LUMO is a state-of-the-art high-density fNIRS device now available in India through Tiden Technologies. It revolutionizes functional brain imaging by combining multi-distance diffuse optical tomography (DOT) with a wearable, fiberless design, enabling researchers across India to perform high-quality whole-head neuroimaging.
Spatial resolution comparable with fMRI
LUMO dramatically improves spatial resolution and experimental repeatability, ensuring consistent results across every session.
Outstanding comfort and data quality
Stop fighting with fibre bundles, bulky cables and individual optodes. LUMO's compact headgear can be put on and set up in under 60 seconds.
Unprecedented modularity and flexibility
LUMO's unique modular architecture allows you to seamlessly expand your system as your research evolves.
LUMO’s ground-breaking modular design features independent hexagonal sensor tiles that can be easily inserted into any cap at any location, to form a high-density DOT array.
LIGHT GUIDES
Inserted into the underside of each dock to comb through hair
TILES
The heart of LUMO - the sensor modules, each housing 3 dual-wavelength sources and 4 detectors
DOCKS
Secured to the cap in your chosen configuration, connected together by low-profile cabling
The LUMO tile, a sensor module with 3 dual-wavelength sources and 4 detectors
An array of docks, fixed to the headgear in your chosen configuration, provide power and data transfer
Light guides to comb through hair, providing optimum optical coupling whilst maximising comfort
HEADGEAR
Headbands and caps for all ages, from 3 to 54 docks
Monitor channel quality and channel count in real time. Filter noisy channels with the click of a button, and easily export files for analysis.
Modular & scalable
Lightweight & comfortable
Less than 60s setup time
Customisable to your research
High repeatability
World-leading research
LUMO fNIRS is a wearable high-density diffuse optical tomography (HD-DOT) system that combines the spatial resolution benefits of DOT with a lightweight, fibreless, modular design. Unlike conventional fNIRS systems, LUMO offers faster setup, improved participant comfort, and scalable whole-head brain imaging.
LUMO fNIRS is designed for neuroscience, psychology, cognitive science, infant research, clinical studies, hyperscanning, neuroergonomics, and real-world brain imaging. Its wearable design also makes it ideal for movement-based experiments, VR studies, home-based research, and multimodal studies with EEG or eye tracking.
LUMO fNIRS features a modular tile architecture with up to 162 light sources, 216 detectors, and over 7,000 measurement channels in typical whole-head configurations. It supports imaging speeds of up to 12.5 frames per second, includes integrated IMUs for motion tracking, and delivers spatial resolution comparable to fMRI while remaining lightweight and wearable.
Yes. Its lightweight, wearable, fibreless design allows researchers to perform brain imaging in naturalistic environments, including VR studies, home settings, clinical environments, sports, and other movement-based tasks
Yes. LUMO’s modular tile architecture allows researchers to start with a small region of interest and expand to whole-head HD-DOT imaging as research requirements grow
Yes. LUMO fNIRS uses configurable docks and interchangeable sensor tiles, allowing custom layouts that target specific cortical regions or provide full-head coverage based on the study design.