Top 50 Wearable Sensor

Myant develops wearable sensors and actuator technology that enables real-time monitoring of physiological data. This technology addresses the need for continuous health tracking, enhancing patient care and personal wellness management.

Develops contact-free, chip-scale biomagnetic sensors that detect neural activity without direct skin contact, enabling integration into wearables for applications in health monitoring, gesture control, and personalized mental health treatments. These low-power, cost-effective sensors provide unprecedented data on biometrics, emotions, and cognitive states, supporting advancements in consumer devices, prosthetics, and neurodegenerative disorder detection.

WearOptimo develops Microwearable sensors that continuously monitor hydration levels by capturing real-time bio-signals from the skin. This technology addresses the critical issue of dehydration, which can significantly impair physical and mental performance in athletes and outdoor workers.

RDS develops MultiSense®, a patented wearable biosensor that continuously monitors multiple physiological parameters, enabling healthcare professionals to track patient health remotely. This technology facilitates early hospital discharge, improves patient outcomes, and reduces hospital stay durations by providing real-time data for timely medical interventions.

WHOOP provides a wrist‑worn sensor that continuously records heart rate, HRV, respiratory rate, skin temperature, and motion, sending the data to a cloud analytics platform. Its algorithms generate daily Sleep, Strain, Recovery scores, VO₂ Max estimates, heart‑rate zones, and women’s hormonal insights, while higher‑tier plans add medical‑grade ECG, atrial‑fibrillation detection, and health‑span metrics. Users receive personalized coaching, alerts, and trend visualizations through a web dashboard and mobile app via a subscription model.

FIGUR8 develops a bioMotion Assessment Platform (bMAP) that utilizes wearable sensor technology to provide lab-grade biomechanics data for musculoskeletal health assessments. This technology replaces subjective measurement tools, enabling precise evaluations and personalized treatment plans that enhance recovery monitoring and improve patient outcomes.

Rhaeos develops FlowSense®, a non-invasive, wireless wearable sensor that assesses shunt flow in hydrocephalus patients within minutes. This technology addresses the challenge of detecting shunt malfunctions, which affects over one million Americans and contributes to significant healthcare costs and high readmission rates.

Prevayl develops wearable technology that integrates textile sensing and body area networks to monitor health metrics in real-time. Their SmartWear™ line features clinical-grade ECG capabilities, addressing the need for accurate health monitoring in sports and fitness apparel.

Oura designs and manufactures wearable rings that utilize advanced biometric sensors to monitor sleep patterns and performance metrics. These rings provide users with actionable insights to enhance their health and wellness by tracking critical physiological data.

The startup develops sensor technology that enhances signal quality for wearable devices through a closed neurofeedback loop, enabling continuous brain signal monitoring. This approach provides actionable insights that improve healthcare applications and meet the growing demand for advanced wearable solutions.

Pison develops wearable devices that utilize sensor technology to convert brain signals into real-time data on cognitive function and neurophysiology. This enables users to monitor mental acuity, manage fatigue, and optimize performance across various activities, from athletics to professional environments.

Nanoleq develops textile-integrated sensors for continuous and comfortable vital sign monitoring. Their technology enables the creation of smart garments that can track health metrics for various applications, including sports, wellness, and medical monitoring.

Kubo Care provides non-invasive health monitoring solutions that utilize wearable sensors and remote data analytics to track vital signs and health metrics for seniors. This technology enables seniors to maintain their independence while ensuring timely health interventions, reducing the risk of medical emergencies.

Ultrahuman develops the Ring AIR, a lightweight smart ring that utilizes PPG sensors and a 6-axis motion sensor to monitor vital health metrics such as heart rate, sleep quality, and body temperature. By providing real-time insights into metabolic health and recovery, the device helps users optimize their wellness and performance.

Owlet provides a connected nursery platform that uses wearable sensor socks to capture continuous, medical‑grade heart rate, oxygen saturation, and motion data from infants. The data is streamed to a cloud analytics engine and displayed in a mobile app, delivering real‑time alerts to parents and, via an FDA‑cleared BabySat system and provider portal, enabling prescription‑grade monitoring for pediatric clinicians. A subscription service adds predictive analytics and EHR integration for longitudinal health reporting.

Terra is a menopause care startup that utilizes a wearable sensor bracelet to predict hot flashes by monitoring skin moisture and movement, automatically activating a cooling pad to provide immediate relief. This technology reduces hot flash intensity by 70% and minimizes wakefulness during the night, allowing users to achieve uninterrupted sleep.

Performr.ai develops wearable sensors that continuously monitor physiological data for personalized health insights. Their technology provides users with detailed information about their body's performance and responses, enabling proactive health management.

The startup offers an AI-powered remote patient monitoring platform that utilizes wearable sensors to continuously gather data on hydration, sleep, activity, and medication adherence. This technology enables healthcare professionals to identify health issues early, enhancing care management and providing reassurance for caregivers.

DIA develops portable and wearable electrochemical sensors that non-invasively measure biomarkers from saliva and sweat, providing real-time data on hormones, electrolytes, and inflammatory markers. This technology enables individuals to monitor their health more effectively, facilitating timely adjustments to training protocols and improving overall health outcomes.

HarmonIQ Biosciences provides a wearable sensor that performs on‑device immunoassays to continuously measure hormone concentrations and transmits the data via Bluetooth to a HIPAA‑compliant cloud platform. The cloud service calibrates raw signals, delivers real‑time trend visualizations, alerts and evidence‑based recommendations through web and mobile dashboards, and offers REST and FHIR APIs for integration with EHRs and health apps. This enables clinicians and patients to adjust medication, nutrition, or lifestyle based on near‑continuous endocrine profiles.

VetChip offers a wearable sensor system that monitors pets' vital signs and activity levels in real-time. This technology enables pet owners and veterinarians to detect health issues early, promoting longer and healthier lives for animals.

Somalytics develops miniature eye-tracking sensors that enhance human-machine interaction in wearables and industrial safety applications. These sensors provide precise tracking capabilities, improving operational efficiency and safety in environments where traditional tracking methods are inadequate.

This startup develops a wearable sensor that provides comprehensive heart health assessments, including blood pressure and heart age. The device offers personalized feedback and intervention plans to help users improve their cardiovascular health.

PGV develops wearable brain wave sensor devices that utilize AI-driven EEG analysis to visualize and quantify brain activity. Their technology addresses the need for accessible and accurate monitoring of neurological conditions, enhancing patient care in healthcare settings.

Sensawear develops a wearable, adhesive-based tissue monitoring system that utilizes near-infrared spectroscopy (NIRS) to continuously assess tissue oxygen saturation (StO2). This technology eliminates the need for invasive skin inspections and helps prevent pressure injuries by alerting patients and caregivers when repositioning is necessary.

UGen develops a wearable sensor device that tracks neuromuscular behaviors in real-time, providing patients with immediate feedback to enhance movement accuracy during rehabilitation. This technology reduces the need for in-person visits and allows healthcare providers to monitor patient progress and adjust treatment plans efficiently.

Senbiosys develops a high-fidelity photoplethysmography (PPG) sensor integrated into a compact custom IC, enabling precise biometric measurements such as heart rate and blood oxygen levels in health-aware earbuds. The sensor's low power consumption and ambient light cancellation enhance performance, making it suitable for continuous health monitoring in wearable devices.

Vena Vitals develops a soft wearable sensor that continuously monitors blood pressure with clinical accuracy using advanced sensor technology. This device addresses the need for reliable and real-time blood pressure tracking, enhancing patient care and enabling timely medical interventions.

Movesense offers a programmable Bluetooth ECG, heart rate, and movement sensor designed for both medical and sports applications, enabling precise monitoring of heart health and physical activity. The technology facilitates remote patient monitoring and sports performance tracking, providing critical data for rehabilitation, preventive care, and training optimization.

Weabios develops pressure-sensitive textile surfaces that enable non-invasive measurement of pressure and deformation in wearable devices. This technology enhances athletic performance and contributes to health monitoring, providing users with actionable insights in real-time.

Anicca develops a wearable respiration sensor that utilizes gentle vibrations to enhance breath awareness, helping users manage stress and improve focus in real-time. This device addresses the challenges of stress regulation and mindfulness, promoting overall well-being and resilience in everyday situations.

Healthetile offers the We-Be Band, a research-grade wearable that streams high-fidelity raw physiological waveform data for precise vital sign monitoring. This platform provides over a dozen health metrics and advanced signal processing capabilities, empowering researchers and developers with detailed physiological insights for scientific study and application development.

WearTechClub develops smart activewear that integrates conductive fabric technology and embedded sensors to monitor health metrics, muscle activity, and nerve movements. This technology provides real-time feedback to users, enabling them to optimize their performance and prevent injuries during physical activities.

Oxa provides a digital breathing coach that utilizes real-time biofeedback from a wearable sensor to measure heart rate and respiration, guiding users through personalized breathing exercises. This technology helps individuals manage stress and improve sleep quality by promoting relaxation and enhancing heart rate variability.

Develops a wearable light sensor, MiEye, that measures light exposure as perceived by the circadian clock, capturing data on all photoreceptor responses to real-world lighting conditions. This device enables researchers to analyze the impact of light on circadian rhythms, providing insights that can help mitigate chronic diseases linked to unhealthy light behaviors. Designed for multi-day field studies, MiEye features extended battery life, wear detection, and a sleep environment charger for comprehensive data collection.

The startup develops wireless healthcare monitoring technology that utilizes biocompatible patches and wearable sensors to continuously track vital signs. This system enables timely medical interventions, enhancing patient outcomes and streamlining healthcare monitoring processes.

Neurocess develops a wearable technology that utilizes clinical-level EMG sensors to monitor muscle activity, providing real-time data on athletic performance and injury risk. This system enables athletes and trainers to optimize training efficiency and prevent injuries, ultimately enhancing overall performance and reducing associated costs.

Waire Health develops the SensArm, a medical-grade wearable vital signs monitor that autonomously tracks multiple parameters, including blood pressure and ECG, without requiring network connectivity. This technology addresses the critical issue of missed deterioration signs in patients, enabling timely alerts and reducing healthcare costs through continuous real-time monitoring.

The startup manufactures a wearable sensor device for calves that monitors vital health indicators, such as respiratory rates and hydration levels, to detect conditions like pneumonia and scours early. This real-time health monitoring enables farmers to enhance cattle welfare, reduce disease prevalence, and improve overall herd productivity.

Quellios develops advanced wearable biosensing technology to provide personalized, physiological-data-driven insights for chronic care management and daily well-being. Their platform leverages patent-pending PPG signal analysis to deliver actionable information from complex biometric data, supporting proactive health management.

CORE develops wearable sensors that continuously and accurately monitor core body temperature. These devices provide valuable data for athletes, wellness enthusiasts, and healthcare professionals to optimize performance, track health, and improve treatment outcomes.

This startup develops wearable sensor patches for continuous, non-invasive monitoring of body water balance in high-risk patients, particularly those with heart failure. The technology enables early detection of critical fluid shifts, facilitating timely intervention and remote patient management.

The company provides a semiconductor platform for wearable devices that captures vital signs and wirelessly transmits them to the cloud. Their platform offers multiple sensor interfaces and radio technologies, enabling the development of clinical-grade remote monitoring wearables. This allows clients to efficiently create and commercialize cost-effective health monitoring solutions.

Organic Robotics develops Light Lace™ sensors that utilize fiber-optic technology to measure muscle fatigue, respiration, and motion in real-time. These soft, stretchable sensors can be integrated into garments or footwear, providing athletes with critical biomechanical data to prevent injuries during high-intensity activities.

The startup develops an open dashboard platform that aggregates data from its proprietary wearable sensors, utilizing mathematical algorithms and deep learning techniques. This technology enhances data homogenization for first responders, enabling more effective decision-making in critical situations.

Medtor develops FDA-cleared wearable optical sensors that provide clinically accurate heart rate and blood oxygen monitoring for both medical and consumer applications. Their technology addresses the need for reliable vital sign tracking in various environments, enabling integration into devices like smartwatches and mobile platforms.

Philia Labs creates wearable biometric sensors that accurately capture physiological stress and sleep data. This clinically validated information provides objective metrics to inform personalized mental fitness interventions.

LumenAstra manufactures a non-invasive, wearable deep-tissue temperature sensor that accurately measures internal body temperatures using advanced radio frequency technology. This device addresses critical health risks by enabling real-time monitoring of temperature variations in patients, which is essential for conditions such as cancer hyperthermia therapy and brain injury management.

Kilele Health provides the SunVida™ wearable biochemical monitoring platform, enabling real-time tracking of key biomarkers like phenylalanine, creatinine, and potassium. This aptamer-based sensor technology offers continuous, factory-calibrated data for proactive chronic disease management and personalized treatment adjustments.

This startup develops wearable sensors and a digital biobank for clinical trials and remote patient research. Their smartwatch collects real-world health data and electronic patient-reported outcomes, enabling early identification of brain health indications.