Our embedded algorithms have low computational complexity while still retaining the highest accuracy in the market.
Our advanced algorithms are designed to continuously monitor the most critical cardiovascular parameters, even while you're on the move.
Our algorithms allow continuous and motion-tolerate tracking of Heart-Rate, HRV and Stress, Respiratory-Rate, Oxygen Saturation (SpO2), and Atrial fibrillation (AF).
Nohayo's advanced sleep tracking algorithms are capable of precisely monitoring the various stages of your sleep, evaluating its quality, and identifying instances of obstructive sleep apnea (OSA), all through the use of a wristwatch or finger ring only
Nohayo's sleep monitoring algorithms accurately track the quality and phases of sleep, as well as detect Obstructive Sleep Apnea (OSA) events and gauge their severity.
With our cutting-edge algorithms, we can track your body movements, analyze your gait, and provide real-time feedback on your fitness level, helping to prevent injuries, improve performance, and gain insights into your physical activities throughout the day!
Our algorithms all-day user’s activity classification, real-time fall-detection, swimming tracking, and running and gait analysis.
Using our algorithm, any wearable device with a PPG and Accelerometer sensor becomes the most accurate continuous Heart-Rate (HR) tracker.
Highly accurate, motion-tolerate, slim memory usage and computational complexity, suitable for both sports and fitness activities, and for all-day wellness monitoring.
Mean initialization time of 6.1±3.7 seconds
Mean delay time of the system is 3.7±1.3 seconds
By using PPG and Acceleration signals, our algorithm can precisely measure HRV, the variation in time between each heartbeat.
Measuring HRV can objectively assess readiness, workload, and recovery status. An affordable and scalable solution for maintaining operational performance.
Our filters enable precise reconstruction of a PPG signals’ shape to detect systole peaks and calculate the time intervals between them, a solution for both at rest and daily life activities.
We developed an HRV solution that works during any activity
Using PPG signals, and Acc for motion compensation
HRV can be used for stress assessment, sleep quality, and fitness recovery analysis
By utilizing wearable devices equipped with an optical PPG sensor and an accelerometer, the device is capable of functioning as a tracker for respiration rate.
Users never need to wear anything on the chest or near the nose.
Can be used for multiple applications such as Biofeedback, Meditation, General Health Status and more.
The algorithm analyzes modulations in pulse signals and tracks respiratory rates during sleep or daily activities.
Can be implemented on any wearable device containing Red and IR PPG optical sensor.
With medical grade accuracy, the SpO2 algorithm, and the device implementing it, can be FDA or CE cleared.
Recursive reconstruction techniques enhance PPG signals, enabling the extraction of robust SpO2 from challenging body areas such as the wrist.
The Department of Health Services at UCLA validated our SpO2 algorithm by comparing it to a finger device cleared by the FDA as well as to blood samples.
The study involved 38 healthy participants aged 23-56 years, with oxygen saturation levels ranging from 100% to 70%, and the results showed a strong Pearson correlation coefficient of r=0.953.
Our algorithm enables continuous monitoring of Atrial fibrillation (AFIB) on any type of wearable device containing a PPG optical sensor and an Accelerometer.
AF is usually detected using an ECG monitoring. ECG is a non-continuous approach and requires the user to actively place his other hand on the watch\ ring face.
By using a PPG only, we allow a continuous and unobtrusive monitoring solution.
We’ve collected more than 430 sessions of synced PPG and ECG signals with various cardiac arrhythmias.
Our first ready app is AF detection. In the next release we will also be able to detect other cardiac arrhythmias.
Used in fitness monitoring, wellness, diet regimes, etc.
Walking, Running, Cycling, Sleeping, Office Work, Gym, Swimming.
Detects real-time activity based on both time domain and frequency domain features extracted from the 3D Accelerometer and HR Sensors.
Footstrike time from stance to toe-off for each stride while running.
GCT is the key factor in running economy, an indicator of efficient expansion of energy when running.
GCT is traditionally measured by wearing a shoe pod, or chest strap. Nohayo’s new algorithm measures GCT using only a wearable device on the wrist\ finger\ and ear with 3D Accelerometer Sensor.
Monitoring every segment of a run is a phenomenally useful metric, whether running on flat or uphill terrain.
Running Power measures the amount of force and speed a runner exerts at any given moment.
Traditionally measured with a shoe pod, or chest strap, Nohayo’s new algorithm uses a wearable device on the wrist\ finger\ and ear with 3D Accelerometer Sensor and GPS.
Reflects the efficiency of a running stride.
When running, Vertical Oscillation (VO), is a measure of vertical movement during each stride, and a key Running Dynamics metric.
Too much vertical oscillation means higher ground impact when landing and can increase injury risk. Less VO indicates low running performance. Measured on a wearable device on the wrist\ finger\ and ear. No waist pod or chest strap needed!
Nohayo’s algorithm for swimming calculates lap counting, stroke count, and stroke type.
Whether breaststroke, butterfly, backstroke, front crawl, or any stroke type, the algorithm, embedded into capable devices, monitors, tracks, and conveys an athletic advantage.
Working on 3D Acceleration signals monitored from the wrist, finger, earbuds or hearing aids.
Stay safe and secure with Fall Detection algorithm - the ultimate tool for peace of mind.
Can automatically initiate an emergency call and location and implement location sharing when a fall is detected. Detects fall events following an abnormal lying\semi-lying posture.
Logging raw signals from wearable devices, together with gold standard reference devices (such as chest straps, invasive blood sampling, sleep monitors, body movement tracking systems, and more) allow our signal processing and Machine-Learning researchers to deliver highly accurate physiological monitoring algorithmic solutions.
TRACKING SESSIONS WERE COLLECTED AT ALMOST ANY ACTIVITY TYPE
SESSIONS WITH PPG AND ECG WERE COLLECTED
FOR SLEEP STAGES AND OSA ALGORITHMS DEVELOPMENT
WERE CONDUCTED, RANGING FROM 100% DOWN TO 70% OXYGEN CONCENTRATION
WERE COLLECTED TO PERFECT OUR SWIMMING ANALYSIS SOLUTION
WERE PERFORMED TO DEVELOP OUR RUNNING DYNAMICS AND PERFORMANCE-TRACKING SOLUTIONS
Checking our demo
integrating nohayo's algorithms into your devices
License algorithm
Customer can evaluate our algorithm using the available demo.
We will be available, and work hand-in-hand to assure smooth integration of our solutions into your devices, and work closely with your team to ensure a fluid transition with our algorithms.
Discover the flexibility to choose what works best for you as our valued customer - purchase our cutting-edge algorithms outright or opt for licensing options.
