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Using AI to advance the health of people and communities around the world

The health of people and communities around the world has been improving over time. For example, the steep decline in child and maternal mortality is a key indicator of positive momentum.

However, progress has not been equal across the globe, and there is a great need to focus on societal issues such as reducing health inequity and improving access to care for underserved populations. While researchers work to unlock life-saving discoveries and develop new approaches to pressing health issues, advancements in technology can help accelerate and scale new solutions.

That is why we are launching AI for Health, a new $40 million, five-year program to empower researchers and organizations with AI to improve the health of people and communities around the world. The program is underpinned with a strong foundation of privacy, security and ethics, and was developed in collaboration with leading health experts who are driving important medical initiatives. AI for Health is the fifth Microsoft AI for Good program, a $165 million initiative to empower researchers, nonprofits and organizations with advanced technologies to help unlock solutions to the biggest challenges facing society today.

The AI for Health initiative will focus on three key areas:

  • Quest for discovery. Accelerating medical research to advance prevention, diagnoses and treatment of diseases
  • Global health insights. Increasing our shared understanding of mortality and longevity to protect against global health crises
  • Health equity. Reducing health inequity and improving access to care for underserved populations

AI for Health is a philanthropic initiative that complements our broader work in Microsoft Healthcare. Through AI for Health, we will support specific nonprofits and academic collaboration with Microsoft’s leading data scientists, access to best-in-class AI tools and cloud computing, and select cash grants.

I am honored to lead AI for Health as part of my mission at Microsoft to fuse AI and data to address the world’s greatest challenges. As a tech company, it is our responsibility to ensure that organizations working on the most pressing societal issues have access to our latest AI technology and the expertise of our technical talent.

The Role of AI in Health

Over the last 30 years, health professionals around the world have reduced the number of annual child and maternal deaths by half. This monumental achievement demonstrates that great progress can be made when the global health community works together to create positive change, but we have an opportunity go further, to accelerate research and scale new solutions. This is where AI for Health can help.

Child and maternal mortality

While great progress has been made in reducing child and maternal mortality, these improvements have not been equal across the globe. For example, Finland’s child mortality rate is 43.7 compared to Somalia’s at 1,899.2 per 100,000 live births, and the U.S. maternal mortality rate is 29.9 compared to Chad’s at 383.3 per 100,000 live births. Even in countries such as the U.S. that have made great progress in reducing child mortality, the probability of a child surviving to their fifth birthday depends heavily on the zip code where that child was born and varies dramatically by demographics.

child and maternal mortailty

There are real health issues in which AI can play an important role, and it may be our best option to accelerate research or expand the reach of new solutions, especially in areas that may lack attention from the commercial health sector.

For example, technology can help scale screenings for diabetic retinopathy – an issue facing 463 million people – to expand the reach of ophthalmologists, as there are only 210,000 in the world. Or in cases such as Sudden Infant Death Syndrome (SIDS), where it is tough for organizations to invest in research given the size of the affected population, but there are huge knock-on effects to better understand and mitigate against general infant death.

diabetes slide

But to truly make an impact, we need to make sure that medical experts and researchers have access to the best technical talent possible, people who can provide their expertise to get the most value out of technology. Currently, AI talent is disproportionately concentrated in the tech industry.

More than 50% of AI professionals work in tech, and less than 5% are operating within the health and nonprofit sectors. As a result, medical researchers are hampered due to AI talent shortages worldwide.

AI Professionals

To succeed, we recognize there must be a balance between privacy and innovation. Therefore, we are working hard to deliver advanced privacy technologies based on the work Microsoft and academic researchers invented years ago, called differential privacy, which makes it possible to extract useful insights from datasets while guaranteeing the privacy of individuals. This is being undertaken in collaboration with Microsoft and Harvard’s Institute for Quantitative Social Science.

At Microsoft and across the tech industry, we also have a responsibility to ensure that new technology is human-centered and developed in a manner consistent with broadly held societal values. We are taking a principled and transparent approach to the development of technology, and we are hopeful the world will see what a compelling force for good AI can be when it’s used responsibly in partnership with innovative organizations.

Empowering Grantees

Microsoft has a unique opportunity to extend its contribution to the world by dedicating data science expertise, technology and resources to help solve pressing health issues. The AI for Health program will operate via collaborations that leverage our best AI tools and technical expertise from Microsoft to further quests for medical discovery, uncover global health insights and increase health equity across underserved populations. A handful of our current projects include:

We are also deepening our explorative partnerships with three leading nonprofits –  BRAC, PATH and St. Jude Children’s Research Hospital – to propel additional advancements in the important fields of maternal mortality, tuberculosis treatment and pediatric cancer.

You can explore the below Power BI, an interactive visual analysis of global health information.

We look forward to working with researchers, academics, nonprofits, health industry professionals and policymakers around the world as we accelerate research and insights, such as the work we have undertaken in the SIDS space to improve data quality and collection with the Scarlett’s Sunshine on Unexpected Death Act. Together, we can improve the health of people and communities globally.

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Join us Wednesday, Jan. 29, at 9:30 a.m. PT for the launch of a new AI for Good program

Abbey at Mont-Saint-Michel in France.Partner Story

Celebrating priceless architecture in France

The Musée des Plans-Reliefs is bringing architecture to life using AI and mixed reality. Viewers are immersed in an experience that uses technology to recreate a vital piece of French history and culture, based on a relief map of the historic Mont-Saint-Michel.

Learn about relief map project

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Meet the 2019 AI for Good Idea Challenge winners

Thanks to developers, the world runs on software!

Developers have played a strong role in many of the massive transformations and technology shifts of the past few decades. And now that AI is redefining how software is created with the capability to learn through data and experiences and to perceive the world around us through vision, speech and understanding, we’re excited to see a whole new level of transformation and innovation coming to the forefront. We love learning from and showcasing the cool developers behind these innovations.

To that end, in 2018 Microsoft created the initial AI Idea Challenge to explore how developers were applying AI in meaningful and fascinating ways. As we explored the projects that poured in, it was clear that developers were incredibly inspired by the ability to use AI to positively impact society. This desire is directly aligned with our vision to use AI to empower people to take on some of society’s toughest issues. Voilá, a new developer challenge called the AI for Good Idea Challenge was born!

This challenge is focused on using developer creativity and skills specifically around AI for Good scenarios. Great winning projects from our first AI Idea Challenge, like Angel Eyes and Clean Water AI, helped to inspire more developers than ever to get involved and think up new ways to leverage Microsoft AI to tackle societal issues. I have been amazed by the sheer numbers and pure creativity of the ideas from developers across the globe. Ready to be inspired? Take a look at the highlight video to get an idea of the breadth of ideas that came in.

YouTube Video

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To help us select winners of the AI for Good Idea Challenge, we brought together a team of judges to evaluate each entry against three criteria: originality of impact, complexity to implement and solution feasibility. With such passion and creativity represented in work of these talented developers, it was very hard to pick the winners. My deepest gratitude goes out to all who entered. Thank you!

And now, I’m thrilled to share the winners of the AI for Good Idea Challenge:

First place: CardioVision, by Bohdan Petryshak, is an AI solution that can help patients at risk of coronary artery disease live a better life. This non-invasive screening measures the stiffness of the brachial artery in your arm, which correlates to stiff and even clogged coronary arteries that can lead to heart disease. By detecting artery defects and disease up to three times faster, patients are equipped for better heart attack prevention.

Second place: LeafAI, by Maanasa Mendu, identifies 38 classes of biotic plant disease from a basic smartphone picture – with an astounding 90% accuracy rate. The homogeneity of the current agriculture system combined with the effects of climate change has led to a growing threat of plant disease, contributing to malnutrition in nearly 700,000 people around the world. LeafAI’s technology can help identify plant diseases and provide information about treatment, taking us one step closer to better economic and food security.

Third place: OrganSecure, by Pratik Mohapatra, is a sophisticated set of machine learning algorithms that can quickly match organ donors and provide real-time updates with people in need of a transplant. Using health parameters such as blood group and antigen type, it becomes possible to predict the match of an organ and estimate the rank and time required for an awaiting recipient. Not only would this help people waiting for organs, but it would also make the host-donor matching process more transparent.

You can learn more about the winning projects here.

We were incredibly fortunate to have four stellar judges for our first AI for Good Idea Challenge who evaluated the projects and had the tough job of selecting the winners. Thank you to our judges: Stephen Ibaraki, Wendy Chisholm, Alma Cardena and David Carmona.

CONGRATULATIONS to each of our winners! Thank you to all the developers who took the time to share and submit their great ideas for the challenge. We can’t wait to do it again!

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