All articles tagged with #health monitoring
ASUS unveiled the VivoWatch 6 Plus at Computex, a globally launching smartwatch featuring a 1.43-inch AMOLED display in a titanium alloy chassis with sapphire glass, IP68 protection, and continuous health tracking including ECG, blood pressure, gait analysis and sleep-breathing monitoring.
Apple’s premium smartwatch gets a full redesign: a thinner 10.7mm profile, larger display, and tougher build, plus an upgraded eight-sensor back panel for more precise health data and real-time blood pressure monitoring. It adds satellite connectivity, a customizable action button, and smarter Siri with WatchOS 27, while Touch ID in the crown is not included. It’s set to be unveiled at the September event with pricing starting at $799.
Samsung is rolling out blood pressure tracking to US Galaxy Watch 4+ devices via the Samsung Health Monitor app, but it requires a third‑party cuff to calibrate baseline blood pressure and periodic recalibration every 28 days. The feature is framed as a wellness tool to sidestep FDA clearance, with a future passive BP trend view promised later this year; rollout is phased across eligible devices.
A study by researchers from the University of Calgary and the National Research Council of Canada suggests that living bodies, including humans, may emit a faint visible light called biophotons, which significantly diminishes upon death. Experiments on mice and plants showed that these ultraweak photon emissions are linked to cellular stress and reactive oxygen species, potentially offering a non-invasive way to monitor health and stress in living organisms. The findings, published in The Journal of Physical Chemistry Letters, challenge previous notions about biological light emissions and open new avenues for health diagnostics.
Smart rings are becoming mainstream, with a projected 49% increase in shipments in 2025, offering discreet health and activity tracking with longer battery life and more accurate readings than smartwatches. Leading brands like Oura, Ultrahuman, RingConn, and Samsung are innovating with features like sleep analysis, bloodwork integration, and AI insights, making smart rings a popular choice for continuous health monitoring. Oura remains a top contender due to its accuracy and design, as the category continues to grow and diversify.
Fitbit Labs is testing new features including Unusual Trend Detection and a Hypertension Study using the Pixel Watch 3, aiming to identify early signs of high blood pressure and provide health alerts, with participant recruitment ongoing in the US.
Research shows that data from Apple Watch combined with AI can detect signs of heart damage, highlighting the potential of wearable technology in health monitoring.
After four months of testing, the Oura Ring Gen 4 is considered the best smart ring for accuracy and durability, especially for sleep and stress tracking, but its bulky design and high cost, including a subscription fee, may deter some users.
Kohler has introduced a smart toilet camera called Dekoda that analyzes waste for health insights like blood detection and hydration, with subscription plans, emphasizing privacy and data security, and competing with startups like Throne.
Kohler has launched a $600 smart toilet that connects to an iPhone and monitors health by analyzing waste, representing an innovative integration of health tech and smart home devices.
Kohler has introduced a $599 device called Dekoda that clamps onto the toilet rim and uses discreet optics to analyze excretions for health indicators like blood, gut health, and hydration, with data secured via fingerprint authentication and encryption, though privacy and effectiveness with dark toilets are concerns.
Scientists have confirmed that living organisms, including humans, emit faint biophotons due to oxidative metabolic processes in mitochondria, and this emission ceases after death. The phenomenon, observable in both animals and plants, is purely biochemical and could have applications in health and ecological monitoring.
A study by researchers from the University of Calgary and the National Research Council of Canada suggests that living bodies, including humans, may emit a faint visible light called biophotons, which significantly diminishes upon death. Experiments on mice and plants showed that stressed cells emit more biophotons, indicating potential for non-invasive health diagnostics. The findings, published in The Journal of Physical Chemistry Letters, open new avenues for understanding biological health and stress through light emissions.
Samsung researchers have developed a method to track cognitive function and potentially detect early signs of Alzheimer's disease using data from smartphones and Galaxy Watches, including app usage, typing patterns, sleep, and voice analysis, though the technology is still in development.
Apple explains how hypertension alerts work on the Apple Watch, highlighting its health monitoring capabilities for detecting high blood pressure, which can help users manage their health more effectively.