Sequencing human movement could revolutionize health by identifying movement-based biomarkers, similar to the impact of genomic sequencing in medicine.

Human-AI interaction raises ethical questions: Are we creating true intelligence or just tools that serve us?

Telemetry and motion capture tools have revolutionized biomechanics, advancing our understanding of human movement.

Open-ended AI models continuously learn and adapt, reflecting human-like creativity and evolving intelligence.

AI and Big Tech are transforming medicine, driving innovation through data and partnerships.

Horizon scanning helps spot early signals across markets, innovation, and regulations, shaping strategy.

Athlete morphology varies across sports, showcasing how different body types excel in unique disciplines.

Bipedalism in hominins marked a key evolutionary shift, transforming skeletal structures over time.

Medicine blends the art of human variability with scientific precision, balancing both for personalized care.

Apple's biosignal-sensing AirPods promise groundbreaking health insights, but raise critical privacy concerns.

Sports and athletics are often the driver of innovation, from carbon fiber to health tech, paving the way for new technology.

From early thermometers to modern wearables, health technology continues to evolve.

For many issues most recovery happens outside the clinic. We dive into our static balance module and how clinicians can use it to supplement their testing to create an added degree of quantification to their processes.

Longevity is about living well, not just living longer.

Statistics, more than just P-values.

Let's take a short walk into the history of bipedalism.

Nature is the ultimate laboratory. Biomimicry is drawing inspiration from nature to inform innovation.

Sleep and movement are inherently linked.

Learn about the importance of baselining.