The Power of Digital Twins: Transforming Potential into Performance

Imagine a world in which you have a digital copy of your body. It could be constantly fed with data—what you ate, how you exercised, and how your body functions down to the molecular level. When integrated with artificial intelligence (AI), your “digital twin” could simulate potential outcomes of your decisions, make predictions about your future health and wellness, and help you live well.

The Future Athlete Project stands at the intersection of advanced technology, human health, and personal empowerment. Created by Tata Consultancy Services (TCS), this pioneering initiative leverages data, AI, and digital twin technology to help people unlock their full potential and improve their overall quality of life.

The Future Athlete Project is an innovation showcase. It exemplifies TCS’ commitment to revolutionizing healthcare, sports science, and many other industries like banking, manufacturing, and travel.

The Future Athlete Project seeks to create digital twins of people, one step at a time.

Digital twins have existed for decades; however, they have traditionally brought structured information in engineering, production, operations, and enterprise data together into a data model. Through the Future Athlete Project, TCS integrates data with three-dimensional digital models so hearts can be visualized. These digital twins replicate the unique physiological characteristics of each runner’s heart, empowering them with insights far beyond what a commercially available wearable can provide.

What is the Future Athlete Project?

The Future Athlete Project began in 2023 when TCS made waves by creating a digital replica of Boston Marathon champion and two-time Olympian Des Linden’s heart. This breakthrough underscored the potential of digital twins to provide key insights for athletic performance and health monitoring.

The power of digital twins

Expanding on success

Essential insights

The digital twin difference

Expanding on success

Building on that success, TCS expanded its initiative to help a diverse group of runners by creating digital twins of their hearts. The goal is to help athletes—from elite competitors like Des Linden to recreational runners—better understand how their bodies perform under various conditions, identify potential health risks, and tailor their training accordingly.

Essential insights

By providing insights into heart function, these digital twins can flag potential issues—such as irregular heart rhythms, early signs of fatigue, or other stressors—that might go unnoticed until it’s too late. For runners, this could mean the difference between finishing a marathon or sidelining a career due to preventable injuries or health risks. For everyday individuals, it promises a future where we can better monitor and manage our own health, leading to longer, healthier lives.

The digital twin difference

What sets the Future Athlete Project apart is its aspiration to integrate digital biotwin technology with AI-driven analysis. Using data from sensors, AI, and an MRI, digital twin hearts can simulate how a runner’s heart responds to various physical demands, offering actionable insights that go beyond conventional training methods.

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Expanding on success

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Essential insights

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The digital twin difference

At the heart of it

The data driven shift

This shift towards personalized, data-driven insights marks a departure from traditional health assessments, which often rely on generic metrics, without considering the unique needs of individuals. The Future Athlete Project’s digital twins offer a detailed, moment-by-moment view of heart performance, enabling runners to train smarter, reduce injury risks, and improve overall health. As technology advances, the potential for broader applications, from managing chronic conditions to improving recovery times post-surgery, becomes apparent.

Vision meets visualization

Through the power of digital twins, for the first time, Des Linden can see how her heart has transformed because of endurance training. Two decades of running marathons has caused Des’s heart to undergo extensive cardiac remodeling. Her visible digital twin heart enables us to see just how significant this remodeling has been.

Mapping the change

Des’s heart chamber size has grown relative to her body surface area (BSA), its walls have thickened, and her ability to pump blood is 40% greater than average.

80% of the energy her heart generates moves blood through her organs and musculoskeletal system, compared to 50% for the average person.

She achieves an optimal ventilation-perfusion ratio (.8), a measure of the balance between oxygen intake through breathing and blood flow in the lungs.

Together, these indicators demonstrate how Des’s heart has evolved to make her a top endurance runner, enables her to rest more effectively, maintain her pace for longer durations with less effort, and achieve optimal breathing.

The broader impact of AI and digital twin technology

While the Future Athlete Project focuses on runners, its implications extend far beyond sports performance. Digital twins, powered by AI, have become increasingly relevant across various industries, from healthcare and insurance to manufacturing and travel. These technologies offer the ability to simulate, predict, and optimize real-world systems, resulting in more efficient operations, better decision-making, and improved outcomes.

Digital twins in healthcare can revolutionize how we monitor, treat, and prevent disease. According to one estimate, the healthcare industry is driving the growth of digital twin technology, with an estimated market size of $110.1 billion by 2028. Among its applications are digital heart surgery where patient-specific digital twins can guide personalized treatments, potentially reducing the need for invasive procedures and improving outcomes.

Digital twins can help reduce inefficiencies in healthcare by offering more accurate diagnostics and treatment plans, tailored to each patient. This technology allows for continuous monitoring and early detection of health issues, paving the way for a shift from reactive care to proactive and preventive healthcare.

In the banking and financial services industries, digital twin technology is used to simulate financial markets, customer behaviors, and risk profiles. AI-driven models can analyze massive datasets to predict market fluctuations, identify fraudulent activities, or personalize customer interactions based on individual financial behaviors.

This same technology that helps runners predict how their hearts will respond to stress can help financial institutions predict how their portfolios will respond to market shifts, ultimately leading to smarter, data-driven decisions.

In manufacturing, digital twins can optimize operations. By creating digital replicas of production systems, factories can simulate various conditions and optimize efficiency, reduce downtime, and predict maintenance needs. The use of AI and digital twins to monitor athlete performance in the Future Athlete Project parallels how manufacturers monitor machine performance to enhance productivity and minimize risks.

The travel industry, too, has begun embracing digital twin technology. Just as digital twins of athletes’ hearts provide tailored insights, digital twins in travel provide information that can smooth out the movement of people. For example, a boarding twin that uses AI and machine learning-based detection and monitoring can help airlines catching onboarding bottlenecks in real time, intervene, and help passengers reach their seats faster.

A future-ready vision

The Future Athlete Project is not just about helping athletes achieve personal bests; it’s about imagining a future where personalized health insights can improve the quality of life for all people.

TCS’ leadership in this space is a clear signal of the company’s broader mission: to apply the power of AI, data, and digital twin technology to solve real-world problems. The same technologies that allow elite runners to better understand their bodies could one day help doctors provide life-saving treatments, manufacturers streamline production, or financial institutions make more informed decisions.

TCS Leads the way

This is a bold step forward in how we use technology to optimize the human experience. From the heart of an Olympian, to major corporations, TCS is driving innovation and improving lives with AI and digital twins.

Contact

TCS is here to make a difference through technology.

We’re in it for good, driving positive change for the benefit of all.

Extraordinary expertise leads to remarkable results.

Want to be a global change-maker? Join our team.

Find the latest news about TCS in our Newsroom

Recent Press releases

Recent News

Recent recognitions

TCS works hand in hand with world-leading investors.

TCS is here to make a difference through technology.

We’re in it for good, driving positive change for the benefit of all.

Extraordinary expertise leads to remarkable results.

Want to be a global change-maker? Join our team.

Find the latest news about TCS in our Newsroom

Recent Press releases

Recent News

Recent recognitions

TCS works hand in hand with world-leading investors.

The Future Athlete Project

The Future Athlete Project seeks to create digital twins of people, one step at a time.

What is the Future Athlete Project?

The power of digital twins

Expanding on success

Essential insights

The digital twin difference

Expanding on success

Essential insights

The digital twin difference

At the heart of it

The data driven shift

Vision meets visualization

Mapping the change

The broader impact of AI and digital twin technology

A future-ready vision

TCS Leads the way

TCS is here to make a difference through technology.

We’re in it for good, driving positive change for the benefit of all.

Extraordinary expertise leads to remarkable results.

Want to be a global change-maker? Join our team.

Find the latest news about TCS in our Newsroom

Recent Press releases

Recent News

Recent recognitions

TCS works hand in hand with world-leading investors.

The Future Athlete Project seeks to create digital twins of people, one step at a time.

What is the Future Athlete Project?

The power of digital twins

Expanding on success

Essential insights

The digital twin difference

Expanding on success

Essential insights

The digital twin difference

At the heart of it

The data driven shift

Vision meets visualization

Mapping the change

The broader impact of AI and digital twin technology

A future-ready vision

TCS Leads the way

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