How Technology helps Healthcare Industry in this COVID-19 Outbreak


Battling a pandemic as extreme as COVID-19 demands urgent measures, tools, which speed up care delivery in a number of settings that can quickly diagnose coronavirus cases. Digital technologies like telehealth, cloud computing, robotics and based on AI chatbots play a key role in curbing COVID-19 outbreak. When China launched its response to the outbreak, it relied on its artificial intelligence (AI) technology business, data science, to monitor and counter the pandemic. Some of the ways in which technology monitors the pandemic and counter it are described below.

  1. Telemedicine offering online health consultation

Telemedicine is emerging as a permanent alternative for COVID-19 prevention and treatment. This helps patients to stay at home and remotely interact with doctors, reducing the spread of viruses. Health facilities are encouraged to incorporate telemedicine technology and self-assessment resources to provide remote treatment to non-urgent subject patients.

For example, Tyto Care, a telemedicine technology company, is increasing the use of telehealth solutions to remotely observe, diagnose and treat patients at home while providing them with professionals, clinical data as well as minimize any sort of physical contact to avoid the spread of COVID-19.

Read Also: What Is Teleradiology And How It Is Helpful For Radiologist

  1. Smartphone apps to curb the community spread

Smartphones play a vital role in tracking a patient’s health. Apps were built to control people infected with COVID-19 and are aimed at monitoring registered individuals using GPS from their devices.

It lets people monitor their movements and compare them with those of known coronavirus patients, using filtered data given by national departments of public health. In addition, users may also be asked whether they are contaminated, which offers a way of detecting possible transmission.

Additionally, Apple also released an app, Apple COVID-19, which helps in users screening. This also offers an online screening tool and some guidance on when to seek testing of COVID-19. On this site, you’ll also get answers to your commonly asked questions about to COVID-19.

  1. Robots and drones for supply chain management

Robots and drones are useful in delivering essential goods to people who browse and buy online, and who are quarantined in their homes. They are immune to infection and help in the provision of food and supplies. Robots may be used for disinfection, medication and food delivery and vital sign assessment.

Tech firms have stepped up the task of bringing more robots into force to distribute medical supplies in healthcare environments. Drones are also used for spraying disinfectants and conducting large-scale contactless disinfection of areas.

Drones often assist crowd control officials by thermal sensing and detect people with elevated body temperatures that could indicate that they were infected with the virus.

Read Also: A Guide To Telehealth Companies In The COVID-19 Outbreak

  1. AI to identify, track and diagnose outbreaks

Throughout each stage of the COVID-19 pandemic, Artificial Intelligence plays a role, from forecasting predicting the spread of the novel coronavirus to powering robots which can replace humans in hospital wards. Artificial Intelligence plays various functions, all are essential because of where we are in the pandemic process.

Rapid innovation in healthtech including new applications of AI and ML for monitoring people and assessing infection risks have made AI a crucial contributor to identify, track and diagnose outbreaks.

AI can further integrate population, travel, and disease data to predict where and how quickly disease might spread. Governments and healthcare organizations are using this information faster to respond to the disease. It also helps in making better treatment decisions based on medical imaging.

AI will help with the detection of new viruses by analyzing data from any related viral diseases and then using that data to monitor which vaccine forms and medicines are most likely to be successful. For example, data from chest X-rays of coronavirus patients can serve as guidance for AI models, so doctors can make diagnoses faster.


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