Alumni Innovate COVID-19 Health Technologies

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The cases of infections and deaths related to COVID-19 in India are increasing by leaps and bounds. While it took about 2 months to reach the first 1000 cases, it increased to 2000 just within 5 days, then with every 3 days the count has been increasing by 1000, and now the frequency of that occurrence has reduced to a day. Today the COVID+ cases have crossed 8000. Though experts concur that the lockdown has checked the spread of the disease till now to a considerable extent, the need for eHealth technologies is crucial in a country with a billion+ people under home quarantine. Four alumni starts-ups from IIT Kharagpur have developed technologies to offer assistance towards surveillance, mass-scale sanitization and automatization of  dissemination of official information related to novel coronavirus.

Surveillance

Innovaccer, a data-driven healthcare technology start-up co-founded by Abhinav Shashank and Kanav Hasija from 2010 batch, has has launched a self-assessment based app to screen for COVID-19 patients. The self-assessment test asks users to fill in a survey based on their symptoms. It also provides coronavirus-related updates to citizens in the region.

“The COVID-19 pandemic has posed a serious challenge to current healthcare infrastructure. While our providers are tirelessly treating thousands of patients every day, we want to help them in this global health crisis by expanding their reach. To help the government, healthcare organizations and all frontline healthcare workers care as one, we are launching COVID-19 Management System to enable virtual care,” says Abhinav Shashank, CEO of Innovaccer.

Health authorities of Goa and Puducherry have tied up with Innovaccer to curb the spread of novel CoronaVirus pandemic with the Automated Self-evaluation Assessment to Identify At-Risk Patients for COVID-19.

In another such initiative, Intugine, co-founded by IIT Kharagpur alumni Harshit Shrivastava (2016 batch) and Ayush Agrawal (2018 batch), is using their flagship product ‘Mobile Number Location Tracking’ to monitor huge number of home-quarantined individuals and ensure they follow social distancing. The Kgpians claim that their location intelligence platform, which is based on cell triangulation technology, can work on SMS-based user content without installing any application, i.e. even on basic phones, which makes it easy to implement. 

The company has recently announced that this solution can enable effective crowd monitoring of quarantined cases in a least intrusive and scalable manner, on a single dashboard with a central control tower, reducing the pressure on the ground teams to visit each location and ensure adherence.

“Our logistics platform fits seamlessly in providing a solution to the coronavirus monitoring. Upon understanding it better, we quickly tweaked our platform by conducting a pilot in a handful of districts to check the feasibility,” says Ayush Agrawal.

He confirmed getting positive response as well in detecting the breaches of home quarantined cases and reaching out to appropriate authorities who can put the platform to use for surveillance.

Mass-scale Sanitisation and Sterilization

While surveillance of the population is critical, a significant section of the population engaged in essential services are required to regularly access public spaces. Alumnus Debayan Saha collaboratively developed Airlens Minus Corona, a device which may help sanitise large areas. The innovators claim that the product might be able to address the challenge by using charged water droplets which are ionised using the viral discharge.

“Alcohols (like ethanol or IPA) are known to inactivate viruses by denaturing their protein coat. But the alcohol-based hand sanitiser is useful for individuals or for sanitising surfaces at a smaller scale (home, offices, etc.) in the fight against coronavirus. However, this is insufficient in such an emergency as it is impractical to use alcohol for sanitising cities,” said Saha.

The device is designed to look like Robo Sapien (human-like) machine that operates on the mechanism of charged water droplets which are ionised using the corona discharge. The ionised water in return oxidises the viral protein reducing it to a non-harmful molecule, opined the innovators. The innovators are hoping to reach out to organisations and government bodies for large scale application.

Bot

While media is reporting on health status, government announcements related to COVID-19, people may have queries regarding the lifestyle to follow beyond social distancing and hygiene guidelines. Apollonius Voicebot developed by alumnus Souva Majumder is addressing such queries. People can record their queries on the platform denguebot.in which are answered by an AI application. The bot has integrated information provided by the World Health Organization, Ministry of Health and Family Welfare, Govt. of India, and My Gov platform.

COVID-19 has reaffirmed the need for technology based hygiene and healthcare, which may not fade away with the situation normalising but rather lead to a future which cause less damage from pandemic, which may not require global lockdown.


This article only shares information about technological innovations by the alumni and is neither an endorsement nor can be used as a statement of validation  for the above mentioned interventions.

If you are alumni, faculty or student of IIT Kharagpur and working in the following areas, please share your story on media@iitkgp.ac.in.

  • Personal protective equipment,
  • Surveillance,
  • Sanitization,
  • Testing kit,
  • Development of medical equipment, bots,
  • Pharmacological or non-pharmacological treatment,
  • Data analytics and AI to model epidemic patterns and disease dynamics

Health-Tech MSME Hub @IITKgp

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In a new development aligned with the upcoming 400-bed superspecialty hospital at IIT Kharagpur, the Institute is going to set up a Common Research & Technology Development Hub (CRTDH) on Technologies for Affordable Healthcare.

The initiative which is being supported by the Dept. of Scientific and Industrial Research (DSIR), Government of India, will address the issues of accessibility and affordability challenging the modern healthcare system through technological innovations. Another key area of focus of the Hub will be supporting growth & development of precision manufacturing of innovative technologies through MSMEs so that India can reduce its massive burden of imported healthcare technologies and spread technology available in the last mile.

“Access to quality primary healthcare remains a major challenge in rural parts in India with over 80% of healthcare technology being imported and escalating the cost of delivering healthcare services. Also, the concentration of leading healthcare units being in urban areas lead to accessibility issue,” remarked Dr. Satadal Saha, Visiting Professor at the School of Medical Science and Technology at IIT Kharagpur.

“With more than 45% of rural jobs are created within MSME sector In India and the presence of 5.0 million MSMEs in West Bengal alone, this hub at IIT Kharagpur will unleash the potential of MSMEs in West Bengal and beyond in productizing and commercializing indigenously developed healthcare technologies – solving a major problem for the common people, fostering manufacturing growth, strengthening the MSMEs, creating rural jobs, introducing advanced technologies,” he added.

Various departments of IIT Kharagpur are working on multiple healthcare technologies which can be licensed to the MSMEs.  Also, the MSME may also approach the Institute with their own ideas. On completion of successful laboratory tests, scientific validation studies and prototype creation, projects will be undertaken at CRTDH for further product-level development and ethnography. MSMEs will be selected and productization will be assigned to them. The MSMEs will be incubated and trained in the particular technologies till the stage of successful commercialization.

Over the years, IIT Kharagpur has developed niche healthcare technologies and medical devices, out of sustained endeavours in deep scientific and technological research. This Project is eventually aimed towards disseminating the outcome of such high-level research to eventually the population that needs the urgent intervention of quality healthcare services at affordable costs. This requires a sustainable model of transferring our technologies to commercialized products.

“We will endeavour to build capacity within the MSME to enable it to manufacture high-quality products that can compete in the global market and has the potential to scale. We expect to build an ecosystem which will enable the MSMEs to establish the infrastructure and start manufacturing once the product/solution is validated, market size understood and all regulatory barriers are overcome,” said Prof. Suman Chakraborty, Head of School of Medical Science and Technology as well as Associate Dean, Sponsored Research and Industrial Consultancy, IIT Kharagpur, and the Principal Investigator of this ambitious Project.