CardioX

CardioX Use Cases

CardioX is a sleek and comfortable device that empowers athletes and enthusiasts to optimize their training, improve performance, recovery techniques, and make informed decisions about their health. It provides real-time data on vital metrics, allowing users to track performance and make immediate adjustments for better results. Coaches can tailor workouts to individual athletes' needs and fitness levels, identify signs of overexertion or potential health issues, help prevent injuries, and ensure safe and effective workouts. Use it individually or in a team mode, recreational or professional sports, create personal or group challenges - possibilities are endless.

CardioX integrates with other technologies such as mobile apps and online platforms, creating a seamless and interconnected fitness ecosystem. It also offers an API to integrate external ECG data sources with the CardioX mathematical core.

The device is designed to provide continuous clinical-grade ECG tracking anytime, anywhere. It helps users keep track of their heart health and avoid heart-related issues by detecting slight changes in cardiac patterns. It provides early assessment and informs about the best treatment options and prevention techniques tailored to the user's condition and lifestyle.

CardioX can detect early signs of atrial fibrillation and share the medical data with the user's doctor, reducing guesswork and time spent on testing. It also sends notifications to the user and their emergency contacts of any worsening of their heart condition.

The device continuously monitors heart rate and helps users keep track of their health and fitness levels. It calculates target and maximum heart rate during training to help structure workouts smarter and achieve fitness goals faster while keeping the heart healthy.

CardioX uses a short ECG graph section and cutting-edge mathematical formulas to provide real-time blood pressure readings without a tonometer.

The CardioX team is working on developing wearable devices for humans and animals with a wide range of monitoring functions. They are also focused on improving the accuracy and number of relevant cardiovascular health attributes that can be obtained outside of a lab setting.

CardioX AI is built on hundreds of thousands of actual clinical records and uses engineering, mathematics, and programming to evaluate real-life health parameters and provide accurate preliminary diagnoses.

The CardioX devices have a wide range of applications, including recreational and professional sports, telemedicine, elderly patients, kids, isolated individuals, sport clubs, wellness centers, medication therapy, and scientific research.

The devices have various monitoring capabilities, including heart rate, heart rate variability, AI blood pressure calculation, ECG rhythm, live streaming, episodic and continuous data recording, momentarily and retrospective data access, remote monitoring and data sharing, ad-hoc heart function monitoring, PPG (volumetric variations of blood circulation), digital thermometer, oxygen saturation, and bioimpedance (BIA).

The devices have compact ergonomic designs, replaceable adhesive electrodes, are shower-resistant, have continual working time up to 3 days without recharging, and offer wireless or type-C USB charging. They also have user-friendly mobile and web interfaces, are splash-resistant, have replaceable electrodes clipped on with press buttons, and are equipped with fabric binding for animals.

The mobile application allows users to view acquired data in an ECG graph and provides preliminary analysis. It also sounds a signal if any abnormality is detected. The secure cloud database stores all collected heart activity data and can be accessed via a web portal, which provides in-depth analysis and can be shared with healthcare professionals.

CardioX's mission is to help people take charge of their cardiovascular health and improve their quality of life. They aim to prevent future risk of cardiac issues by implementing new features and adding valuable scientific information to their products and portals.