Ruslana Dovzhyk

Technovator

About Presenter
Ruslana was born into a family of academics and holds two degrees — in Organizational Management and Physical Education & Rehabilitation. She began her career at Mondelēz, progressing from HR Specialist to HR Director for large organizations with over 12,000 employees. She then fully dedicated herself to TechNovator, reinvesting her resources into developing breakthrough wireless power transfer technology. Driven by lifelong learning and innovation, Ruslana combines strategic leadership with hands-on experience in scaling teams and ventures across multiple industries.
Title of presentation
First remote quantum charging solution for the active implantable devices.
Focus Areas

StartUp & ScaleUp Zone: Where Life Science Ventures Take Off

Objective: Pitch, partner and grow – connect with investors, corporates and mentors to accelerate your journey.

Introduction: the Problem

We have developed an innovative wireless charging technology capable of transferring energy efficiently over distance, without generating heat or electromagnetic interference.
The technology has already been implemented in consumer electronics and electric bicycles.

In addition, we have invented a non-lithium battery with a shelf life of over 50 years, which can easily replace all standard AA/AAA batteries. Our patent will be published by the end of this year, and we plan to start commercial sales in 2026 in the battery, consumer electronics, and mobility sectors.

At the same time, we plan to test our technology on living cells and animals, enabling us to move toward implementing our innovative wireless power transfer system in active implants.

We are also open to pilot collaborations with manufacturers of medical devices, equipment, robots, and active implants, where our wireless charging system can eliminate downtime, battery replacements, and cable connections.

Collaboration Offer

R&D projects with robots, medical drones, active implants manyfacturers;

Commercial projects with batteries, medical devices, robots with power up to 500Watts.

Clinical study collaborative projects.

Collaborative projects with hospitals with the aim to make the devices more sustainable and with the opportunity to charge them at a distance with high efficiency without cables or battery replacement.