SSIT's Futuristic Bio Medical Technology and Tools
At Safe Stride we take pride in being revolutionary pioneers of utilizing the most advanced futuristic Bio Medical technology and tools available and put it to use and test for the most optimal results.
We never hesitate to mold, adapt and adopt the latest Bio Medical trends and technology and use it in the most end user friendly methods which are backed by extensive research and Evidence Based Practices.
Here are some of the most recent advanced futuristic technologies and tools, we have been using at SSIT clinics.
● Proprietary AI Platform: Analyzes patient data to personalize treatment plans, predict outcomes, and monitor progress.
● AR-Enabled Exercise Guidance: Provides real-time feedback and visual aids for proper
exercise form and technique.
● VR-Immersive Rehabilitation: Offers gamified experiences and virtual simulations for
pain management, balance training, and motor skill development.
● Multisensory Immersive Environments: Combines visual, auditory, and haptic feedback
to enhance rehabilitation outcomes.
Thermal Body Imaging
Infrared thermal imaging, also known as thermography, is a non-invasive imaging technique.
Sports Medicine have used thermography to monitor change with athletes, ranging from exercise responses to injury prevention methods.
Thermal Imaging detects and quantifies significant thermal asymmetries (hypo and hyperthermia) that can be related to potential causes of injury risk, allowing professionals to act and prevent injuries.
Motion and Body Orientation Detection
We utilize high-precision gyroscopes, accelerometers, and geomagnetic field sensors, that uses high-performance microprocessors and advanced dynamic calculations and Kalman dynamic filtering algorithms to quickly solve the current real-time motion posture of the subject.
We also integrates an sensor which works with the dynamic Kalman filter algorithm to effectively reduce measurement noise and improve measurement accuracy. It can accurately output the current attitude in a dynamic environment, with an attitude measurement accuracy of 0.2° and extremely high stability factor.