How are South Korea, Singapore, and Delhi using IoT to Track COVID19?
WHO has declared a worldwide health emergency due to the growing COVID-19 epidemic. Aerial attacks in the USA, Spain, Italy, France, and Germany have resulted in a high death toll and an increase in cases; many other countries have implemented border closures and lockdowns in response.
In the course of this blog, we’ll discover how technology might help in preventing the spread of toxic illnesses that could be fatal. Let’s determine how.
Introduction
The government’s health response system must be able to scale up the answer, especially as the outbreak grows, to stop the spread of infectious diseases. Finding the cause of an epidemic, isolating potentially infected individuals, doing extensive testing, aggressively treating ill patients, and prohibiting cross-infection between the medical profession and patients all require proactive and vast human resources.
Countries are incorporating models from other nations that might help slam the coronavirus infection curve as the global fight against COVID-19 continues. The South Korean testing of combative weapons is one such instance.
Its Potential In Operating Infectious Disease
The Internet of Things (IoT) is a system for automating and adapting solutions that have experienced great growth across various industries, including wearable electronics, automatic manufacturing, service management, health monitoring, etc.
1. To Examine and Scrutinize an Epidemic
To track a patient’s recent activities, the government authorities can gather a wide variety of datasets using the patient’s mobile phone, credit card, and other appropriate methods. IoT can assist in tracing the origin of the disease and using this information to assess others who may have become sick after coming into contact with affected patients.
2. To Clinch The Conformity Of Quarantine
Once an infected person is encouraged to adhere to quarantine, IoT can be used to verify patients’ compliance. Staff members in charge of public health can keep track of who stayed in quarantine and who broke it. IoT can help find people who might be in danger from a rupture.
South Korea Has Defeated Covid-19. How?
With a sickness like a coronavirus that spreads quickly, South Korea has successfully used its testing strategy to combat the disease. Massive, indiscriminate testing, rigorous contact detection, and the possibility of placing the carrier in quarantine have all been used in Korea’s largest effort to fight Corona. There are 650 testing centres in the country, which is adequate for a population the size of Korea. The pandemic was started at the very beginning by testing facilities, which had a major role in the full recovery.
Singapore has developed isolation hospitals and multiple negative pressure rooms for epidemics in response to SARS in 2003, and it is “leaving no stone unturned.” Singapore began to prepare and be ready when WHO declared a public health emergency after the globe learned about the coronavirus in China.
Strong syndrome inspection and quick contact tracing are available in Singapore. Rules for isolation and quarantine are closely followed during the coronavirus outbreak. The following are three lessons Singapore can teach us about handling the coronavirus problem.
1. Execute Instantly
When the virus first surfaced in early January, Singaporean officials reacted very swiftly, and their key to success has been their resolve to act promptly and forcefully. Despite the deliberate implementation of passenger travel restrictions by the city-state.
2. Strict Detection and Absolute Quarantine
Anyone discovered infected is hospitalized and kept apart from friends and family. People who are strictly isolated at home must show no symptoms but have been in touch with infectious people. Every day, an SMS that requires a location confirmation check-in is sent out.
3. Social Distancing and Prohibited Mass Gatherings
The government promptly implemented social exclusion; as a result, schools were closed, and many businesses either closed their doors or asked their employee to work from home.
1. Testing
This stage, which emphasises the importance of testing, involves extensive testing to locate, treat, track, quarantine, and seal the patients infected with the coronavirus through widespread testing in the nation’s capital. The government will test 100,000 people at random using the nearly 50,000 testing kits it currently has and will soon acquire.
2. Tracing
The strategy shifts to tracing after testing. It entails identifying and isolating anyone who has come into contact with the sick patient. It will be determined with the assistance of the local police if the diseased person is adhering to the recommendation of self-quarantining.
3. Treatment
The third step of the plan states that almost 2950 beds, including private hospitals, are kept available for Corona patients. Additionally, 12,000 hotel rooms are used to hospitalise elderly and sick patients.
4. Teamwork
Doctors and other medical professionals are the team’s core, and their safety will also be considered. It involves teamwork and cumulative efforts to combat the infection.
5. Tracking and Monitoring
This stage entails ensuring all the precautions are in place and operational throughout the day and night. The Delhi government will keep a close eye on developments and steps taken to stop the COVID-19 outbreak from spreading.
Final Thoughts
You have seen how the novel emergent sickness COVID-19, spreading quickly everywhere, has caused problems for the world up to this point. Additionally, supporting technology and IoT components can help the healthcare system combat the COVID-19 pandemic.
The system must connect data collecting, processing, and storage parts to track disease, secure quarantine, and provide comprehensive care for an infected person. This requires advanced infrastructure.
Countries are working hard to contain it, with South Korea’s plan to defeat it as one well-known example. Like many other nations, Delhi and Singapore pursue the same goals as South Korea.
