Trend

The Smart Machinery Cloud Platform intends to standardize terminal software and hardware, application tools, and operation platforms to assist enterprises in their digital transformation.

As electric vehicles and hybrid vehicles gradually gain popularity in the market, automotive electronic systems may become the key technology areas that are most valued by various electronic system suppliers. Advances in technologies such as electronic active suspension technology and electric vehicle drive systems in the automotive industry have continued to expand the application of power electronic systems in the automotive field.

Due to the outbreak of COVID-19 and its rapid global spread, the global auto parts, semiconductor, and electronics industries have been exposed to highly uncertain risks. Global supply chain logistics is an issue that everyone has had to reexamine.

According to GLOBAL TRADE ALTAS statistics, the boom of the rubber and plastics industry has rebounded due to the growth of the aerospace and automotive industries and the market demand for consumer goods. With the economic growth of Asian countries, the Asia-Pacific region has become the largest and fastest-growing region in the world's plastic and rubber industry. About 40% of plastic and rubber machinery is manufactured in Asia. The fourth industrial revolution combines machinery and information and communication, both of which are the most advantageous industries in Taiwan. Taiwan's plastic and rubber machinery industry combines these two advantages and applies smart manufacturing new business models to strengthen competitive advantages and seek to create niche points. New business opportunities have brought Taiwan's plastics and rubber machinery industry to a new peak.

Market surveys of the bicycle industry supply chains have found that since the outbreak of the pandemic in 2020, the average price of upstream raw materials has increased by nearly 50%.

Wearable medical devices mainly use built-in or installed software to capture physiological signals and then feed them back to the wearer. The wearer can quickly know their current physical health condition in real time and make timely adjustments. Along with the development of smart phones, wearable devices such as health bracelets and watches are becoming more and more popular. They can be easily purchased in physical stores or through online shopping. They are adding more and more functions, including dynamic heart rate monitoring, calculation of calories, blood pressure measurement, step management, motion tracking, sedentary reminders, and sleep management, etc. With these health management functions becoming more and more diverse, it has raised the question, what is the difference between the physiological data monitored by a bracelet, as compared to that collected using a hospital's precision instruments?

It's that time of year again, check out the predictions for the most promising emerging technology trends to watch for in 2022. Pay close attention to the following topics as they will be covered in details to see what is happening around the globe.

Technology today is evolving at a rapid pace, and these changes and progress have resulted in an even greater acceleration of change. One of the greatest areas of change that has come about as a result of COVID-19 outbreak is IT technologies. IT professionals have come to realize that their role will not stay the same in the contactless world of tomorrow.

The Metaverse is bringing virtual gamers to a wireless sci-fi vision with an infinite number of virtual worlds. However, you will find some transformation and benefits in how manufacturers can be more productive in the digital and physical worlds.

Digital manufacturing is a production method in which computer technology creates a product in a desired style or quantity using little or no human involvement. Digital manufacturing uses digital tools to combines and connect all manufacturing processes.