Electroencephalography Recording during TI Stimulation

Feb 20, 2024

Our partner, the IT’IS Foundation, has released a new filter solution that allows uncompromised concurrent high-density electroencephalography (EEG) recording during closed-loop temporal interference stimulation with our TIBS-R system. Filters are available for 128 and 256 channel Electrical Geodesics, Inc. (EGI) EEG systems and 32-channel modules are available for the systems of BrainProducts. Read more on the IT’IS website.

TIBS-R V2.0: Phase Modulation for Shaping Interference

Aug 03, 2023

We are pleased to announce the release of TIBS-R V2.0, which offers multi-channel phase modulation, allowing researchers to generate complex interference waveforms. This update will be made available to all researchers on our Early Adopter Program. If you are interested in the latest release of the corresponding TI planning tool, check out the website of our partner, the IT’IS Foundation.

TIBS-R and TIBS-R-MRI: The Ultimate in Technology for TI

Jan 05, 2023

Today, we release version 1.02 of TIBS-R, our advanced temporal interference brain stimulator for research. We look forward to engaging with those research groups who will receive devices through our Early Adopter Program, and we will continue working to optimize the device to facilitate the most advanced TI research.

For more information, including a short demo, visit IT’IS website.

New Project: MRIcompLEAD

Dec 05, 2022

TI Solutions is part of the Innosuisse project “MRIcompLEAD”. The project aims to develop novel leads for applications involving neurostimulation and functional magnetic resonance imaging (MRI). The goal is to significantly outperform current solutions in terms of MRI-safety (no heating effects), MRI-compatibility (no imaging artifacts) and mechanical stability. The project officially starts on February 1, 2023.

TIBS-R & TIBS-R-MRI: Final Prototype of New TI Technology

May 20, 2022

Today, TI Solutions released a demo of the final prototype device for advanced research in temporal interference brain stimulation. The device, developed in collaboration with the IT’IS Foundation, delivers high-precision current on eight channels from 0 Hz to 100 kHz. In the next few weeks the team will finalize the documentation, obtain electrical safety certification, and define the end-to-end testing protocol to be applied for each device. In parallel, the IT’IS Foundation will be completing an example of the control and monitoring software and the TI planning tool.

For more information, including a short demo, visit the IT’IS website

Professor Nir Grossman received award

August 27, 2020

A team of researchers led by Professor Nir Grossman, UK DRI at Imperial College London, received an important award to accelerate the application of a new non-invasive deep brain stimulation therapy for people with Alzheimer’s disease. Read more on the UK DRI website.

The Company

TI Solutions AG develops high-quality and flexible stimulation devices and planning tools for temporal interference (TI) research. The company was founded in December 2019 in Zurich, Switzerland, by the creators of the TI concept in collaboration with Z43 to specifically foster TI research.

TI Devices

The TIBS-R and TIBS-R-MRI neurostimulation devices support direct current (DC), alternating current and TI stimulation, up to 8 synchronous stimulation channels, a wide carrier-frequency range (DC – 100 kHz), sinusoidal to arbitrary modulation, synchronization with external triggers, compatibility with magnetic resonance imaging and electroencephalogram recordings, and more.

TI Solutions Early Adopter Program (EAP)

TI Solutions aims to facilitate research into TI-based applications. We are pulling together a select group of researchers as part of our Early Adopter Program who are interested in applying our investigational TI stimulation device as part of their research studies.

Device Description

Continuously updated information about our TI devices can be found here.

TI Planning Tool

The TI planning tool is provided by the IT’IS Foundation for the optimization of electrode placements on human and animal subjects, currents and modulations. The tools are user-friendly and present results in a powerful visualization. Users can also define different optimization criteria. Thanks to a state-of-the-art cloud-based modeling platform, simulations of complex and realistic setups can be performed without special software or hardware. Version 1.0 supports two channel configurations. Version 2.0 will add phase modulation and multi-channel target optimization. Version 3.0 will add personalized modeling, allowing modeling of any anatomy and any electrode shape and placement.


Our team will provide all engineering services required for the optimal application of the developed TI devices and planning tools, such as troubleshooting support, replacement of defective devices, and repairs. We are happy to contribute to drafting research proposals and to perform simulations for the TI planning if required. We are also interested in discussing and, if feasible, incorporating additional features into our devices and software tools.

The Science

TI stimulation is a noninvasive technique that uses scalp electrodes to apply interfering electrical high-frequency currents to reach structures deep inside the brain. While the applied frequencies of the electric fields themselves are too high to induce neural firing, the frequency of the envelop can drive neural activity. This new concept holds great promise for both research and clinics as it may open up new experimental opportunities and may be used for selective deep brain stimulation to treat certain disorders without the necessity of surgically implanting electrodes within certain brain areas, which is still common practice today. 

Grossman N et al. Noninvasive deep brain stimulation via temporally interfering electric fields.  Cell. 2017;169(6):1029‐1041.e16. doi:10.1016/j.cell.2017.05.024


A selection of recent publications on TI stimulation can be found here.

The People

Ed Boyden

Prof. Ed Boyden is Y. Eva Tan Professor in Neurotechnology at MIT in Boston, USA, Professor of Biological Engineering and Brain and Cognitive Sciences at MIT’s McGovern Institute for Brain Research, and an Investigator at the Howard Hughes Medical Institute. He leads the Synthetic Neurobiology Group, which develops new biotechnological tools for probing, analyzing, and engineering brain circuits. He and Nir Grossman are inventors of the TI stimulation technology patent.

Nir Grossmann

Prof. Nir Grossman is a Lecturer at Imperial College London, a founding fellow of the UK Dementia Research Institute, and is affiliated with Imperial’s Centre for Bioinspired Technology and Centre for Neurotechnology, MIT’s Media Lab, and the McGovern Institute for Brain Research. His research focuses on the development of new tools and principles for neuromodulatory interventions for neurodegenerative diseases and other brain disorders. He and Ed Boyden are the inventors of the TI stimulation technology patent.

Henrich Kisker

Henrich Kisker holds various positions as internal and external adviser on corporate, legal, and financial matters for a number of international companies. Since 2005, he has also been a member of the advisory board (“Bankrat”) of one of the largest Swiss banks, the Zürcher Kantonalbank, which has total assets of 167 billion Swiss francs. Until his retirement in 2018, he was the head of the tax and treasury functions of Senior PLC, an international manufacturing group listed on the London Stock Exchange.

Niels Kuster

Prof. Niels Kuster is the founder and Director of the Foundation for Research on Information Technologies in Society (IT’IS Foundation) in Zurich, Switzerland, and Associate Professor of the Department of Information Technology and Electrical Engineering at ETH Zurich. His research covers many aspects of electromagnetics and computational life sciences, including TI. He is a long-time member of several standardization bodies and serves as a consultant on exposure safety assessment for governmental agencies around the globe.

Esra Neufeld

Dr. Esra Neufeld is Associate Director of the Foundation for Research on Information Technologies in Society (IT’IS Foundation) in Zurich, Switzerland, and Head of the Computational Life Science group at IT’IS. He leads several research teams on advanced multiphysics simulation in medicine, treatment-planning software, medical image analysis and anatomical model generation, applied simulations, particularly in the field of bio-electromagnetics and electromagnetic-tissue interactions (heating, neurostimulation, cell proliferation, etc.) as well as in silico clinical trials and standardization.

Alvaro Pascual-Leone

Prof. Alvaro Pascual-Leone is Professor of Neurology at Harvard Medical School and a Senior Scientist at the Hinda and Arthur Marcus Institute for Aging Research at Hebrew SeniorLife, Boston, USA. He is a pioneer in the use of noninvasive brain stimulation and its application for the study of brain behavior relations and the development of diagnostic and therapeutic interventions in neuropsychiatry. His contributions range from technology development to basic neurobiological insights gained from animal studies and modeling approaches to human proof-of-principle and multicenter clinical trials.