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#healthmonitoring — Public Fediverse posts

Live and recent posts from across the Fediverse tagged #healthmonitoring, aggregated by home.social.

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  1. Huawei Mate XT 2 could eliminate need for watch to monitor health

    The Huawei Mate XT 2 is expected to introduce health-monitoring features. If true, it would be a really…
    #NewsBeep #News #Gadgets #CA #Canada #Health #healthmonitoring #Huawei #HuaweiMateXT2 #smartwatch #Technology #tri-fold
    newsbeep.com/ca/873920/

  2. Huawei Mate XT 2 could eliminate need for watch to monitor health

    The Huawei Mate XT 2 is expected to introduce health-monitoring features. If true, it would be a really…
    #NewsBeep #News #Gadgets #AU #Australia #Health #healthmonitoring #Huawei #HuaweiMateXT2 #smartwatch #Technology #tri-fold
    newsbeep.com/au/870782/

  3. Huawei Mate XT 2 could eliminate need for watch to monitor health

    The Huawei Mate XT 2 is expected to introduce health-monitoring features. If true, it would be a really…
    #NewsBeep #News #US #USA #UnitedStates #UnitedStatesOfAmerica #Gadgets #Health #healthmonitoring #Huawei #HuaweiMateXT2 #Smartwatch #Technology #tri-fold
    newsbeep.com/us/828027/

  4. Huawei Mate XT 2 could eliminate need for watch to monitor health

    The Huawei Mate XT 2 is expected to introduce health-monitoring features. If true, it would be a really…
    #NewsBeep #News #Gadgets #Health #healthmonitoring #Huawei #HuaweiMateXT2 #Smartwatch #Technology #tri-fold #UK #UnitedKingdom
    newsbeep.com/uk/751871/

  5. 🎧 The Future of Wearable Health Tech is Here!

    Our award-winning ear-based sensing technology packs high-precision sensors into a super tiny, comfortable package trusted by major healthcare providers.

    From vital signs to biomarkers, we're redefining what wearable tech can do. 🏥➡️🏠

    🔗 Learn more: lantapebiosensors.com/

    #WearableTech #HealthMonitoring #Biosensors #DigitalHealth #MedTech #HealthcareInnovation #Telehealth #RemotePatientMonitoring

  6. 📱 Transform Pediatric Healthcare with Smart Technology!

    ✓ Heart Rate ✓ Blood Pressure ✓ Oxygen Saturation ✓ Respiration Rate ✓ Diabetes Risk Assessment

    Perfect for parents, clinics, and telehealth providers looking for accurate, non-invasive health monitoring for children.

    🔗 Learn more: pedivitals.com/

    #PediatricHealth #ChildWellness #Telehealth #DigitalHealth #SmartphoneHealthTech #PediatricCare #HealthMonitoring #AIinHealthcare #PediatricDiabetes #RemotePatientMonitoring

  7. Mein Smart Home kennt meinen Stromverbrauch, meine Schritte und sogar die Waschmaschinen-Zeiten. Aber wie steht's um meine Gesundheit? 🤔 Mit Healthy bringe ich das endlich in die eigenen vier Wände! Neugierig? Jetzt direkt weiterlesen: hobbyblogging.de/healthy-dein- #SmartHome #HealthMonitoring #HomeAssistant #Innovation

  8. Tanita India Showcases Upcoming AI-Powered Health Innovation at the 16th India-Japan Annual Summit Joint Statement

    VMPL New Delhi [India], July 6: Tanita India participated in the 16th India-Japan Annual Summit Joint Statement held…
    #EuropeSays #Japan #JP #Business #AdvertorialDisclaimer #AI-PoweredSolution #BusinessofJapan #healthmonitoring #Japan'sbusiness #Japanesebusiness #VMPL #wellnesssolutions
    europesays.com/japan/53856/

  9. Bombardier and Rolls-Royce Elevate Aircraft Health Monitoring for New and In-Service Global 5500 and 6500 Aircraft, Upgrade Now Available Across Bombardier’s Service Centre Network

    Bombardier Inc. Bombardier and Rolls-Royce Elevate Aircraft Health Monitoring for New and In-Service Global 5500 and 6500 Aircraft,…
    #EuropeSays #Britain #Europe #EU #Rolls-Royce #Bombardieraircraft #enginevibration #Global5500 #Global6500 #healthmonitoring #SmartLinkPlus
    europesays.com/britain/71267/

  10. europesays.com/britain/71267/ Bombardier and Rolls-Royce Elevate Aircraft Health Monitoring for New and In-Service Global 5500 and 6500 Aircraft, Upgrade Now Available Across Bombardier’s Service Centre Network #BombardierAircraft #EngineVibration #Global5500 #Global6500 #HealthMonitoring #RollsRoyce #SmartLinkPlus

  11. Dust Deposits: A New Frontier in Uncovering Viral Presence

    Researchers found 54 viruses, including SARS-CoV-2 and flu, in building dust. This could help track diseases in offices and schools.

    #DustViruses, #HealthMonitoring, #OhioStateStudy, #IndoorHealth, #DiseaseTracking

    newsletter.tf/dust-samples-sho

  12. Scientists found 54 different viruses in dust from buildings, showing it can be used to track diseases. This is a new way to see what viruses are around.

    #DustViruses, #HealthMonitoring, #OhioStateStudy, #IndoorHealth, #DiseaseTracking
    newsletter.tf/dust-samples-sho

  13. Validated against gold-standard medical devices. RE.DOCTOR Vitals achieves 72–93% blood glucose prediction accuracy with just your smartphone. re.doctor #MedicalTech #ClinicalAccuracy #HealthMonitoring #AI

  14. Samsung says its Galaxy Watches can predict fainting with ‘high accuracy’

    Samsung says that it has figured out how to predict a common type of fainting “with high accuracy”…
    #NewsBeep #News #Gadgets #GalaxyWatch #GalaxyWatch8 #healthmonitoring #Samaung #Technology #UK #UnitedKingdom
    newsbeep.com/uk/579919/

  15. Samsung says its Galaxy Watches can predict fainting with ‘high accuracy’

    Samsung says that it has figured out how to predict a common type of fainting “with high accuracy”…
    #NewsBeep #News #Gadgets #AU #Australia #GalaxyWatch #GalaxyWatch8 #healthmonitoring #Samaung #Technology
    newsbeep.com/au/665643/

  16. I really wish the company behind #fairphone would create a spinoff company called #fairhealth where they make consumer grade fitness devices which can be repaired easily. I bought a garmin device last year and realized they dont sell replacement batteries. #fitnesstracking #healthmonitoring #sustainability #ewaste

  17. Your health, tracked like never before! 💓 LANTAPE Biosensors features a pulse oximeter with red, infrared, and green PPG sensors to detect blood volume changes via light absorbance
    6. Add to that a 3-axis accelerometer that doubles as a bone-conduction microphone — all packed into one sleek wearable
    6. Real-time vitals have never been this smart! 🔗 lantapebiosensors.com/ #VitalSigns #PulseOximeter #PPGSensor #HealthMonitoring #WearableHealth #LantapeBiosensors #HealthInnovation

  18. Ever wish you had a professional eye on your wellness 24/7? With SentryCasa, you can finally breathe easy! Our professional health monitoring services combine cutting-edge technology with real-time care to ensure you and your loved ones are always safe. Discover how we bring "peace of mind" directly to your doorstep.
    Link: sentrycasa.com/enjoy-24-7-peac
    Hashtags: #SentryCasa #HealthMonitoring #WellnessAtHome #PeaceOfMind #SmartHealth

  19. The future of medicine isn't just treating illness—it's predicting it. 🔮 By monitoring your #VitalSigns continuously through AI-integrated biosensors, we can identify clinical deterioration before it becomes an emergency.

    Explore the future of ear-derived bio-sensing: lantapebiosensors.com/measurin

    #PreventativeHealth #AIinHealthcare #LantapeBiosensors #VitalSigns #DigitalTransformation #HealthMonitoring #FutureOfHealth

  20. Health monitoring isn’t just for hospitals anymore. With smart sensors, voice assistants, and IoT devices, your home can now detect early signs of health issues—like irregular heart rates or sleep disturbances. 🚨
    Find out how smart homes are changing the game: sentrycasa.com/smart-home-devi
    #SmartHome #HealthMonitoring #PreventiveCare #WellnessTech #HomeAutomation #TechForHealth

  21. Smart home tech is revolutionizing health monitoring! Devices like wearable sensors, smart beds, and environmental trackers can now provide real-time health data—helping you stay proactive about your well-being. 🏡✨
    Discover how these innovations are transforming homes into health hubs: sentrycasa.com/smart-home-devi
    #SmartHome #HealthMonitoring #WellnessTech #HomeAutomation #PreventiveCare #TechForGood

  22. Fitbit Founders Launch Luffu: An AI Platform Designed to Help Families Monitor Health Together

    Luffu, launched by Fitbit co-founders, is a family-first AI health platform designed to monitor wellbeing, simplify caregiving, and keep families connected and informed.

    #mymobprice #Fitbit #Luffu #FamilyHealthTech #AIinHealthcare #DigitalHealth #HealthMonitoring

    mymobprice.com/blog/article/fi

  23. 🔬 Ear-derived photoplethysmography (PPG) is revolutionizing health monitoring! Unlike wrist-based devices, ear sensors offer superior accuracy for heart rate & SpO2 tracking - even during intense movement. The future of wearable health tech is here!

    Read more: lantape.com/benefits-of-ear-de

    #HealthTech #WearableTechnology #PPG #HealthMonitoring #MedicalDevices #Photoplethysmography #DigitalHealth #HealthInnovation #HeartRateMonitoring #FitnessTracking

  24. Your future toilet, courtesy of Kohler, will have a camera to scrutinize your... output. Because apparently, we needed an AI to tell us what our gastroenterologist already knows. Is this the 'disruptive innovation' we've all been waiting for?

    #FutureTech #AI #HealthMonitoring #SmartBathroom #TechHumor
    cnet.com/health/medical/kohler

  25. WiFi signals can measure heart rate—no wearables needed – News

    Heart rate is one of the most basic and important indicators of health, providing a snapshot into a person’s physical activity, stress and anxiety, hydration level, and more.

    Traditionally, measuring heart rate requires some sort of wearable device, whether that be a smart watch or hospital-grade machinery. But new research from engineers at the University of California, Santa Cruz, shows how the signal from a household WiFi device can be used for this crucial health monitoring with state-of-the-art accuracy—without the need for a wearable.

    Their proof of concept work demonstrates that one day, anyone could take advantage of this non-intrusive WiFi-based health monitoring technology in their homes. The team proved their technique works with low-cost WiFi devices, demonstrating its usefulness for low resource settings.

    A study demonstrating the technology, which the researchers have coined “Pulse-Fi,” was published in the proceedings of the 2025 IEEE International Conference on Distributed Computing in Smart Systems and the Internet of Things (DCOSS-IoT).

    Measuring with WiFi

    Professor of Computer Science and Engineering Katia Obraczka and Ph.D. student Nayan Bhatia in the lab.

    A team of researchers at UC Santa Cruz’s Baskin School of Engineering that included Professor of Computer Science and Engineering Katia Obraczka, Ph.D. student Nayan Bhatia, and high school student and visiting researcher Pranay Kocheta designed a system for accurately measuring heart rate that combines low-cost WiFi devices with a machine learning algorithm.

    WiFi devices push out radio frequency waves into physical space around them and toward a receiving device, typically a computer or phone. As the waves pass through objects in space, some of the wave is absorbed into those objects, causing mathematically detectable changes in the wave.

    Pulse-Fi uses a WiFi transmitter and receiver, which runs Pulse-Fi’s signal processing and machine learning algorithm. They trained the algorithm to distinguish even the faintest variations in signal caused by a human heart beat by filtering out all other changes to the signal in the environment or caused by activity like movement.

    “The signal is very sensitive to the environment, so we have to select the right filters to remove all the unnecessary noise,” Bhatia said.

    Dynamic results

    The team ran experiments with 118 participants and found that after only five seconds of signal processing, they could measure heart rate with clinical-level accuracy. At five seconds of monitoring, they saw only half a beat-per-minute of error, with longer periods of monitoring time increasing the accuracy.

    The team found that the Pulse-Fi system worked regardless of the position of the equipment in the room or the person whose heart rate was being measured—no matter if they were sitting, standing, lying down, or walking, the system still performed. For each of the 118 participants, they tested 17 different body positions with accurate results.

    These results were found using ultra-low-cost ESP32 chips, which retail between $5 and $10 and Raspberry Pi chips, which cost closer to $30. Results from the Raspberry Pi experiments show even better performance. More expensive WiFi devices like those found in commercial routers would likely further improve the accuracy of their system. 

    “Want to Explore This Research Further?”

    “I’ve compiled a comprehensive interactive research notebook using Google’s NotebookLM that contains all sources I used to investigate WiFi heart rate monitoring technology. When you click through to the Notebook, you’ll be able to:

    • Ask specific questions about the research and get AI-generated answers
    • Listen to an AI-generated podcast discussion of the key findings
    • Explore detailed study guides, timelines, and FAQ documents
    • Browse all the original sources with full context
    • Generate your own custom briefing documents on specific aspects

    Think of it as having an AI research assistant who has read everything about Pulse-Fi technology and can answer your questions instantly.”

    → https://notebooklm.google.com/notebook/e6f3293b-d4c9-44ec-95c1-ce78eacb3fa9

    These sources collectively explore the emerging field of Wi-Fi sensing, a technology that leverages existing Wi-Fi signals to detect various phenomena beyond traditional communication. Specifically, the articles highlight its significant potential in healthcare applications, such as non-invasive vital sign monitoring for breathing and heart rate, gait analysis, and fall detection, offering benefits like continuous patient surveillance and privacy preservation over conventional methods. While demonstrating remarkable accuracy with low-cost hardware like ESP32 and Raspberry Pi, the texts also address technical challenges like multi-person interference and signal quality, alongside crucial privacy and security concerns that arise from using ubiquitous Wi-Fi infrastructure for sensitive biometric data collection. The ongoing standardization efforts by the IEEE 802.11bf task group underscore the technology’s growing importance and its anticipated integration into future devices for various smart home and eHealth applications.

    Continue/Read Original Article Here: WiFi signals can measure heart rate—no wearables needed – News

    #2025 #America #Education #Health #HealthMonitoring #HealthResearch #HeartMonitoring #Libraries #Library #Reading #Science #Technology #UnitedStates #Wifi #WifiHeartbeat

  26. Medical and health research is vital to medicine and public health. There are already real world impacts felt around the country and around the world. People are dying, medical breakthroughs being delayed or prevented, and we are dismantling protections against . To put it in terms of money: health research grant money has a tangible . It is not a money sink: we get more than we put in.

    Access to healthcare is also being threatened with cuts to Medicaid which would prevent many who currently qualify from qualifying in the future. This means more being kept from health insurance. A trip to the doctor is no longer a question of time or coinsurance but instead a decision between with crippling or . are pushing for these cuts so their rich buddies pay even less in taxes and we can spend more the military. They are responsible for when you or your loved ones are faced with the decision between debt and death.

    Please share and for those in the ! And if a medical professional, researcher, or practitioner of some kind please sign.

    docs.google.com/forms/d/e/1FAI

    (apologies for the wall of hashtags)

  27. We've just added DHEAS to Health3! This crucial hormone influences several body systems according to research. Here's what science tells us about DHEAS and why tracking your levels matters: 🧵

    #DHEAS #HormoneHealth #HealthMonitoring

  28. Innovative wearable device measures skin-emitted gases, offering non-invasive insights into health. A leap forward in personalized diagnostics. #WearableTech #HealthMonitoring #Innovation

    geekoo.news/skin-deep-diagnost

  29. FCC OPENS ENTIRE 6 GHz BAND TO VERY LOW POWER DEVICE OPERATIONS - enabling more bandwidth for #AR and #VR applications as well as for #Wearables and #HealthMonitoring #MoreBandwidth

    docs.fcc.gov/public/attachment

  30. *Four* icecream cones is 300 calories? Where? What a load of 💩.

    IRL just the cone itself is 2-120 calories. So, I doubt this claim is true even for small cones in Lilliput. 🤦‍♂️

    eatthismuch.com/calories/ice-c

    #health #misinformation #healthMonitoring #technology

  31. Sentinel Tip - Monitor Sentinel Health: Regularly check the health and performance of your Sentinel deployment. Monitoring ensures that your system is running optimally.

  32. Personal #healthmonitoring is generally a good idea, however many of the software applications for doing so are proprietary, and leak data to who knows who. #MyGNUHealth avoids this problem. Right now you can install either via pip-install or Flatpak.

    #freesoftware #health #gnulinux #Linux

    pypi.org/project/mygnuhealth/

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