RAYBABY- WORLD'S FIRST NON-CONTACT VITAL BABY MONITOR.

Raybaby baby monitor tracks respiration, movements and sleep patterns using a technology that works on the principle of ultra-sound. It alerts parents when the baby experiences variations in respiratory/breathing rate. Such variations have been associated with fever and other conditions like asthma/bronchitis. Also alerts you when the baby rolls-over or does any sudden movements. Raybaby also comes equipped with an integrated infrared video camera that enables live video streaming even in pitch darkness, built in speakers, and audio monitoring that uses a highly sensitive microphone.

Features and Benefits:

The main selling point of Raybaby is its capability for contactless monitoring. We use a low-power radar device, without any physical contact, that can pick up even the smallest movements of the infant. Parents who want to monitor their baby's sleep and breathing habits without interfering with their sleep will find this to be especially helpful. The gadget can monitor a baby's respiration rate and amount of sleep time and notify parents if any deviations are found. In order to analyse the information gathered from the radar system, Raybaby also uses artificial intelligence techniques.

Raybaby has extra features like a built-in audio monitor that allows parents to listen to their baby's sounds remotely. It also offers configurable alerts and notifications that may be adapted to each family's individual needs.

Why Raybaby?

Raybaby monitor stands out from other monitors on the market thanks to its distinctive features and advantages that might cause particular emotional reactions in parents. Here are some considerate justifications for why the Raybaby monitor is better.:

Enhanced Peace of Mind: Parents can feel more at ease thanks to the Raybaby monitor's utilisation of modern technology, which includes non-contact breathing monitoring and sleep tracking. The assurance that comes with knowing that they can monitor their baby's vital signs without having contact with them might help parents feel less anxious and more secure.

Uninterrupted Bonding: Raybaby's innovative features, such as video monitoring, two-way audio communication, and remote access via a mobile app, foster a stronger emotional bond between parent and child. Parents can visually and audibly connect with their baby in real-time, even when they are physically separated, enhancing the parent-child connection and nurturing emotional closeness.

Intelligent Insights and Support: The smart capabilities of the Raybaby monitor, such as sleep analysis, breathing rate tracking, and personalised insights, offer parents with useful information about their baby's sleep patterns and overall well-being. This actionable data can help parents make better decisions and better understand their baby's needs, giving them a greater sense of control and confidence..

User-Friendly Experience: Raybaby's intuitive and user-friendly design ensures a seamless experience for parents. The monitor's easy setup, user interface, and mobile app interface contribute to a hassle-free and enjoyable monitoring experience. With a gadget that is simple to use, parents feel supported and empowered thanks to this user-centric approach.

Cutting-Edge Technology: Raybaby's incorporation of cutting-edge technology, such as AI-powered algorithms and high-resolution monitoring, showcases innovation and reinforces a sense of being at the forefront of parenting solutions. This can elicit feelings of excitement and pride in parents, knowing they have chosen a monitor that leverages the latest advancements to provide the best care for their baby.

CLINICAL TRIALS:

Raybaby has conducted a comprehensive clinical study, covering over 7 billion breathing instances, to capture and analyse variations in breathing rate. This extensive dataset allows us to delve into the intricate details of respiratory patterns and their correlation with various conditions such as fever, breathing pauses, asthma, and sleep apnea.

We methodically gathered and evaluated respiratory data from a varied population during the clinical investigation, including people of various ages, health statuses, and backgrounds. We were able to recognize patterns, trends, and irregularities in breathing rates connected to particular situations by making use of cutting-edge algorithms and machine learning approaches.

For full information on clinical trial visit.

https://www.researchgate.net/publication/344782711_Non-Contact_Respiratory_Rate_Monitoring_with_raybaby_in_an_NICU_An_Observational_Study