Pioneering Healthcare Robotics

AI-powered assessment and robotic rehabilitation for elderly care

Precision clinical tools designed to modernize movement analysis and therapy. Built for the rigorous demands of next-generation healthcare environments.

 

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Markerless 3D biomechanical

assessment

AI-assisted rehabilitation technologies

Objective movement analytics

Real-time clinical decision support

Bedside rehabilitation workflows

Built for elderly care and

rehabilitation

Ecosystem

From assessment to intervention

Hash-Tech seamlessly connects clinical movement assessment with targeted robotic intervention, creating a closed-loop system for elderly care and rehabilitation.

PhysioEye

PhysioEye

Markerless 3D Movement Analysis

Clinical-grade movement analytics without wearable sensors. PhysioEye uses advanced depth-sensing and AI skeletal tracking to objectively assess posture, gait, and fall risk in real-time.

ErgoBot

ErgoBot

Robotic-Assisted Rehabilitation

Intelligent, repetitive therapy delivered directly at the bedside. ErgoBot utilizes collaborative robotic arms and real-time AI safety supervision to assist patients in early mobilization.

Better movement data supports better care decisions

Traditional clinical assessments rely on subjective observation and manual tools. Hash-Tech introduces objective, repeatable, and high-precision data capture directly into the clinical workflow, empowering therapists and clinicians with unprecedented insight.

Clinical Applications

Designed for specialized healthcare environments

Part of a broader elderly-care technology ecosystem

 

SeniorFit

Interactive mobility support

Engaging, interactive exercises designed specifically for elderly care environments to maintain mobility.

TrollyBot

Autonomous transport

Workflow support system for clinical environments, assisting staff with logistics and supply transport.

Core Technologies

The engineering foundation of Hash-Tech solutions

Frequently Asked Questions

 

1What is markerless 3D movement analysis?
Markerless analysis uses depth sensors and AI to track human movement without requiring patients to wear reflective markers or sensors. This reduces setup time and improves patient comfort.
2How does ErgoBot ensure patient safety?
ErgoBot uses real-time AI supervision, continuous force-feedback monitoring, and collaborative robotics designed to immediately stop upon unexpected resistance or deviation from planned therapy.
3Does PhysioEye require an internet connection?
No. PhysioEye relies on Edge AI processing, meaning all complex calculations happen locally on the device, ensuring privacy and eliminating cloud dependency.

Modernizing elderly-care assessment and rehabilitation