Smart Brace

Empowering healthier work lives through intelligent back support.

Real-time, dynamic support for the lower back

The Smart Brace is a next-generation wearable device designed for professionals with physically demanding work. Unlike traditional back braces that apply constant, passive compression, the Smart Brace uses intelligent sensing and actuation to provide targeted support only when really needed.

Intelligent Back Support

Utilizes smart sensors to detect movement and provide targeted support.

Postural Awareness

Encourages proper posture through real-time feedback.

Easy to Take On & Put Off

Ready to use in seconds.

Compact & Lightweight

Discreet design for seamless everyday use.

Freedom of Movement

Supports natural mobility without restricting work tasks.

Supports All Movements & Postures

Provides posture-independent support.

No Interference with Work Routines

Allows users to move freely without disruption.

Photo: Eric Brinkhorst

What do users say?

What do professional nurses & caretakers say?

Industries

Healthcare

Nurses perform strenuous tasks like patient transfers and frequently face awkward postures during routine care activities such as dressing, bed making, and cleaning. Over time, this leads to accumulated back strain. The Smart Brace promotes posture awareness during daily tasks and provides active support during physically demanding moments.

Logistics

Workers in logistics frequently lift, carry, and handle heavy items under time pressure. These repetitive and awkward movements place continuous strain on the lower back. The Smart Brace promotes better posture and activates during lifting tasks to provide targeted support when it is needed most.

Manufacturing

In manufacturing, workers often perform repetitive tasks in static or awkward postures for extended periods. These conditions can gradually lead to lower back complications. The Smart Brace encourages healthier movement patterns throughout the shift and provides targeted support when needed.

Other industries

Other applications include physically demanding work in agriculture, construction, and defense. Beyond direct use cases, the brace also offers research opportunities in human-technology interaction, biomechanics, and workplace ergonomics.