Fitness Trackers Get New Purpose: Managing Chronic Illness

Beyond Elite Athletes: How Fitness Trackers Are Redefining Health Management

For years, fitness trackers like the Whoop have been synonymous with peak athletic performance, helping elite athletes fine-tune their training and recovery. But what if these sophisticated devices could serve a more profound purpose? For individuals managing chronic illnesses, particularly those with energy-limiting conditions, fitness trackers are becoming indispensable tools, not for pushing limits, but for understanding and respecting them. This is the story of how one user intentionally repurposed their fitness tracker, transforming it from a performance metric into a vital aid for navigating the daily challenges of conditions like POTS, Long COVID, and Mast Cell Activation Syndrome.

The Struggle of Pacing and the Rise of ‘Cripping’

Living with chronic illnesses that drastically affect energy levels presents a unique set of hurdles. Simple daily activities like household chores or walking a pet can lead to debilitating energy crashes if overexerted. Learning to ‘pace’ – a strategy of carefully managing energy expenditure to maintain stability and avoid these crashes – is crucial, but notoriously difficult. This is where technology has stepped in, not as originally intended, but through a practice known within the disability community as ‘cripping’.

‘Cripping,’ as described by the user, involves disabled individuals adapting or repurposing existing technologies to meet their specific needs. In this case, the journey began with the Whoop fitness tracker. Initially used simply to monitor sleep, the tracker’s data revealed a critical insight: keeping a daily ‘strain score’ below 10 consistently helped avoid the dreaded post-exertion crashes.

This discovery led to a new daily routine: constantly checking the Whoop app to ensure the strain score remained low. When approaching the threshold of 10, the user would actively adjust their day, prioritizing rest and scaling back activities. This proactive approach, driven by the data from the Whoop, provided a much-needed sense of control and stability, breaking the exhausting cycle of push, crash, and recover.

Limitations of Standard Trackers and the Emergence of Specialized Solutions

While the Whoop proved invaluable, it wasn’t a perfect solution. The user identified specific functionalities that were missing – particularly, real-time alerts for critical physiological changes. The desire for a notification when heart rate exceeded 120 beats per minute, serving as an immediate prompt to slow down, remained unfulfilled by the Whoop.

This need led to the discovery of Visible, a fitness tracker explicitly designed for individuals managing energy-limiting illnesses. Visible offered the longed-for heart rate notifications, providing an immediate, unobtrusive alert system. Furthermore, its ‘pace setter’ function eliminated the constant need to manually check the app, automating the monitoring process and making the challenging task of pacing significantly more manageable. The user found that Visible’s features streamlined the learning curve associated with pacing, offering a more intuitive and less demanding approach to daily energy management.

Dual-Tracking: Maximizing Insights Through Combined Technology

Remarkably, the user didn’t abandon the Whoop upon discovering Visible. For months, both devices were worn concurrently. This dual-tracking approach highlights the complementary nature of different technologies and the user’s dedication to optimizing their health management strategy. While Visible provided the crucial real-time alerts and pacing assistance, the Whoop continued to offer its comprehensive sleep and strain data, providing a broader picture of the body’s recovery and exertion levels.

This practice of using multiple devices underscores the growing trend of personalized health tech. It’s not about finding a single perfect gadget, but about assembling a toolkit of technologies that address specific, individual needs. For those managing chronic conditions, this often means looking beyond the mainstream fitness market to solutions that offer more nuanced or specialized features.

Who Should Care and Why?

This approach to fitness tracking will resonate deeply with individuals living with chronic illnesses, especially those characterized by fatigue, post-exertion malaise, or autonomic dysfunction. Conditions such as POTS (Postural Orthostatic Tachycardia Syndrome), Long COVID, Chronic Fatigue Syndrome (ME/CFS), and Mast Cell Activation Syndrome (MCAS) often require meticulous energy management. For these individuals, fitness trackers, when adapted or chosen for their specific features, can:

• Provide objective data to understand personal energy limits.
• Facilitate the practice of pacing, reducing the risk of crashes.
• Offer real-time alerts for physiological changes, enabling proactive intervention.
• Empower users with greater control over their daily activities and well-being.
• Reduce the mental load associated with constant self-monitoring.

Beyond those with diagnosed chronic conditions, this story also speaks to anyone who experiences significant fluctuations in energy or needs to be mindful of their physical exertion, such as individuals recovering from illness or injury. It challenges the conventional narrative of fitness trackers as solely performance enhancers, broadening their scope to encompass vital health maintenance and self-care.

The Future of Health Tech: Personalization and Accessibility

The experience shared here is a powerful testament to the adaptability of technology and the ingenuity of its users. It highlights a crucial gap in the market: the need for more health-focused wearable technology that caters to individuals managing chronic conditions, rather than solely optimizing the performance of the already healthy. As technology evolves, we can expect to see more devices designed with accessibility and chronic illness management in mind, offering features like customizable alerts, intuitive pacing tools, and comprehensive physiological monitoring tailored to a wider range of health needs.

The intentional misuse of fitness trackers, or rather their ‘repurposing,’ is not just a personal strategy; it’s a glimpse into a future where technology is more inclusive, personalized, and fundamentally supportive of diverse health journeys.

Specs & Key Features (Visible Tracker)

• Heart Rate Notifications: Alerts when heart rate exceeds a set threshold (e.g., 120 bpm).
• Pace Setter Function: Assists users in maintaining target heart rate zones or exertion levels.
• Designed for Energy-Limiting Illnesses: Focuses on pacing and avoiding overexertion.
• Real-time Monitoring: Provides continuous tracking of physiological data.

For more in-depth insights into using fitness trackers for chronic illness management, including personal experiences and a deeper dive into the concept of ‘cripping’ technology, readers are encouraged to explore the full article on The Verge.

Source: Why I intentionally misuse my fitness tracker (YouTube)