The outbreak of this epidemic was one of the most unexpected. This situation simply shows how quickly the world can change. As a result of this epidemic, everything about life has to be changed in some way to adapt to the new norm. Technology, on the other hand, has become a fast-growing and ever-expanding industry, so it is not surprising that new improvements are being made so quickly.

However, can we look back, and consider it a “hidden blessing” if we know it has caused the discovery and urgency of a particular technology? Well, let me introduce them to you one by one, and see if you can be sure.

RNA immunosuppression vaccines

The Messenger RNA (mRNA) vaccine is one of the newly discovered vaccines in which it teaches cells to make a protein that will stimulate the immune system inside our bodies. Similar to the role of any other COVID-19 vaccine, mRNA vaccines benefit vaccinated individuals by providing them with protection against diseases such as COVID-19 without compromising the possible adverse effects of the disease.¹

Historically, RNA messenger is a technology that has been in operation for 20 years. When the covid-19 epidemic began last January, scientists in a few biotech companies were quickly turning to mRNA as a way to make possible goals; By the end of In December, 2020, when more than 1.5 million people were killed by covid-19, vaccines were approved in the US, marking the beginning of the end of the epidemic.

Digital Contacts Tracking

You know it well, don't you? As the coronavirus began to erode and spread throughout the world, the world needed more and more to track human contact. This operation is very simple. The smartphone apps we cause can use GPS or Bluetooth to make a log for people who have just crossed paths. If for instance one of them was found to contact covid, that person will be able add the result to the app, and it will also alert others who may have been exposed.

However, it has been news about digital communication tracking that has largely failed to have a significant impact on the spread of the virus. As a result, Apple and Google quickly released features such as exposure notifications on most smartphones. After solving the problem, public health officials once again struggled to persuade citizens to use them. From this, we can learn that this epidemic has not only helped us prepare for the next epidemic, but it has also spread to other health care facilities. Lindsay Muscato, editor, author, producer, and journalist MIT Technology Review explores why digital contact tracking has failed to lower covid-19 and offers ways we can do better next.²

Artificial Intelligence (AI)

We all know that name, don't we? According to a Forbes article, the first trend in technology will be artificial intelligence (AI). AI may sound complicated and complicated, but it will be a great and effective tool in developing the epidemic.

This is because, algorithm, a limited sequence of well-defined instructions, can enable AI to learn from past data, say in hospitals, to specify new solutions that people may never have. In addition, AI has access to a vast amount of information about the epidemic, such as: how each patient was affected, and the recovery process, people would not be prepared to process in time. These will then be used to predict and come up with the best solution possible. With machine learning skills, AI is even more adept at accurate prediction

Drones, and Vehicle Automation

According to the article, "In recent years we have seen the emergence of robots when it's come to care and supports, and these will be very important, especially when it comes to working with high-risk community members, such as the elderly."

Another valid reason for the spread of the virus is human interaction. As the provinces and states gradually expand, human interaction increases and the risk to those with weakened immune systems continues to increase. The only way to eliminate this danger in those societies is to break free from human contact as much as possible. This is where the robots come in, it will be interesting to see if the robots will be able to adapt to the level of comfort that a real life can offer. It’s interesting and fun, isn’t it?

Extended Reality

These principles include technology that uses mirrors or headsets to use computer-generated images directly in the user's viewing area. When it's placed above what the user is looking at in the reality world. And when a user use, that particular user is computer-generated environment.

Any chance, we’ve all heard these words before, or maybe, we know them. The fact that these technologies mimic real life as much as possible without the real risk of communication, these methods will be very popular. In addition to the prestige that could have created it, this can also be very helpful in situations where communication should take place such as in schools or in the medical field. VR / MR also allows people to train for unprecedented training purposes such as surgeons.

Now, has this article somehow made you on the bright side of the epidemic? Many countries have returned to normal, and some are still recovering. With the advent of new technologies, we are now equipped to fight the virus, if it closes again in the future.