for next-gen neurotech

semiconductors

Transformative

We design and supply ultra-compact integrated circuits that make neural implants smaller, safer, and more scalable.

About us

We’re rethinking the electronics inside neural implants.

Neural implants offer transformative potential for patients.

But most devices are bulky, power-hungry, and expensive to develop.

At MintNeuro, we’re building the chips to change this. Precise, low power, and safe.

Our integrated circuits are:

  • Small enough for minimally invasive applications

  • Designed for ultra-low power and medical-grade reliability

  • Ready to support next-gen interfaces for the brain and nervous system

We partner with device companies, researchers, and consortia to integrate these chips into implantable systems for functions like sensing, stimulation, signal processing, power management and wireless communication.

Purpose-built, ultra-efficient chips

The electronics inside neural implants haven’t kept pace with advances in silicon.

Today’s systems remain large, invasive, and expensive to develop — often relying on bulky, general-purpose components never intended for implantable use.

Most neural implant devices require major surgery and hundreds of millions in development costs.

At MintNeuro, we believe medical device innovators should be empowered to focus on improving patient outcomes — not constrained by a lack of access to fit-for-purpose chips.

We provide advanced semiconductor components without compromise on final device cost, form factor, or time-to-market.

Our smaller, smarter, and more efficient integrated circuits unlock a new class of neural implants: minimally invasive, scalable, and accessible.

We envision a future where transformative treatments for epilepsy, Parkinson’s, dementia, and depression are not just possible — but practical, affordable and ubiquitous. And we’re building the foundational hardware to help make that future a reality.

MintNeuro’s modular chip platform supports:

  • Neural signal acquisition (EEG, EMG, ECoG, LFP, etc.)

  • On-chip signal processing and data reduction

  • Electrical stimulation and safety control

  • Power management and wireless data transfer

Our chips are:

  • Designed to medical-grade standards 

  • Manufactured through close partnership with trusted foundries

  • Scalable from preclinical research to commercial implant systems

Tiny in size.

Vast in capability.

We didn’t start MintNeuro to build just another neural implant. We started it because the chips inside them weren’t good enough. Our chips are purpose-built for neural implants. Precise, low power, and safe. Designed to make brain therapies smarter and more scalable.

– Dorian Haci, Co-Founder and CEO of MintNeuro

Who we work with

We collaborate with:

  • medical‑device companies and system integrators building active implantable medical devices (AIMDs) and brain-computer interfaces (BCIs)

  • Research institutions and clinical groups translating neurotechnologies

  • Research consortia exploring bold ideas in brain interfaces

We’re not a medical therapeutics company.

We’re a semiconductor partner, here to help build smarter neural interfaces, faster.

Meet our world-class team

Leadership

  • Dorian Haci

    CHIEF EXECUTIVE OFFICER

  • Timothy Constandinou

    CHIEF TECHNOLOGY OFFICER

  • Andrew Jackson

    CHIEF SCIENTIFIC OFFICER

  • Tim Denison

    CHAIR

Core Team

  • Ian Williams

    VP OF RESEARCH AND DEVELOPMENT

  • Jonathan Casey

    VP OF OPERATIONS AND QUALITY

  • Song Luan

    SENIOR APPLICATION ENGINEER

  • Adrien Rapeaux

    NEUROTECHNOLOGY FELLOW

  • Kritsapon Leelavattananon

    PRINCIPAL IC DESIGN ENGINEER

  • Andrea Mifsud

    STAFF IC DESIGN ENGINEER

  • Swetha Lakshminarayanan

    MIXED-SIGNAL IC DESIGN ENGINEER

  • Ahmad Shah Idil

    SENIOR MICROSYSTEMS ARCHITECT

  • Martin Lombard

    R&D ENGINEER

  • Matthew Yeksigian

    R&D PROJECT MANAGER

  • Michal Handzel

    OFFICE MANAGER

Advisors

  • Katarzyna Szostak-Lipowicz

    REGULATORY

  • Peilong Feng

    WIRELESS TECHNOLOGY

  • Matthew Cavuto

    MECHANICAL ENGINEERING

News

Careers

Join our fast-growing team


We're hiring — join us and help shape the future of neural technology. Check out our
open roles.

Contact us

Let’s build the future of neural implants — together.

We’re actively seeking collaborators and commercial partners interested in evaluating our IC platform and working together to drive the next wave of breakthrough neurotech devices.

Contact us to request a demo kit, explore roadmap alignment, or discuss co-development projects.

One in six people live with a neurological condition. We’re working to make neural implants part of the solution.

Supported by

at the core of neurotech