Falls are a significant health issue for older adults. They can lead to injuries, disabilities, loss of independence, and higher healthcare costs. Orthopedic issues such as osteoarthritis, osteoporosis, fractures, joint replacements, spinal deformities, and foot disorders significantly increase the risk of falling. These conditions can cause pain, limit mobility, reduce proprioception, and affect balance. This creates a cycle of immobility and repeated falls, which shows the need for effective prevention methods. Traditional approaches, including exercise programs, medication, nutritional support, environmental changes, and assistive devices, continue to be vital in preventing falls. However, new technology offers fresh ways to address the complex problem of falls in older adults. Wearable sensors with inertial measurement units can continuously track walking and balance. This allows for early detection of risks and timely preventive actions. Robotics and exoskeletons provide targeted training and support, especially after orthopedic surgeries. Virtual and augmented reality tools create engaging balance training that boosts motivation and lowers the fear of falling. Tele-rehabilitation and mobile health applications offer personalized care at home, while artificial intelligence and predictive analytics provide tailored risk assessments and proactive solutions. Smart home and assisted living technologies also help by reducing hazards and providing immediate fall alerts. Fall prevention can evolve from clinic-based methods to continuous, personalized, and technology-driven strategies. These combined approaches show great potential for lowering fall-related issues, supporting independence, and improving the quality of life for the growing elderly population.
Keywords: Accidental falls, orthopedic procedures, telemedicine, wearable electronic devices.