HBP Technology catalogue

 

This catalogue includes those HBP developing technologies - hardware, services, models, datasets and/or software solutions - that could have potential for commercial and/or non-commercial exploitation, besides the HBP Joint Platform. They present different grades of maturity or closeness to the market.

Most of these technologies also include a link to a complementary technology sheet file where further technical and market-oriented details are provided.

Explore the brain

  • Explore & analyze human brain data in 3D from a web browser:  Interactive Human Brain Atlas
  • Interactively explore 3D-Polarized Light Imaging scalar and vector fields:  PLI Viewer
  • A solution for the analysis of high-dimensional neural activity data: Elephant
  • Package for representing electrophysiology data in Python, together with support for reading a wide range of neurophysiology file formats: Neo 
  • A new microscopy paradigm for quantitative analysis of 3D samples: DeepScope
  • A universal solution for real-time, image-based autofocus in microscopy: RAPID
  • Generation of unique nanobodies for brain studies:  Nanobody platform
  • Molecular tool for studying memory on a single-synapse resolution: SynActive

Brain simulation

  • Virtual Epileptic Patient, a new method  for improving the treatment of drug-resistant epilepsy: VEP
  • Method for creating patient-specific brain models for in-silico clinical hypothesis testing:  Personalized in-silico Brain Networks
  • Virtual Mouse Brain, a Computational Neuroinformatics Platform to Study Whole Mouse Brain Dynamics: VMB
  • Software for simulating macromolecular diffusion: SDA

Silicon brains

  • A pioneering brain inspired neuromorphic computing platform: SpiNNaker
  • Emulation of networks of spiking point neurons and plastic synapses: BrainScales

Medicine

  • Medical Informatics Platform, a privacy preserving data analytics software for clinicians & researchers: MIP
  • Virtual Epileptic Patient, a new method  for improving the treatment of drug-resistant epilepsy: VEP
  • Method for creating patient-specific brain models for in-silico clinical hypothesis testing:  Personalized in-silico Brain Networks
  • Tool to assess a patient's level of consciousness based on the complexity of cortico-cortical interactions

Robotics

  • Online platform with software tools and model libraries to collaboratively design and run virtual experiments where brain models are connected to bodies in complex dynamic environments: Neurorobotics Platform
  • Neuroscience-based design for advanced control capabilities in robots:  Compliant Neurorobotics

Massive computing

  • Dynamic Load Balancing Library, a library to improve the performance of HPC applications: DLB
  • Secure integration of compute and data resources: UNICORE