What is Inbrain's brain-computer interface (BCI) device?

Inbrain's BCI device is the first of its kind made from graphene, a single layer of carbon atoms. It is designed to continuously monitor brain activity and adapt therapy in real-time for patients with neurological disorders.

How will Microsoft's involvement benefit Inbrain's BCI technology?

Microsoft is providing its advanced AI models and cloud infrastructure to Inbrain, which will enable faster and more personalized treatment based on real-time monitoring of brain signals.

When does Inbrain expect to expand its brain implant technology to the US market?

Inbrain is currently finalizing the system architecture for clinical testing and hopes to expand its brain implant technology to the US market by 2026.

Home / Technology / Microsoft and Inbrain Unveil Groundbreaking Graphene Brain Implant

Microsoft and Inbrain Unveil Groundbreaking Graphene Brain Implant

14 Nov

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Summary

Microsoft partners with Inbrain to develop AI-powered brain implant
Inbrain's graphene-based device aims to provide personalized neurological treatments
Collaboration leverages Microsoft's AI models and cloud infrastructure

Microsoft and Inbrain Unveil Groundbreaking Graphene Brain Implant

In a groundbreaking partnership, Microsoft has entered the fast-evolving brain implant space by collaborating with Inbrain, a medical technology company. The goal of this collaboration is to develop new therapies for patients with neurological disorders, such as Parkinson's disease, epilepsy, and psychiatric or memory conditions.

Inbrain's brain-computer interface (BCI) device, which is the first of its kind made from graphene, will leverage Microsoft's advanced AI models and cloud infrastructure. This integration is expected to enable faster and more personalized treatment based on real-time monitoring of brain activity. Inbrain CEO Carolina Aguilar describes the device as "an operating system for the body" that can continuously read, interpret, and respond to neural signals using AI.

The first step for the partnership is to integrate Microsoft's AI capabilities into Inbrain's implant, with the aim of decoding brain waves in real-time. Inbrain is also finalizing the system architecture to facilitate clinical testing, though it has not yet begun trials in the US. The company hopes to expand stateside by 2026.

Microsoft's involvement in this project highlights the growing interest and potential of brain-computer interface technology among tech giants. While Inbrain is not the only company working on advanced brain implants, this collaboration represents a significant milestone in the field of AI-powered neurological treatments.

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