Meet The NexStride Team

We are passionate about innovation and helping Parkinson's patients overcome Freezing of Gait.

NexStride began as a Cal Poly State University, San Luis Obispo project

Challenged to create a mobility device that would alleviate and prevent freezing of gait (FoG) in a local veteran diagnosed with Parkinson's Disease, our NexStride prototype gave him much needed relief.

We soon realized the global potential for our product. Our team at De Oro Devices has spent countless hours researching and refining NexStride so it is intuitive to use and blends seamlessly into daily life, ensuring optimal impact with minimal intrusion.

Today, NexStride has helped countless individuals take back their freedom and their confidence — and we’re just getting started. A single step can be vital and we’re honored to help you take it.

Sidney Collin

Co-Founder
CEO

William Thompson

Co-Founder
Marketing & Operations

Vanessa North

Supply Chain Director

Jerry Peirce

Head of Business Development

Adrianna Osmetti

Executive Assistant

"The NexStride is working beautifully. She uses the word 'amazing'. She is moving about as she hasn't for a long time. I would describe it as transformative for us." Thomas Brown, Care Giver

Helping people defeat freezing, one step at a time.

NexStride has helped countless individuals take back their freedom and their confidence. Our multi-cue technology can help reduce the duration and frequency of freezing episodes to keep you mobile. Read our NexStride testimonials.

Keep A Low Profile

Compact, lightweight, discreet, and customizable.

Audio Cue

Metronome with adjustable tempo and volume controls.

Cues On-Demand

Compact, lightweight, discreet, and customizable.

Visual Cue

Fully adjustable green laser beam for visual guidance.

At De Oro Devices, we build mobility solutions that empower those in need.

Our team has spent countless hours researching and refining NexStride so that it is intuitive to use and blends seamlessly into daily life, ensuring optimal impact with minimal intrusion.