dial in your ripple

No pain, only gain

How did it all start?

In 2015, Dr. Rod Lane, the inventor of myRipple, was developing a new device for treating paralysis when he noticed that the measurements recorded were affected by mealtimes. While he initially assumed he had found a novel way to measure blood sugar, it turned out to be the foundation for something much broader.

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Following investment, Rod and his team successfully won an Innovate UK grant to develop the proof-of-concept that we went on to obtain patent protection for. From the outset, the team knew they had something unique: a wearable sensor able to measure internal biomarker changes as they happen, through fully intact skin; no needles, no patches, and no pain.

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As development continued, the team began to fully understand the sensor's capability to specifically track dynamic lactate levels during activity and exercise.

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myRipple can measure this continuously, providing a clear, non-invasive view of an athlete's lactate curve and metabolic performance.

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"myRipple is key to balancing your training zones and building endurance."

Rod Lane, Founder

Meet the advisory board

Dr Rod Lane

Founder

Chartered Biomedical Engineer with over 25 years of experience running teams developing wearable health technology. Industry visitor to the University of Southampton.

Professor Neil White

Professor in Intelligent Sensor Systems

The University of Southampton

Dr Harry Ackerman

Consultant

Harry is a consultant anaesthetist at the University Hospital Southampton and a visiting Professor at the School of Electronics and Computer Science at the University of Southampton.

Professor Richard Holt

Professor in Diabetes and Endocrinology

The University of Southampton

Dr Frank Ratcliff

Director of Industry and Innovation

Health Innovation Wessex

Setting the New Standard for Lactate Monitoring

myRipple is a groundbreaking, non-invasive wearable device that provides a continuous "live feed" of an athlete's lactate levels. By utilising patent-protected low-frequency bioimpedance spectroscopy, myRipple captures high-fidelity physiological signals that were previously considered inaccessible.

Combining myRipple with traditional blood testing gives coaches unprecedented visibility, ensuring athletes stay perfectly dialed into their targeted LT1 and LT2 zones.

The real-time data reveals exactly how an athlete's body responds to varying intensities, providing actionable insights for both dynamic training and vital recovery periods.

sustainability

Recharge for constant use

Design

Conceived and designed in the UK

Wearability

Adaptable to wear off-wrist