Technology giants Microsoft, Amazon, and Google are usually competing with each other to become the only cloud provider of their collaborators, but they once harmonize to support the National Institutes of Health’s biomedical research. I am working on it.
Microsoft Azure also emerged years after NIH used Amazon Web Services and Google Cloud to provide cloud computing and storage services to the Science and Technology Research Infrastructure (STRIDES) initiative for discovery, experimentation, and sustainability. ..
The initiative started in 2018 —Google Cloud as the original cloud partner— To give biomedical researchers easy access to not only huge datasets around the world, but also the processing tools needed to analyze such huge databases.
NIH-based and NIH-funded researchers can now use Microsoft’s cloud resources to support biomedical research.
NIH has added a third cloud computing service provider to its list due to the sheer volume of data available to relevant researchers. According to Andrea Norris, Chief Information Officer and Director of the Information Technology Center at NIH, Microsoft Azure software is needed to advance the STRIDES initiative toward the goal of improving the efficiency and discovery of biomedical research.
Since the launch of STRIDES, researchers have used Google and Amazon services to study over 115 petabytes of cloud-hosted biomedical data across more than 83 million hours of computational resources.
“The cloud helps democratize access to high-value research data and state-of-the-art analytical techniques for all researchers. Expand the network of providers for state-of-the-art computing infrastructure, tools, and services. Access gives researchers the agility and flexibility they need to accelerate their discovery of research. ” Said In the statement.
Adding cloud computing power to Microsoft Azure will help store databases, for example, a sequence read archive of 43 petabytes of genomic data from the National Medical Library. Researchers will also be able to use Microsoft machine learning and other artificial intelligence tools to more quickly explore and derive the most relevant insights from their data.
“There is a risk of losing the value of biomedical data due to the huge amount of generation and digitization around the world. By leveraging the capabilities of the cloud and artificial intelligence, biomedical researchers can get out of this sea of information. We can quickly identify and extract important and life-saving insights, “said Toni Townes-Whitley, president of Microsoft’s US regulated industry business.
This year was already a big year for Microsoft to move into cloud-based healthcare.Soon, the big tech company in January Sign on as an equal partner He is involved in the operation and development of the Terra Biomedical Research Platform, founded by MIT and Harvard University’s Broad Institute and Alphabet’s Life Sciences Division, Verily.
Just a few months later, Microsoft planned to buy Nuance Communications, which develops voice recognition and conversational AI software. The $ 19.7 billion acquisition puts Nuance behind the Azure cloud and enhances the capabilities of Microsoft Cloud for Healthcare, announced in late 2020.
https://www.fiercebiotech.com/medtech/microsoft-azure-joins-aws-google-cloud-as-cloud-platforms-supporting-nih-biomedical Microsoft Azure joins AWS, Google Cloud as a cloud platform to support NIH’s biomedical research