Next generation brain interfaces for visual prostheses

An MSCA Staff Exchanges project advancing collaborative research in brain-computer interfaces, neurotechnology and visual prostheses.

About the project

MSCA Staff Exchanges

Research

Developing innovative brain interfaces and visual prostheses through cutting-edge neuroscience and AI technologies.

Learn more →

Consortium

A multidisciplinary and international network of leading academic, clinical and industrial partners across the globe.

Learn more →

Staff exchanges

Promoting knowledge exchange, training and collaboration to accelerate innovation and career development.

Learn more →

Our vision

REVICAN brings together international partners to advance next-generation brain interfaces for visual prostheses through interdisciplinary collaboration, staff exchanges, knowledge transfer and joint research activities.

Discover the project

Patients Understanding the visual system and needs

Brain interfaces New technologies to decode and stimulate visual information

Visual prostheses Restoring useful visual perception and independence

Work packages

Read the full description →

WP1 Read/write BMI hardware Closed-loop stimulation system with flexible electronic/photonic probes.

WP2 Control algorithms Software and algorithms for real-time closed-loop stimulation.

WP3 Biophysical modelling and stimulation strategy design Detailed biophysical models guide stimulation strategies that engage the visual neural code.

WP4 In-vivo evaluation Test stimulation protocols and systems in vivo.

WP5 Responsible innovation and embedded ethics An ethics framework for visual brain prosthetics.