MintNeuro designs and supplies purpose-built integrated circuits specifically for next-generation neural implants. These specialized semiconductors enable safer, smaller, and more power-efficient neurotechnology for sensing, stimulation, and wireless communication. The company partners with device makers and researchers to accelerate the development of scalable brain-computer interfaces and active implantable medical devices.
Funding
$1.3M raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
EICPATIFounders
Product
Problem
Current neural implants for treating neurological conditions often require invasive surgical procedures due to their size and complexity. These implants also have limited capabilities in sensing, processing, and modulating neural activity, hindering effective treatment and monitoring of neurological disorders.
Solution
MintNeuro is developing next-generation neural implants utilizing scalable semiconductor technology to address the limitations of existing solutions. Their compact, low-power bioelectronic implants enable minimally invasive procedures, reducing patient risk and improving accessibility. By focusing on advanced integrated circuits, MintNeuro's technology facilitates high-performance sensing, processing, and modulation of neural activity. The company's modular chiplet approach allows for customized solutions that can be efficiently combined to address a wide range of neurological conditions, paving the way for more effective and less invasive therapeutic interventions.
Target Audience
MintNeuro's primary target audience includes medical device companies, clinical researchers, and healthcare providers focused on developing and implementing advanced therapies for neurological conditions such as epilepsy, Parkinson's disease, and urinary incontinence.
Features
- Ultra-low power integrated circuits engineered for high performance and long-term reliability
- Wireless communication capabilities for seamless data transfer and remote monitoring
- Miniaturized implantable devices designed for minimally invasive surgical procedures
- Modular design using specialized "chiplets" for sensing, stimulation, and processing
- Customizable solutions tailored to specific neurological conditions and patient needs
- Focus on both sensing applications (e.g., epilepsy neuromonitoring, brain-computer interfaces) and neuromodulation
- Development of a "neural chipset" with function-specific chips designed to work together across multiple applications