Wearable Sensing

San Diego, California, United StatesFounded 201311–50 employeeswearablesensing.comLinkedIn

Brain-computer interfaces
EEG and neural monitoring
Wearables

Wearable Sensing develops wearable EEG and multimodal biosensing systems for research, brain-computer interfaces, neurofeedback, neuromarketing, and related applications. Its portfolio combines dry and wet EEG hardware with sensors, VR-compatible systems, and software for synchronized data acquisition and analysis.

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Founded: 2013
Employees: 11–50

reccy insights

Written by reccy's AI from company sites, press and funding records · updated Oct 2026

Recent highlights

In June 2024, Carnegie Mellon University and Meta announced a research collaboration focused on making computer-based tasks and gaming more accessible to people with different motor abilities using wearable sensing technology. Coverage of that collaboration appeared on Jul 12, 2024. The announcement describes a CMU–Meta research effort and does not establish a direct partnership with Wearable Sensing. On Mar 4, 2025, the company was mentioned in an article forecasting the broader wearable EEG device market; this is industry coverage, not a company product or financial announcement. The company’s current leadership listing identifies founder, CEO and president Walid Soussou.

Market position

Wearable Sensing operates in neurotechnology and medical devices, with products spanning wireless EEG, multimodal biosensing and research software. Its DSI line covers dry-electrode configurations from seven to 24 channels, while DSI-Flex offers customizable sensor locations. The company also lists a hybrid EEG and functional near-infrared spectroscopy system, combining electrical and hemodynamic measurements, and CAPTIV software for synchronized acquisition and analysis of biosensor data. VR compatibility and support for physiological, motion and eye-tracking signals extend the offering beyond standalone brainwave recording. These capabilities address research, brain-computer interface, neurofeedback and performance-monitoring applications. Its differentiation can instead be described at the product level: a portfolio combining wireless dry EEG hardware, hybrid EEG-fNIRS, sensor options and multimodal software. The company is privately held, and its listed funding history consists of one grant in 2017, rather than a disclosed sequence of venture rounds. This limits comparisons based on scale, capital raised or market share.

Growth & opportunities

Wearable Sensing was founded in 2013, and its current leadership listing identifies founder Walid Soussou as CEO and president, with a role start date of 2013-03. The dated financing record contains one grant, announced on Sep 1, 2017, led by the Consortium For Technology & Innovation in Pediatrics; no amount is disclosed. The listed portfolio is broad, including DSI-7, DSI-24, DSI-Flex, DSI-EEG+fNIRS, CAPTIV and a wireless accelerometer. A July 2024 report on a CMU–Meta accessibility research collaboration indicates continued public interest in wearable sensing for computer interaction, but does not establish a commercial agreement or a direct company role. Hiring information mentions a Manufacturing Technician and interest in neurotechnology candidates, a possible operational signal without a date or scale. Overall, the evidence supports an established specialist product portfolio, but not a quantified recent growth trend.

Written by reccy's AI from company sites, press and funding records · updated Oct 2026

What makes Wearable Sensing distinct

reccy insights

What makes Wearable Sensing distinct

01Offers wireless mobile dry-EEG headsets in configurations ranging from 7 to 21 channels, alongside wet EEG systems with up to 64 channels.
02DSI systems are designed for VR use, with an adaptor kit for several major VR headsets.
03Combines EEG with fNIRS in a hybrid system for synchronized measurement of brain electrical activity and hemodynamic response.
04Supports multimodal research with physiological, motion and eye-tracking sensors, plus software for synchronization and analysis.
05The company describes its dry EEG systems as prioritizing signal quality, resistance to electrical and motion artifacts, comfort and practicality.

Technology & products6

Technology & products

DSI-24
Wireless dry-electrode EEG headset with 21 channels and 3 auxiliary inputs, designed for rapid setup, full-head EEG coverage, artifact resistance and VR compatibility.
DSI-7
Wireless dry-electrode EEG headset with 7 customizable channels and 2 earclip sensors for quick setup in research and clinical settings, including VR.
DSI-EEG+fNIRS
Wireless hybrid system combining dry EEG and functional near-infrared spectroscopy (fNIRS) for synchronized, co-located recordings of brain electrical activity and hemodynamic response.
DSI-Flex
Wireless dry EEG system with 7 flexible sensor locations, interchangeable caps and support for various biosensors.
CAPTIV
Software and hardware platform for synchronized recording, display and analysis of multimodal biosensor data, including EEG, eye-tracking and motion sensors.
T-Sens Wireless 3D Accelerometer
Wireless three-axis accelerometer compatible with CAPTIV for motion tracking and analysis in real-world environments.

Show all 6 products

+ 3 more: DSI-Flex, CAPTIV, T-Sens Wireless 3D Accelerometer

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About Wearable Sensing

Products: DSI-24, DSI-7, DSI-EEG+fNIRS, DSI-Flex, CAPTIV, T-Sens Wireless 3D Accelerometer
Leadership: Walid Soussou, Founder, CEO & President
Focus areas: Neurotechnology, EEG, wearable sensors, medical devices, brain-computer interfaces, neuroscience research, physiological monitoring, virtual reality
Headquarters: San Diego, California, United States
Founded: 2013
Employees: 11–50