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Dynamic weight bearing solutions to combat degenerative bone disorders

For Healthcare, Research and Space operations

Who we are

A team of technologists and researchers with a passionate for exploring the link between human movement and bone health to solve big issues facing the healthcare, sports and space exploration.

Who we are

A team of technologists and researchers with a passionate for exploring the link between human movement and bone health to solve big issues facing the healthcare, sports and space exploration.

Our solutions

For Healthcare

Simple weight bearing assessment to monitor patient recovery and rehab programme performance

For Research  

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Conduct research into how dynamic weight bearing impacts bone adaptation across a range of environments.

Our mission

LEARN IN SPACE

Enable long term manned space exploration with clarity on how to mitigate bone loss and remotely monitor bone health

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APPLY ON EARTH

Develop the knowledge and tools needed to predict, monitor and treat degenerative bone disorders

A novel method for measuring skeletal loading

Our proprietary algorithm, developed to measure skeletal loading, sits at the heart of all our products. 

Providing a consistent set of metrics to ensure research is comparable and accelerate that research into real world applications.

Get in touch

Schedule a meeting with one of the team.

THANKS FOR SUBMITTING

For Healthcare

Assessing dynamic weight bearing

  • Measure patients' fundamental ability to bear and distribute weight during recovery.

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  • Get transparent, unbiased view of recovery outcomes across rehabilitation programmes.

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  • Drive accountability and optimise resources to deliver systemic improvements in patient care.

For Research 

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Physiology research platform

  • Clean, formatted data sets that are easy to access, share and compare​

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  • Sensors and treadmill pre-approved for parabolic flight.

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  • Integrate your algorithms or additional sensors to accelerate analytics and outcomes.

For Space Ops

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Remote skeletal load monitoring

  • Remote monitor musculoskeletal loading experienced by astronauts during missions.

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  • Monitor dynamic weight bearing capabilities patient post mission. 

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  • Assess countermeasures and develop personalised training programmes based on astronauts loading capabilities.

COMING SOON

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