Groceries are a $650 billion U.S. market in the United States. This market will not change in the present and even the foreseeable future. After all, people still have to eat. However, how consumers get groceries and food can change a lot. At present, for the average consumer, it is usually necessary to go to the supermarket 1.6 times a week, spending an average of about $32 each time, or $51.2 a week. If it takes 30 minutes to go to the supermarket each time, the opportunity cost is about 4/5 of the weekly hourly wage (the average hourly median wage for Americans above the bachelor's degree is about $24). Plus, getting grocery stores and supermarkets to purchase food and daily necessities is indeed a boring and repetitive task for many people, so it's no surprise that companies like Instacart that can help you deliver food and daily necessities can achieve 2 billion yuan. USD + valuation. Of course, in addition to Instacart, there are many other startup companies that can help you upgrade your experience in purchasing food and daily necessities. For many people, this is a good thing. After all, you don't have to spend time on your own to go to the supermarket to purchase. However, there are some problems, such as you can not personally screen, for example, can not pick the freshest tomato. In addition, you may have to reach a certain amount or amount, and the courier company will only accept the order. If you only want to eat an ice cream right away, there is no way for the courier company to send it to you immediately. But if you can get what you want without leaving your home in less than two minutes, isn't it great? Or just like saying "Alexa, give me a bottle of beer" is convenient, courier will send things to your door, you are not willing to try immediately? Christian Fritz works at Savioke, a company that does automated express delivery robotics, and is leading robot application development. He believes that as robots become cheaper, more efficient, and more reliable, these will likely become a reality in the next five years. In-house delivery robots can take items from the refrigerated shelves in the basement and send them to the occupants of the upstairs apartment. Automated "robots" can be operated by grocery retailers or residential property management companies. Through RFID's payment system, loading and unloading wit, AI algorithm to optimize inventory, replenishment management, delivery robots can autonomously provide express groceries to surrounding residents. 
(For example, Domino tried to use robots to deliver pizza. I believe everyone is familiar with it.) Because software can track the demand for specific items, they can automatically replenish them according to their needs, thus eliminating waste. Since most consumers actually have little difference in weekly shopping habits, such a system can quickly understand the preferences of surrounding residents in eating and drinking, and ensure that these items are in stock. Once such a system is in place, automation will soon be extended to restaurant delivery or automatic cooking. For example, autonomous cooking robots can make specific foods such as hamburgers, pizzas, sandwiches, coffee and the like. If the technology is advanced enough, the cooking robot can also learn cooking skills from the human chef. The speed of innovation for courier robots is accelerating, and many start-up companies are looking for new, profitable applications that will benefit consumers both indoors and outdoors. Including warehouse logistics, hotel customer service, courier drugs, express groceries and so on. Although it is still too early to predict when this technology will become popular, it is clear that consumers will increasingly get what they want. The future is not far away.
(For example, Domino tried to use robots to deliver pizza. I believe everyone is familiar with it.) Because software can track the demand for specific items, they can automatically replenish them according to their needs, thus eliminating waste. Since most consumers actually have little difference in weekly shopping habits, such a system can quickly understand the preferences of surrounding residents in eating and drinking, and ensure that these items are in stock. Once such a system is in place, automation will soon be extended to restaurant delivery or automatic cooking. For example, autonomous cooking robots can make specific foods such as hamburgers, pizzas, sandwiches, coffee and the like. If the technology is advanced enough, the cooking robot can also learn cooking skills from the human chef. The speed of innovation for courier robots is accelerating, and many start-up companies are looking for new, profitable applications that will benefit consumers both indoors and outdoors. Including warehouse logistics, hotel customer service, courier drugs, express groceries and so on. Although it is still too early to predict when this technology will become popular, it is clear that consumers will increasingly get what they want. The future is not far away.
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