Blockchain technology could help deliver COVID-19 vaccines

“Routine immunization with blockchain” was the name of one of the winning projects of the MIT COVID-19 Challenge: Latin America against COVID-19that wants to ensure the spread of the future coronavirus vaccine in Latin America through blockchain technology.

José Antonio Feregrino Lomelín took part in the international competition and was the winner, which was organized by the Massachusetts Institute of Technology (MIT). This virtual hackathon tries to develop innovative solutions that can help overcome the COVID crisis. 19th

At least 5,000 people have applied for the MIT COVID-19 Challenge: Latin America vs. COVID-19

However, it was not an easy path. Feregrino Lomelín was one of a thousand people – out of more than five thousand who applied for the competition – who entered the final phase of the competition.

Blockchain technology could help deliver COVID-19 vaccines
Blockchain technology could help deliver COVID-19 vaccines

The winners of the international challenge, in which students, academics and academics from across Latin America took part, were announced last June. The aim was to address key problems in sectors such as health, business, communication and the humanities. Develop solutions, including concepts, prototypes, and a preliminary vision of how to run them in the context of the coronavirus health emergency.

What is the MIT Covid-19 Challenge?

COVID-19 Challenge is a series of virtual hackathons. During these hackathons, multidisciplinary teams worked together to develop innovative solutions that could help tackle the COVID 19 crisis. They focus on connecting teams with the tools and resources necessary to develop solutions that their partners can implement. After each event, the selected teams have the opportunity to bring their solutions to life with the support of these partners.

What happens after the vaccine?

When the Covid-19 vaccine is ready, one of the greatest medical journeys in human history will be undertaken. Because this entire supply chain must be operated right up to the end consumer.

According to UNICEF, a high percentage of vaccines are wasted in the shipping process worldwide. In this sense, Feregrino claims:

“The idea of ​​this proposal is to have a perfectly crafted plan for distributing the vaccine until it is discovered, and not to waste time fairly distributing it.”

Tonatiuh Delgado and Peruvian doctor María Rosario joined the project

Following the announcement of his project, Tonatiuh Delgado, a student of internal medicine at the University Center for Health Sciences at the University of Guadalajara, Jalisco, joined the Peruvian doctor María Rosario, who focused on fighting the virus. of the human papilloma.

José Antonio introduced the “Routine Immunization with Blockchain” project, which consists of ensuring the supply chain of the SARS-CoV-2 vaccine for the end user, ensuring traceability, fairness and transparency in the delivery of the drug and eliminating possible acts of corruption can occur in the delivery process and limit the coverage of the vaccine.

The project monitors how the vaccine is packaged, packaged and tracked using GPS and QR codes under full temperature conditions.

The blockchain also distributes information across different computers, which guarantees that no one manipulates it. This combats possible acts of corruption that can occur during the distribution of vaccines.

If you use the vaccine now, you can use GPS to locate it and check the authenticity of the vaccine. This corresponds to a process of transparency and biosecurity that guarantees that the end user receives the authentic vaccine and a safe drug. In this way, subtractions in the supply chain can be avoided and applied to other drugs to avoid piracy and corruption, Tonatiuh Delgado told ANUIES magazine.

Tonatiuh hopes that his project can be carried out because he believes it can be a great security tool that should be purchased by various private or public institutions.

Certainly, Projects like this will help address key issues that can arise during or outside the pandemic.

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