A comprehensive toolbox for temporal interference stimulation research, providing end-to-end neuroimaging and simulation capabilities.

How it works

  1. 01 / Entry point

    A desktop app or a single script

    Open the desktop app, or run the loader script from a terminal. Docker is the only prerequisite; everything else is fetched on first run.

    Installation guide Docker Desktop

  2. 02 / Container

    A reproducible environment

    Every simulation, optimization and analysis runs inside one published Docker image, so results are the same on any machine.

    Image on Docker Hub SimNIBS

  3. 03 / Your data

    One BIDS folder on your machine

    Your project is a BIDS directory on your own disk, mounted into the container. Nothing leaves your machine.

    Expected project layout BIDS standard

  4. 04 / Extensions

    BIDS-friendly apps alongside

    FastSurfer, QSIPrep, QSIRecon and Tetravox run beside the toolbox on the same project, and so can other BIDS Apps or Neurodesk containers.

    FastSurfer QSIPrep / QSIRecon Tetravox BIDS Apps Neurodesk

Explore TI-Toolbox

The Simulator page: job rows beside a scene pane that draws the montage on the subject's head

Simulator: configure simulations and preview your electrode montage

The Optimizer page: a Flex job for subject 101 targeting the left rostral middle frontal gyrus, highlighted on the head in the atlas pane

Optimizer: search electrode configurations with your target atlas in view

TetraVox showing diffusion tensors over a T1 in four views

TetraVox: explore anatomy, fields and diffusion tensors in the 3D viewer

The worked example notebook open in the Notebooks page, with its first cell run against the project

Notebooks: work interactively with your project and SimNIBS Python

A close-up of electric field vectors showing direction and magnitude

High-resolution electric field visualization showing direction and magnitude

A detailed close-up of a Blender visualization

Blender: a detailed close-up of the visualization