The VirtualBrainCloud (TVB-Cloud) progress

The objective of The VirtualBrainCloud (TVB-Cloud) project is to develop and validate the VirtualBrainCloud platform, a dedicated cloud-based environment that leverages the potential of big data and high-performance computing (HPC) for personalized prevention and treatment of neurodegenerative diseases (NDD). TVB-Cloud is embedded in The European Cloud Initiative. It combines already existing technologies and contributes to the development of new Information and communication technology (ICT) services while ensuring the appropriate data safety and protection.

The progress of the TVB-Cloud project described below on a yearly basis.

project results and achievements


events, dissemination and communication

Stakeholder conference on GDPR-impact
Stream: Bridging the gap between new technologies, health research and the protection of personal data
Stakeholder conference: Specific issues of neurodegenerative diseases – The patients’ perspective: AI approaches for dementia research, diagnosis & treatment & Dementia research and AI: ethical, legal and social implications
European Parliament Workshop: Digital data for dementia research and innovation (recordings)
TVB-Cloud booth @ Realising the European Open Science Cloud Expo
Advances in Alzheimer's and Parkinson's Therapies Fokus Meeting
The Virtual Brain Node#10 Workshop: Personalized Multi-Scale Brain Simulation
Publishable Project Summary
TVB-Cloud Project Video
Data Sharing in Health Research Webinar

scientific publications

Mapping the European Legal Framework on Security Requirements for Cloud Computing Infrastructures in the Healthcare Sector
Brain Network Simulations Indicate Effects of Neuregulin-1 Genotype on Excitation-Inhibition Balance in Cortical Dynamics
From genes to network models of Alzheimer's disease: Biological framework for multi-scale brain simulation with The Virtual Brain
Evaluating the Alzheimer's Disease Data Landscape (accepted for publication)
The Bayesian Virtual Epileptic Patient: A probabilistic framework designed to infer the spatial map of epileptogenicity in a personalized large-scale brain model of epilepsy spread
Movement Disorders After Hypoxic Brain Injury Following Cardiac Arrest in Adults
Proposal of an Architecture for Terminology Management in a Research Project
Complexity Matching: Brain Signals Mirror Environment Information Patterns during Music Listening and Reward.
Modeling brain dynamics after tumor resection using The Virtual Brain
Are unimanual movements bilateral?


public technical reports

Most appropriate RS-processing pipelines for TVB modelling finished (soon)

Group level SEEG brain dynamics measures and analysis pipeline for SEEG (soon)

Full-cohort individual MEG brain dynamics measures at the disposal (soon)

Framework for multi-modal integrated annotations established and in use (soon)

Evaluation and optimization of pipeline for practical use concluded (soon)

Publication of a study on deconfounding for inference (soon)

Semantically enhanced multi-viewer that embeds a newly developed TVB 3D viewer (soon)

A functionally integrated version of VBC is evaluated for therapeutical targets (soon)

VBC operation report and published services on EOSC/EGI Marketplace (soon)

project work plan


public technical reports

Optimization and evaluation of pipeline for practical use concluded

Seamless integration of electrophysiological data workflows with TVB modelling

Multi-resolution TVB models with evidence for optimal granularity

CTS2 standard compliant interface will be released to project partners

Publication of a causality study based on an instrumental variables approach

Webinar with demonstration of personalized simulation (“case studies”) using the integrated model in TVB

Workflows established that link progression models and TVB

Final VBC platform is fully integrated and validated and full documentation of its functionalities

Validated and benchmarked data fitting workflow will be provided as a software for brain model personalization

TVB human models will be made available. We will identify the biophysical terms in the TVB models that are altered in NDD as compared to healthy individuals, and in relation to cognitive status

Validated Use Case of a brain simulation platform for NDD, usable by scientists and clinicians, for subsequent refined clinical studies towards development of therapeutic targets associated with basic physiological mechanisms


events, dissemination and communication


scientific publications