Skip to main content
PN

Peter Neurotech

Peter Neurotech offers an intelligent, discreet cueing system that delivers a gentle rhythmic signal to help people with Parkinson’s disease maintain natural walking patterns and confidence in mobility. The wearable technology provides quiet, real‑time support that syncs with the user’s pace, enabling smoother, more independent movement in daily life. Ongoing user testing and feasibility studies aim to refine the solution for broader clinical use.

Updated 15 days ago

Funding

Funding not disclosed

Funding rounds are not available yet.

Founders

Founder details are not available yet.

Product

Problem

People with Parkinson’s disease often experience gait freezing and irregular walking patterns, which can reduce mobility, confidence, and independence in daily life.

Solution

Peter Neurotech offers a discreet wearable cueing system that delivers subtle, rhythmic prompts to encourage a natural walking cadence. The device operates continuously and silently, providing real-time assistance without requiring user interaction. By synchronizing gentle vibrations with the wearer’s steps, it helps maintain a steady gait and reduces the likelihood of freezing episodes. The system is designed to be lightweight and unobtrusive, allowing users to integrate it into everyday activities while preserving their sense of autonomy.

Target Audience

Primary users are individuals diagnosed with Parkinson’s disease who experience gait disturbances and seek a non-invasive tool to support daily mobility.

Features

  • Wearable form factor that can be attached to clothing or shoes for continuous use
  • Intelligent algorithm that detects gait irregularities and generates adaptive rhythmic cues
  • Low-profile haptic feedback delivering gentle vibrations synchronized to the user’s stride
  • Quiet operation with no audible alerts, ensuring discretion in public settings
  • Battery-efficient design supporting full-day usage without frequent recharging
  • Simple setup with automatic activation, eliminating the need for manual controls
This profile is AI-generated and may contain inaccuracies.