This AI-Powered Walking Aid Redefines Rehabilitation with Smart, Hands-Free Patient Recovery

Challenges in the Global Healthcare System

Healthcare systems in many countries face significant challenges, and South Korea is no exception. Many healthcare professionals experience high work pressure as they must manage a large number of patients at once. For example, a specialist may be responsible for 16 to 43 patients, which makes it extremely difficult to provide individualized and personalized rehabilitative care for each one, including Legit healthcare rehabilitation solutions.

Artificial Intelligence as a Solution to Challenges

Artificial intelligence is a promising solution that can help tackle this issue. While providing personalized rehabilitative care may seem nearly impossible in this context, modern technologies offer innovative ways to support patients.

How Does Artificial Intelligence Contribute to Rehabilitation?

A key example of AI use in this field is the “Legit” device, which supports patients in advanced recovery stages, particularly when regaining the ability to walk. The device allows patients to train independently, without needing constant supervision from specialists, while benefiting from smart monitoring and guidance.

Integration of Artificial Intelligence and Wearable Technology

At the heart of the “Legit” technology, AI integrates seamlessly with wearable devices. This integration enables users to receive immediate feedback on their progress, with the option for remote monitoring by the medical team. The device also provides adaptive support based on each patient’s condition, improving the training’s effectiveness.

Leveraging Remote Expert Supervision

Although patients can train independently, expert supervision remains vital. The system tracks patient progress and analyzes data accurately, helping doctors and therapists make informed decisions about the patient’s development and adjust training plans when needed.

Future Challenges

Although these solutions appear promising, their implementation in healthcare systems still faces numerous challenges. These challenges include training specialists to use these technologies effectively and ensuring they align with local and international health standards.

Legit device used in walking training with artificial intelligence.
Legit device screen displaying live feedback on the patient's progress.

Training Start: Using Advanced Techniques to Measure Muscle Activity

Before starting the training, patients attach a wearable EMG (electromyography) sensor patch to their thigh or leg. This patch is a key tool for accurately measuring muscle activity.

Real-time Data Analysis

The function of this patch is to detect muscle activity and instantly transmit the data to the walking assistance device. The AI-powered system analyzes this data in real time, allowing for precise adjustments to the training program based on each patient’s progress.

Personalization and Ongoing Support

Thanks to this technology, the rehabilitation experience is effectively personalized to match the patient’s health condition. Additionally, the system ensures that the patient remains safe and supported throughout the training sessions, as various factors can be adjusted in real time to ensure the patient’s comfort and avoid any risks.

Wearable EMG sensor on the patient's thigh to measure muscle activity.
Wearable EMG sensor on the patient's thigh to measure muscle activity.

Purposeful Training with “Legit”

Training with “Legit” is not just a traditional physical exercise; it is purposeful training that directly and effectively focuses on improving the patient’s performance. Patients are encouraged to actively participate in walking exercises through interaction with innovative technologies.

Visual Guidance for the Patient

Patients follow a beam of LED light projected onto the ground, which acts as a guide to direct their steps and adjust their pace during the exercise. This visual guidance helps improve movement coordination, enhancing the effectiveness of the exercise and contributing to faster recovery of walking ability.

Instant Feedback from the Device

The integrated screen in the “Legit” device provides intuitive and clear feedback, offering real-time updates on speed, distance covered, and muscle interaction with each step. This information allows the patient to continuously track their progress, boosting motivation and helping them improve their performance.

Digital Coach on Wheels

“Legit” functions not only as a walking aid but also as a responsive digital coach. This digital coach never tires and is perfectly calibrated to the needs of each patient, enhancing the training experience and contributing to achieving the best results in less time.

Artificial intelligence analyzing real-time data to improve the training program.
Hospital-based training system using the Legit device.

The Transformation “Legit” Brings to Healthcare Professionals

For healthcare professionals, the “Legit” device represents a significant transformation in how training sessions and monitoring are managed. This device offers innovative solutions that help reduce the burden on medical staff and improve the effectiveness of care.

Managing Devices Through a Centralized App

Through a centralized app, medical staff can easily manage multiple “Legit” devices. The process begins with selecting the available walking device, followed by checking the battery level to ensure it is ready for use, and finally, the device is activated.

Monitoring Progress and Interacting with Data

Once the device is activated, the system displays the latest patient feedback, allowing medical staff to track the patient’s progress accurately. This feedback helps assess the patient’s performance, enabling specialists to identify any concerns or shortcomings.

Suggesting Optimized Training Modes

Based on the data collected, AI analyzes the patient’s condition and recommends optimized training modes suitable for their rehabilitation stage. These recommendations help personalize the treatment and ensure maximum benefit for the patient.

Remote Training: Enhancing Efficiency and Reducing Burden

Once the training modes are defined, they are linked to the device, and training begins immediately through a remote control interface. This streamlined process allows hospitals to reduce the number of staff required during sessions without compromising the quality of care provided.

Patient following LED light beam during training with the Legit device.

Training Inside Hospital Pathway Systems

The “Legit” device allows patients to train within hospital pathway systems, where medical support is available when needed, but without the requirement for constant supervision. This system provides a flexible and safe training environment that helps patients improve their steps and develop their physical strength.

Real-time Adaptation to Enhance Performance

The “Legit” device is capable of real-time adaptation to the patient’s movement. This continuous adjustment helps patients improve their steps and develop their movement coordination, contributing to a faster and more efficient recovery of their ability to walk.

Balancing Autonomy and Supervision

The combination of patient autonomy and supervision from medical staff creates an ideal balance. This allows the patient to have independence in their training while ensuring that supervision and monitoring are in place to guarantee their safety and the effectiveness of the exercise. This interactive relationship makes rehabilitation easier and more effective, enhancing the patient’s experience at every stage of the treatment process.

“Legit”: A New Mindset in Rehabilitation

More than just a walking aid, “Legit” represents a shift in rehabilitation mindset, where smart systems are integrated with human care to provide a comprehensive and effective approach. By reducing the reliance on continuous physical supervision, “Legit” allows healthcare staff to focus on other important tasks, while enabling patients to be more active and engaged in their recovery process.

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