock using various methods. The method often used depends on the technology used in the food package.
Despite the fact that the smart refrigerator is still in the experimental stages, the technology is rapidly growing. One benefit of using smart refrigerator is that it can record the date to monitor the perishable food closely (Jin & Li, 2009). The refrigerator has the capability of sending alerts when foods reach a point of spoilage. The alerts can be sent to a computer through or can be displayed on the refrigerator’s screen. With the list of stock in the refrigerator, the smart refrigerator can create possible recipes.
If there are some leftover ingredients and one is not sure of what to do with them, this can be a way to dispose of them before they spoil. This essay discusses how the disruptive vs. sustaining innovations can be applied to smart technology.Many organizations usually misunderstand the difference between disruptive and sustaining technology. Sustaining technology is a result of listening to the customers’ needs in the existing market and developing products that satisfy their needs and requirements.
On the other hand, disruptive technology develops new markets that are separate to the mainstream, and they are unknown during the time of technology conception. Disruptive technology is known to produce products that are cheaper, smaller, simple, and more convenient use. They are likely to reach new markets that enable their producers grow rapidly. Smart refrigerators use the disruptive technology in the sense that it has been able to reach new markets; its technology has increased rapidly for the last few years.
The smart refrigerator uses the RFID technology that is a disruptive technology. In the smart refrigerator, the RFID technology helps to keep track of the inventory. It is possible to oversee what is going and out of the refrigerator. Smart refrigerators are cheaper, simpler, and more convenient to use. Destructive technology has also been used to come up with a smart refrigerator technology in a way that customers do not expect. The smart refrigerator applies the sustainable technology as it can determine the needs of the customers and able to satisfy them.
For instance, it can send an alert of the when food items are almost being spoilt. Smart refrigerators have improved performance as compared to the old version refrigerators. Smart refrigerators are made with the most advanced technology which intelligent sensors, information, and networks. The smart refrigerator also uses sustainable technology by exchanging data with other refrigerators, which enhances the sharing of the electricity load. The distribution of power load is a benefit to the consumer as it reduces the electricity bill for the user.
By using the sustainable technology in the smart refrigerators, companies in the food industry can minimize waste of ingredients.In conclusion, the smart refrigerator is a type of refrigerator that has been programmed to sense the kind of items stored inside it .it is also used to keep track of the stock through Radio-frequency identification (RFID) technology and barcode scanning. This refrigerator is often set up to determine the level at which a food item should be replenished. The refrigerator has the capability of sending alerts when foods reach a point of spoilage.
The alerts can be sent to a computer through or can be displayed on the refrigerator’s screen. This essay has critically analyzed how destructive and sustainable technology has been applied in the smart refrigerator.ReferencesJin, J., & Li, J. (2009). A Smart Fridge with Ability to Enhance Health and Enable Better Nutrition. International Journal of Multimedia and Ubiquitous Engineering, 56-70.
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