Kernel Flow is a wearable headset that measures brain activity by recording local changes in blood oxygenation. It is adjustable to accommodate nearly anyone and safe.View the Kernel Flow Tech Sheet (PDF)
* Preliminary specs, subject to change.
Source-detector pairs can span modules allowing ultra high channel counts.
690nm / 850nm
Source Types: Dual wavelength laser diodes
Automated laser power adjustment for easily adapting to user hair and skin color.
Enables resolution of brain hemodynamics even for short channels.
Up to 20 systems
Flow systems can be synchronized together and to other peripherals using our provided peripheral sync device.
Time Domain fNIRS
Time-Resolved measurements reduce susceptibility to ambient light and motion artifacts while also improving depth sensitivity. We use advanced technology built around custom time-domain sensors and compact pulsed laser drivers.
Our modular system allows for purchasing a starting system with minimum of 12 modules and expanding as needed for your research objectives.
Cloud-based Time Domain Tools for Standard Outputs
- Oxy / Deoxy / Total HB per Channel
- 1st and 2nd Moments per Channel
- Absolute Bulk Tissue Oxygenation per Channel
- Relative Oxy / Deoxy / Total Hb volumetric reconstruction per voxel
Our comprehensive set of well documented analysis methods ensure you are up and running quickly with accurate and valid results.
Detector Sampling Rate
200Hz sampling rate allows for better measurement and compensation of physiology.
Output File Formats
Standard formats allow you to import the data into custom and third party tools.
2.2kg for all 52 modules and the headset
Wearable system that is easy to use.
Minimum headsize defined by: 52.5cm Circumference and 31cm Bitragion Coronal Arc
Repeatable and precise positioning of headgear is achieved using rigid plates and fixed spacers.
Inertial Measurement Units
Five 9-axis IMUs
We capture 6 axes of accelerometer and gyroscope data at 200Hz with an additional 3 axes of magnetometer data at 100Hz. Motion capture at the same rate as our optical data allows for precise motion correction.
Class 2 FLPPS 21CFR1040.10
Our lasers are safer than most cat toys.
-80GB/hour of recording
A full day of recordings can be stored on a typical PC before uploading to Kernel Cloud.
Power and Data
Data is transmitted over USB 2.0 and power is supplied over the same USB-C cable using the USB-PD Standard.
Up to 10' USB-C (provided)
10' cable allows for easy setup in varied experimental settings.
Lower power consumption allows for power supply over USB-C.
Dry Active EEG Electrodes
6 + Ground & Reference
Provides good SNR without using electrolyte.
1kHz EEG Sampling Rate
Allows for millisecond accuracy of data and triggers.