How location data can help track and stop the spread of COVID-19

Situated less than 90 miles from China, the coronavirus outbreak could have been critical in Taiwan, but the country's proactive measures helped to stave off the worst of the disease. Having learned from SARS epidemic, Taiwan had prepared for future situations by creating a comprehensive command center and implementing a transparent communication strategy both of which have helped slow the spread of Covid-19.

The United States and Italy have been playing catch up in the mitigation of the coronavirus pandemic and were resistant to implementing social distancing, while other countries took more aggressive approaches. Now both countries are looking to China and South Korea to learn how sweeping actions and industrialized scaling of measures such as fever clinics, temperature check points, portable CAT scanning, and social isolation, have helped to contain the pandemic.

China has seen success in containing the coronavirus through strict governmental oversight but when the virus made its way to Vietnam – a country with similar rule – the government enacted more transparent approaches and relied on social networks to mitigate the spread. Although it is yet to be seen if one methodology was superior to the other, Vietnam's strategy of accountability and transparency has "proved to be effective and furnished positive results."

Unlike the United States, South Korea has seen rapid success in slowing the spread of coronavirus by implementing widespread testing protocols and increasing transparency. Instead of government officials giving updates, public health experts report to the public while throughout the nation pop-up and drive-through testing sites allow for mass-scale testing, all offered free of charge to citizens.

The testing efficiency and protocols implemented in South Korea to slow the spread of coronavirus have proven to be successful, with the latest reports of the country showing that reports of cases have leveled off. Combining "a single-payer health-care system and a sweeping infectious-disease law," the country was able rapidly identify potential cases and enact isolation in order to contain the spread of the virus.

Weeks before the coronavirus outbreak was declared to be a pandemic, Seoul, and other parts of South Korea set into motion a combination of "prevention and mitigation programs" that are now being touted as lessons for other countries struggling to contain the virus. Using technological advancements such as a national mobile phone alert system and mobile phone applications along with increased transparency around data collected, new reports of cases have slowed allowing the country to prepare for a potential surge later on.

As a grass-roots response to assist vulnerable populations amidst the COVID-19 pandemic, communities around the world are using social media to distribute supplies, services, and advice. One such group on Facebook, the Bristol Community Care - Covid-19 Mutual Aid, has gone viral with thousands of members seeking to help or receive help.

Amidst the coronavirus outbreak, North Carolina's health centers are relying on old methods to reach and educate uninsured and medically vulnerable patients, many of whom don't have access to the internet. Staff are posting fliers in commonly-trafficked locations, hanging signs at health centers, taking out television ads, and asking community leaders to relay hygiene guidelines by word of mouth.

As word of the coronavirus outbreak spread, so did misinformation, so the World Health Organization began working with big tech companies to put a stop to it. Collaborating with the likes of Pinterest, Google, Twitter, and Facebook, W.H.O. has posted content that disputes the incorrect information across platforms and sites in order to make "falsehoods harder to find in searches or on news streams."

Identifying the metagenomic sequencing for new outbreaks of viruses can help to better assess how the virus is spreading, which in turn helps health officials figure out how to slow down the contagion. In the midst of a coronavirus outbreak, a tool that was first used to during the SARS outbreak is now being used to track Covid-19 in under-resourced places such as Cambodia.