The training that left you dumb is over. For quicker results, monitor, assess, and record your muscle progress.

FITTO's data-driven training improvement system includes a smart device and app that measure and analyze your muscle growth with the push of a button.

Fitto will help you know how you are working out and how to improve. With the FITTO app, you will receive personalized workout suggestions & meal plans to help you reach your goals.

Fitto has been engineered to provide accurate data on specific muscles. It uses new disruptive technology called NIRS (Near Infrared Spectroscopy). It is non-invasive and provides accurate data with a click of a button. It allows you to see muscle growth at a glance and gives you information about the effectiveness of your workout and training. 

The NIRS (Near-Infrared Spectroscopy) technology employed by the FITTO gadget is non-invasive and safe; it uses electromagnetic wavelengths between 780 and 2500 nm and is used in hospitals to measure tissue chromophores in order to offer patient health information.

By detecting tissue absorption and scattering during photon migrations, FITTO uses light sources of 8-wavelength NIR LED (Light-Emitting Diodes) to calculate oxyhemoglobin, deoxyhemoglobin, water, and lipid.

The only palm-sized portable gadget that precisely measures and records body composition, including the mass of muscles and body fat, is FITTO.

It's critical to understand that our muscular mass is essential to fitness. The only method for losing weight that has been scientifically confirmed to work is increasing muscular mass. FITTO is a special remedy.

FITTO is a novel solution that enhances your workouts by emphasizing lean muscle.

We rigorously tested our FITTO device for viability and accuracy in improving fitness results. We conducted our clinical trial in a controlled hospital setting to test the accuracy of the measuring method (NIRS) of our device and the viability of using our unique muscle quality index as an indicator for performance. Our results demonstrated a high level of accuracy in scanning, significantly correlated to CT/DEXA scan results and indices.