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Life Sciences

MRI has long been recognized for its potential to reveal detailed musculoskeletal insights. Yet, traditional analysis methods have been slow, inconsistent, and difficult to scale.

Springbok changes that. By harnessing AI, we transform MRI data into precise, repeatable muscle analytics—delivering fast, reliable insights for research, clinical care, and performance applications.

Reliable, precise measures of muscle characteristics

Analyze musculoskeletal changes over time

Population-wide analytics to identify disease phenotypes

Objective measures to correlate with functional data and patient outcomes to assess intervention effectiveness

Springbok's Solutions

Springbok's first-to-market technology has a wide range of applications for injury management, performance optimization and the treatment of musculoskeletal conditions

Life Sciences

While MRI has long offered potential for musculoskeletal insights, analysis has been limited—until now.
Springbok’s AI-powered technology delivers fast, reliable, and scalable muscle data analysis, turning complex MRI scans into actionable insights.

Elite Sports

While athletes have always sought deeper insight into muscle performance, internal analysis has remained out of reach—until now.
Springbok provides a detailed, data-driven view of musculature, helping athletes at every level improve health, recovery, and performance.

Human Performance

Maintaining muscle mass is key to lifelong health and disease prevention.
Springbok enables advanced evaluation of how exercise, nutrition, and interventions impact muscle health over time.

Springbok Technology

Springbok uses MRI to quantify muscle properties, offering a clear view of each person’s unique physiology.


Through advanced imaging and analysis, we measure muscle size, symmetry, and composition to support personalized care, performance, and recovery.

Artificial Intelligence (AI)

Springbok uses AI to create a precise digital twin of your musculature—reducing error, speeding up analysis, and revealing detailed insights into muscle structure.

Springbok Report

Backed by research, Springbok delivers a color-coded 3D model of your muscle health. Our interactive viewer makes it easy to assess and apply insights across clinical, sports, and research settings.

Springbok Analytics

Springbok's technology transforms complex MRI data into simple 3D visualizations of muscle health

Precision

Springbok delivers detailed muscle-level analysis—quickly identifying size, asymmetries, and fat infiltration to help you detect imbalances and monitor recovery more effectively.

Data Aggregation

Springbok compares your results to population-wide data, supporting smarter decisions in injury prevention, athletic development, and clinical care.

3D Visualization

Springbok transforms your scan into an interactive 3D model, making complex muscle data easy to understand and act on through clear, visual reports.

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What we measure

We leverage the accuracy of MRI, the most advanced method for measuring volume and health.

Explore

Quantify specific muscle volumes, asymmetries and fat infiltration

Personalize workouts based on individual strengths and weaknesses

Objectively measure muscle changes over time

Develop post-injury treatment and injury prevention plans

Save time with non-invasive, time-efficient assessments

Ability to identify risks factors, track progress, and personalize care programs

Produce actionable data for the individual and across sports teams

Improve return-to-play decisions

Elite Sports

Athletes have always aimed to understand their bodies better—but internal muscle insights have been hard to access.

Springbok changes that. By providing a detailed, inside view of musculature, we deliver accurate data that helps athletes at every level optimize health, recovery, and performance.

Human Performance

Maintaining muscle mass over time is key to preventing chronic disease and supporting long-term health and mobility.

Springbok enables advanced tracking of muscle health—offering clear insights into how exercise, nutrition, and interventions impact muscle preservation and overall well-being.

Muscle asymmetry to improve movement quality and agility

Fat infiltration to understand where to build muscle for precision targeting

Total muscle volume to accurately assess long-term hypertrophy goals

Make better connections among tissues and causes of dysfunction

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