Amazon Go transforms the existing model of retail stores.

Amazon automatically detects consumer movements through IoT devices,rolling wireless such as when products can be picked up from the shelf or put back on the shelf, and transmits this information to a virtual shopping cart in the phone, the customer can leave the store after the purchase is completed, and the system will automatically charge the customer's Amazon account. Enable shop assistants to focus on kinder greetings, product suggestions and in-store Tours to provide a better shopping experience for shoppers.

Dundee has improved productivity and safety by tracking people and vehicle installations in the mine

Dundee was one of the first miners to introduce iot technology into the mine. Track the location of vehicles and people in mines through the Internet of Things, keeping them connected to the surface. Four years after its launch, the project has brought Dundee a 400% increase in production, well above the original target of 30%.iot module At the same time, the project has greatly improved operator safety.

Rolls-Royce is using Azure iot tools to reduce engine failures and fuel costs

In addition to producing world-renowned premium cars, Rice also produces aircraft engines for Boeing and Airbus. The company has installed more than 20 sensors in the engines that allow them to track and collect information on everything from fuel consumption, pressure and temperature to aircraft altitude, speed and temperature, not only to maintain the engines at all times, but also to help airlines evaluate aircraft purchases and adjust routes. Rolls-Royce has transformed its traditional engine manufacturing and sales business into a service model.

Us industrial equipment maker John Deere is using the Internet of Things to promote smart farming.

John Deere has installed iot sensors into harvesters and planters that can analyze images of crops in storage tanks, or collect the number, location, and ground condition of seeds, with instant access to dashboards, as well as various mobile devices and web access. Farmers can share their data with partners and advisors through an open API platform that helps farmers manage their soil and crops and the marketing of their crops.

Herddogg wears an iot livestock to monitor animal health and activity

HerdDogg uses smart ear tags and mobile receivers to monitor livestock health and activity, reading each animal's biometric and activity data and storing it every six minutes. Once within range of the receiver, the tag will download its data, then upload it to the app and use proprietary algorithms to analyze the data and provide insights about the herd's health and behavior. Through this data, operators can know if their animals are in a hot, sick or injured state, and if they are in a suitable enclosure or pasture.

Chunghwa uses animal networking and environmental sensors for smarter, more accurate farming.

In the past, farmers had to use manual or traditional agricultural meters to sense everything in the growing area and adjust the agricultural environment and processes accordingly. The use of iot testing not only reduces the workload of farmers, but also automatically detects temperature, soil, environment and humidity, and automatically adjusts to meet the most suitable growth requirements of crops, creating a more accurate agricultural environment.

Caterpillar (Cat) performs predictive maintenance and remote services with iot monitoring devices

Caterpillar is an American machinery company. Caterpillar joined forces with AT&T's Internet of Things service in early 2018, with a wide range of data capabilities. The company uses AR and industrial machinery with sensors so that users can optimize and monitor operational processes, such as replacement of spare fuel equipment parts. When a device needs maintenance or replacement, the company sends operating instructions on how to replace it via AR, avoiding a loss of productivity. By using the Internet of Things, Caterpillar has increased productivity by about 45 percent.

Cleverciti's smart parking system reduces the time and distance required to park.

Finding a parking space can lead to a waste of production time and money. According to Today, drivers in New York spend an average of 107 hours a year looking for parking, resulting in huge fuel costs and emissions, and costing the city $4.3 billion in lost productivity. The CLEVERCITI system is a solution to parking problems provided by a German sensor company that collects available parking Spaces at any time through the Internet of Things. They can be installed on street lights or buildings without the need for road works, reducing environmental impact and driving stress.

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