Intel® technology is used in a wide range of healthcare applications, and we collaborate with healthcare providers, other companies, and policymakers on innovative new products and solutions aimed at improving global access to quality, affordable healthcare.

Social scientists from Intel travel the world, conducting ethnographic research in hospitals and homes. Our research focuses on improving care in clinical environments, advancing personal health technologies for the home, identifying new care models and work practices, and promoting standards and policies that enable innovation and interoperability across the healthcare ecosystem. The insights we gain through our people-centered research help inform the design of a growing roster of innovative products and technology solutions.
In a people-centric healthcare world, patients and care teams must be able to easily collaborate across the continuum of care. The key to this information exchange is the industry-wide adoption of standards. Intel invests significant resources in standards initiatives while collaborating with other technology industry leaders to accelerate the innovation of solutions that will ensure the stability and interoperability of the greater technology infrastructure.
Intel’s healthcare collaborations include helping to launch and lead the Continua Health Alliance, which has established guidelines for highly connected personal tele-health products for fitness, disease management, elder care, and more. Intel is also a founding member of Dossia, a consortium of large employers focused on developing a secure framework that enables more than 2.5 million employees, dependents, and retirees to collect and maintain lifelong electronic health records. In addition, Intel and the Alzheimer's Association formed Everyday Technologies in Alzheimer Care, a consortium to address the needs of the estimated four million people in the United States living with Alzheimer’s disease.
In September 2011, Intel announced the 1Mx15 Health Program, which aims to bring technology skills to one million healthcare workers in developing countries by the end of 2015. The program is designed to accelerate progress toward better health, primarily for women and children. In collaboration with governments, private industry, development communities, and academia, the program is establishing initiatives aimed at increasing the availability, affordability, and usage of computers and broadband. As part of 1Mx15, Intel created The Intel® skoool™ Healthcare Education platform, an anytime, anywhere multimedia content delivery and assessment platform.
In support of the 1Mx15 goals, in early 2012, Intel and the United Nations Population Fund (UNFPA) announced a new partnership aimed at using technology to strengthen the skills of midwives and other front-line healthcare workers. Intel will provide software and technical assistance, and UNFPA will provide training content for the program. The project’s initial focus will be on countries that have high maternal death rates, including areas of India, Bangladesh, and Ghana.
"Let’s use the widely available, increasingly affordable connection technologies that are already here in our midst to build a new kind of healthcare system—a 21st century healthcare grid—that is available and affordable for everyone….in their workplaces, their communities, and their homes. Let’s build a society in which aging-in-place—in which independence—is a reality, even for those who celebrate more than 100 birthdays."
Eric Dishman, General Manager of Health Strategy and Solutions
Follow a patient through discharge and emergency transport to see how real time data sharing and communications with secure mobile devices can make a "meaningful difference."
Eric Dishman discusses megatrends driving the healthcare system and Intel's computing technologies and solutions to support care.
Intel spent a day with nurse practitioner, Ginger Harris, as she went on home visits with a new Ultrabook.
An ambulance crew tells how computers have improved their ability to care for people in an emergency.
Soon all of Mexico will be connected through tele-medicine to Mexico's better future, powered by Intel technology.
Intel and CareStream provide secure cloud storage solutions for the healthcare community
Intel professionals discuss how healthcare security controls prevent optimized care and privacy.
Genome data analysis realizes a competitive advantage for the collation of Big Data with cost-effective scalability
MUSC uses Intel® Xeon® processor-based IBM servers to save lives through reliable data.
Soon all of Mexico will be connected through tele-medicine to Mexico's better future, powered by Intel technology.
John Hengeveld’s real-life example shows how simulated computer experiments help cure diseases.
Accelrys and Diagnomics executives discuss new medical therapies and science using Intel® technology.
David Zirl, healthcare solution strategist, on clinical archiving, cloud computing, and data security management. (1:59)
WHO panel discusses the cultural and economic shifts happening as populations age.
See how Intel® Atom™ processor-based intelligent fitness solutions improve gym workouts.