MintNeuro develops ultra-efficient semiconductor chips designed to power and miniaturize implantable neural devices. The company’s technology focuses on reducing the size, power consumption, and complexity of electronics used in neural implants. Its chips are engineered to support minimally invasive form factors suitable for chronic implantation. MintNeuro positions its work within the enabling infrastructure layer of implantable neurotechnology.

The technology emphasizes custom semiconductor architectures optimized for low-power neural sensing, signal processing, and stimulation. By integrating key functions onto compact chips, the platform aims to reduce reliance on bulky external components and large batteries. This efficiency supports longer device lifetimes and smaller implant footprints. The approach is intended to make advanced neural implants more scalable and practical for clinical use.

MintNeuro targets applications in implantable brain therapies where size, power efficiency, and reliability are critical constraints. The technology is intended to support clinical and therapeutic development rather than standalone consumer products. Its focus reflects broader efforts to advance neural implants through specialized hardware that enables safer, more scalable neuromodulation and neural interfacing solutions.