TECHNOLOGIES CHANGE

So Can Mobility

65 or Older

0 Million (19.3%)

As of July 2024, there were nearly 8 million Canadians aged 65 or older, making up about 19.3% of the total population.

Senior Walking Difficulties
in Canada

65 or Older

with walking difficulties

0 Million (24.1%)

Mobility challenges among seniors are a growing concern. About 24.1% of Canadians aged 65 and older experience mobility disabilities.

CANEXO
Exoskeleton Technology

Senior Walking Solution
Towards a Better Life

The CANEXO walking aid exoskeletons are lower limb rehabilitation equipment designed using ergonomic principles providing additional strength to support the musculoskeletal system. It assist users in daily rehabilitation training and effectively improve the affected side gait and the effect of rehabilitation training.

Intelligence driven

The CANEXO exoskeleton device is powered by an AI-driven big data platform, designed to enhance mobility and comfort. With multiple built-in sensor systems, it intelligently detects the speed and amplitude of human walking. Under AI algorithm control, it automatically adjusts power frequency, continuously learning and adapting to the user’s walking rhythm for seamless movement and optimal support.

Integration of technologies

The CANEXO exoskeleton device integrates cutting-edge innovations across multiple fields, including mechanical engineering, robotics, materials science, control systems, artificial intelligence, ergonomics, modern communication, and advanced sensor and actuation technologies. Designed to enhance mobility and functionality, it delivers seamless adaptability and superior support for users.

Big Data Platform and AI

CANEXO’s big data platform and AI technologies revolutionize mobility and rehabilitation by delivering intelligent, adaptive support.

AI-Powered Adaptive Assistance

Continuously learns and adjusts to user movements, enhancing support and reducing strain.

Real-Time Data Processing

Analyses movement patterns dynamically, optimise ergonomics and minimise injury risks.

Machine Learning for Customization

Personalizes exoskeleton assistance based on individual user data, improving rehabilitation outcomes.

Big Data for Injury Prevention

Collects and interprets movement data to detect risky behaviors, preventing injuries in demanding environments.

AI-Enhanced Controllers

Learn various human motions without manual calibration, significantly boosting efficiency and performance.