AI Rehabilitation

Framework for personalized exercise rehabilitation through AI-driven solutions.

A person dressed in athletic gear is actively pedaling on a stationary exercise bike, with a focus on their lower body and cycling position. The background is minimalistic, highlighting the exercise equipment and individual.
A person dressed in athletic gear is actively pedaling on a stationary exercise bike, with a focus on their lower body and cycling position. The background is minimalistic, highlighting the exercise equipment and individual.
User Health Data

Analyzing physical conditions for tailored rehabilitation plans.

Two people are by a poolside; one is kneeling on a towel while another supports him by holding his lower back. The scene is relaxed and sunny, with a focus on physical guidance or exercise.
Two people are by a poolside; one is kneeling on a towel while another supports him by holding his lower back. The scene is relaxed and sunny, with a focus on physical guidance or exercise.
Dynamic Feedback

Real-time adjustments for effective rehabilitation movements and safety.

A man wearing a blue training vest is practicing on a football field. He is using crutches and moving a bright orange ball with his foot. Other people in sports attire can be seen in the background, and the field is marked with orange cones.
A man wearing a blue training vest is practicing on a football field. He is using crutches and moving a bright orange ball with his foot. Other people in sports attire can be seen in the background, and the field is marked with orange cones.
A person wearing a black shirt is attentively observing a robotic hand. Another individual is partially visible in the foreground, seemingly interacting with the robotic device. The setting appears to be a brightly lit room with large windows in the background.
A person wearing a black shirt is attentively observing a robotic hand. Another individual is partially visible in the foreground, seemingly interacting with the robotic device. The setting appears to be a brightly lit room with large windows in the background.
Validation Process

Evaluating improvements in rehabilitation through experimental feedback.

Deep Learning

Utilizing advanced techniques to generate personalized plans.

About Our Vision

We specialize in AI-driven personalized exercise rehabilitation for effective recovery and enhanced movement generation.

A close-up of a person's feet strapped onto a pedal machine in a gym. The person is wearing purple athletic shoes. A digital display panel is visible in the background, showing various metrics. The environment appears to be an indoor gym with blue and black tones.
A close-up of a person's feet strapped onto a pedal machine in a gym. The person is wearing purple athletic shoes. A digital display panel is visible in the background, showing various metrics. The environment appears to be an indoor gym with blue and black tones.
A person wearing a cap and headphones, dressed in workout attire, is performing an exercise using a kettlebell. They are in a gym setting, surrounded by equipment like weight bags. The person is lunging with one leg forward and holding the kettlebell in one hand.
A person wearing a cap and headphones, dressed in workout attire, is performing an exercise using a kettlebell. They are in a gym setting, surrounded by equipment like weight bags. The person is lunging with one leg forward and holding the kettlebell in one hand.

Personalized Rehabilitation Plans

Tailored exercise rehabilitation solutions for your unique physical conditions and rehabilitation goals.

Data Collection

Gather and preprocess user data to inform personalized rehabilitation strategies and ensure effective outcomes.

Two individuals are engaged in a robotics task at a desk equipped with a computer displaying a 3D model of a robotic vehicle. They are surrounded by various robotic parts and kits, suggesting involvement in a constructive or educational activity.
Two individuals are engaged in a robotics task at a desk equipped with a computer displaying a 3D model of a robotic vehicle. They are surrounded by various robotic parts and kits, suggesting involvement in a constructive or educational activity.
Movement Optimization

Adjust rehabilitation movements dynamically with real-time feedback to enhance safety and effectiveness.

A person wearing a bright red sleeveless top and white pants appears to be moving energetically against a dark, textured backdrop. Their arms are raised, suggesting a dance or expressive motion.
A person wearing a bright red sleeveless top and white pants appears to be moving energetically against a dark, textured backdrop. Their arms are raised, suggesting a dance or expressive motion.
Rehabilitation

Personalized AI-based exercise rehabilitation solutions.

© 2025. All rights reserved.