The world is in a great turmoil as the novel coronavirus  makes its presence felt in the United States and several countries across the world. Amidst these tense and uncertain times, various industries are facing pressing issues arising out of this pandemic.

Technology at its finest
As people around the world are being strictly instructed to practice social distancing or self-isolation to contain the spread of the virus, technology is at its finest.

For example, the use of Microsoft Teams, Zoom and Slack has increased dramatically as companies strive to maintain their communication and sense of order.

Similarly, social media, along with video calling services, has been instrumental in connecting families and friends with each other while at home. Not only this, people who are in self-isolation keep on entertaining themselves using video streaming services.

Needless to say, technology has helped everyone get through these unprecedented measures that the authorities have implemented in response to the  outbreak.

More and more people are asking whether emerging technologies that include artificial intelligence (AI) or supercomputers can identify the most effective solutions to .

Many are wondering if IoT technologies can do anything to help prevent similar situations from happening in the future. In case you’re not aware, officials are using technology in an effort to limit the spread of  and come up with ways to treat those infected.

A closer look at how Taiwan combats.
The novel coronavirus may not have spared Taiwan, but the people of Taiwan fought against it with whatever they got. Taiwan has set a classic example of a nation that has successfully restricted the spread .

The Taiwanese government credits their success to their transparent technology-driven strategies, along with their 124 emergency response action items, which were hit hard by the SARS pandemic in 2003.

As soon as a health tech company called MetaBiota predicted that the novel coronavirus was going to reach their country in a week’s time, Taiwan immediately made sure strict border controls were being established.

The SARS epidemic in 2003 prompted the government of Taiwan to establish proactive surveillance and screening systems that include Infrared Thermal Imaging Scanning (ITIS).

These systems have been implemented at major seaports and airports to test each passenger for fever. Thanks to existing infrastructure and early warning of the metabiota, Taiwan was able to respond quickly and efficiently before managing  to hit its shores. This eased immigration controls as well as the introduction of quarantine for them.

Taiwan’s government tracks through technology and big data analytics

Since the start of the  outbreak, Taiwan has been using big data analysis to come up with an extremely detailed mapping of virus transmission. For example, since they have decided to integrate their Immigration and Customs database with their National Health Insurance database.

Through this system, they were able to avail customs and immigration data through travel ticket scans. The data immediately forms a statistic that is based on the origin of the flight as well as the total route over the past two weeks.

It is important to note that in addition to its existing national health insurance system, Taiwan has also used mobile technologies to build datasets of foreign visitors.

Taiwan requires all foreign travelers to scan a QR code that will lead them to an online health declaration form. Details such as contact information of an individual and any like symptoms are given in the health declaration form.

Thanks to these online immigration declaration cards, Taiwan was able to identify and classify travelers who came from high-risk areas, including Wuhan.

Needless to say, Taiwan was able to take advantage of the integration of its immigration and customs database with its national health insurance system. However, he took it to the next level by coming up with larger datasets for analysis purposes.

When Taiwan’s top engineers and researchers created their own data management system, syncing people’s health as well as their travel data is made easier. This provided his government with a more efficient way of tracking his citizens’ symptoms and their 14-day travel history.

In addition, every patient in their clinics, hospital facilities and pharmacies had free access to this information. As a result, they were able to quickly identify high-risk travelers who needed medical attention, were easily identified and immediately isolated or treated.

To say that Taiwan’s use of data analysis has proven to be an effective strategy is certainly an understatement.

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