Fall prevention AI tech gadget
Detect real time postural deviation
Minimize and predict fall risk
Prevent financial burden and trauma
Tremendously Improves quality of life
Reduce fall in health care setting
Pioneering the realm of AI-driven fall prevention technology, offering proactive, adaptive solutions to minimize fall risks and elevate user safety with every step.
This groundbreaking innovation introduces a sophisticated, non-wearable multi-sensor device and high-resolution camera, meticulously designed to monitor and actively correct real-time postural deviations, seamlessly predicting and mitigating fall risks through advanced, continuous feedback systems.
Hyperkyphotic posture—a severe forward curve of the upper spine—is increasingly common in older adults and affects balance, mobility, and overall quality of life. Research has shown that hyperkyphotic posture significantly contributes to falls, which pose serious health risks and financial burdens. Studies have identified that poor posture can adversely impact daily activities and functional independence, and a 2004 study by Kado et al. found a direct link between hyperkyphotic posture and falls. The CDC reports that the average hospital cost for a fall-related injury exceeds $30,000, with total U.S. medical costs for falls reaching $50 billion in 2015. Falls are the leading cause of injury-related deaths in the elderly, and with the aging population, the incidence of falls and associated costs are expected to rise.
Strength training and exercise effectively prevent falls but improper use of mobility aids like walkers can disrupt posture and balance, increasing fall risks.
Read MoreElderly patients using walkers require continuous feedback to maintain proper posture, which caregivers struggle to provide consistently.
Read MoreAge-related deficits in vision, hearing, and proprioception make it harder for elderly individuals to maintain balance and posture.
Read MoreConditions like neuropathy, arthritis, joint pain, and biomechanical impairments further complicate balance and posture control in elderly patients.
Read MoreTominaga et al. (2016) highlight increased fall risks from hyperkyphotic posture, emphasizing the need for technology offering real-time, personalized feedback.
Read MoreLiu et al. (2011) found that while mobility aids improve stability, improper use can worsen hyperkyphotic posture and lead to falls.
Read MoreFeatures
Our innovative, non-wearable device actively corrects posture and reduces fall risks with real-time feedback using auditory, visual, and tactile cues. Unlike passive braces, it promotes active engagement, improves balance, and enhances muscle memory without restricting movement or comfort. Designed for seamless integration with mobility aids, it ensures safety, independence, and peace of mind for elderly users and caregivers alike.
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Invited and participated in No-1 Healthcare Exhibition of India at New Delhi.
Invited and participated in No-1 Healthcare Exhibition of India at New Delhi.
Invited and participated in No-1 Healthcare Exhibition of India at New Delhi.
Invited and participated in No-1 Healthcare Exhibition of India at New Delhi.
Invited and participated in No-1 Healthcare Exhibition of India at New Delhi.