Pair your Bespoke AI WindFree air conditioner with a Galaxy Watch or Galaxy Ring¹ via SmartThings to activate ‘WindFree Wearable Good Sleep’ mode automatically, ensuring ideal climate conditions while you sleep.

WindFree cooling gently disperses air for more comfortable, draft-free cooling.

Hot and humid nights can make it difficult to fall asleep, and even harder to stay comfortable through the night. Understandably, disrupted sleep caused by heat and humidity is one of the biggest reasons people invest in or upgrade their air conditioners. In a recent Samsung survey², 80% of respondents cite heat- or humidity-disrupted sleep as a key driver behind their purchasing of cooling solutions.

Samsung’s answer is the 2026 Bespoke AI WindFree air conditioner, which provide WindFree cooling – a comfortable, draft-free cooling, without any uncomfortable blasts of cold air. Combined with ‘WindFree Wearable Good Sleep’ mode and the connected Galaxy ecosystem like your Galaxy Watch or Galaxy Ring through Samsung SmartThings, the air conditioner can respond to your needs automatically, helping create a more comfortable environment throughout the night.

‘WindFree Wearable Good Sleep’ Mode: Cooling That Works While You Sleep

Fall asleep, and your Samsung air conditioner already knows. Pair your Galaxy Watch or Galaxy Ring to the Bespoke AI WindFree Air Conditioner, and the mode automatically switches on by itself — without the need for remotes or fumbling in the dark.

When your connected Galaxy wearables detect you are asleep, the ‘WindFree Wearable Good Sleep’ mode turns on WindFree cooling and adjusts the cooling performance to suit your sleep patterns for an ideal sleeping environment.

Designed to support quality sleep throughout the night, it automatically adjusts the room temperature in response to the different stages of a sleep cycle, as the optimal temperature for sleep is not fixed for the entire period that a person sleeps.

It continually modifies the temperature throughout the night, adjusting it approximately three times: cooling quickly as you fall asleep, maintaining a comfortable environment during deeper sleep, and gradually increasing the temperature as you wake. This helps create a more comfortable sleep environment, particularly during warm nights where maintaining the right temperature all night can be challenging.

Set Up ‘Good Sleep’ Mode In A Few Steps

1. Download the SmartThings app on your Galaxy Watch or Galaxy Ring and ensure your Bespoke AI WindFree air conditioner and wearable device are connected to the same Wi-Fi network.

2. Make sure your air conditioner is connected to SmartThings, and pair your compatible Galaxy wearable with your Galaxy smartphone.

3. In the SmartThings app, go to Routines > Create routine. Under If, select Sleep, then choose “When you fall asleep” as the trigger.

4. Under Then, select Control devices > Air Conditioner, turn on the air conditioner, and select Good Sleep or WindFree + Good Sleep under Options.

5. Wear your Galaxy Watch or Galaxy Ring to bed. Once your wearable detects that you have fallen asleep, the preset air conditioner settings will be activated automatically.

Additionally, your Galaxy Watch or Galaxy Ring can also monitor your sleep patterns and provide insights into how well you’re sleeping, helping you better understand your nightly routine.

For more information on the 2026 Bespoke AI WindFree air conditioner and how it pairs with your Galaxy ecosystem, visit https://www.samsung.com/my/air-conditioners/windfree.

Frequently Asked Questions

Q. How does ‘WindFree Wearable Good Sleep’ mode work?

It connects the air conditioner to compatible Galaxy wearables, such as the Galaxy Watch or Galaxy Ring, through SmartThings. When the wearable detects that you have fallen asleep, it automatically activates WindFree cooling throughout the night to create the ideal climate for a deep and pleasant sleep.

Q. What other features of Bespoke AI WindFree air conditioner can be part of my bedtime routine?

AI Fast & Comfort Cooling helps bring the temperature down quickly based on room conditions and usage patterns. Once the room is comfortable, it eases into WindFree cooling, providing relief without the uncomfortable cold blast of air.

1. It can be used when linking a Samsung smartphone with Samsung software One UI version 4.0 or later and a wearable device that supports Wear OS: Galaxy Watch 4 or later, Fit 3 or later, Galaxy Ring. You must download the Samsung SmartThings App on the wearable device and connect the air conditioner to your home Wi-Fi. You can set it in the Samsung Watch App’s ‘Sleep well with smart devices’ or Settings > Mode and routine > Sleep menu, and you must wear the device while sleeping. SmartThings is optimized for Samsung smartphones and Galaxy Watches, and some functions may be limited when used on smartphones and watches from other manufacturers. ︎
2. The Samsung Consumer Insights survey included 1,233 respondents from four markets including Indonesia, Thailand, Philippines and Vietnam. ︎

The Health Forum held at Galaxy Unpacked July 2026 also shared Samsung’s Connected Care vision for the next chapter of digital health — a future where care moves from reactive treatment toward preventive, personalized, and connected experiences, supported by trusted health innovation and partnerships across the healthcare ecosystem. One technology that is helping power these new consumer experiences is the health foundation model.

Researchers from the Digital Health Team at Samsung Research America (SRA) are developing new AI technologies to continuously understand a person’s health state from biosignals, generate health insights, and offer appropriate health guidance.

Samsung researchers recently introduced two foundation models based on wearable data: xMAE (Physiology-Aware Masked Cross-Modal Reconstruction for Biosignal Representation Learning), which learns the temporal relationship between different biosignals, and HiMAE (Hierarchical Masked Autoencoder), which understands health patterns across different time scales in wearable time-series data. Both studies demonstrate advancement of health AI models that can better understand the physiological relationships and temporal structure of biosignals.

Samsung’s work on xMAE and HiMAE models was accepted to the International Conference on Machine Learning (ICML), and the International Conference on Learning Representations (ICLR), respectively, highlighting the significance of this research.

Health Foundation Models That Read the Body’s Signals: Why They Matter for Health 

A health foundation model is an AI model that uses self-supervised learning to learn meaningful features from unlabeled biosignal data. After being pretrained on large-scale health data, the models can be applied to perform a wide range of downstream health tasks, including biosignal analysis, developing new or improved biomarkers, and health issue prediction.

xMAE AI model: Continuous Cardiac Insight from Wearables

An electrocardiogram (ECG) on wearables directly measures the electrical activity of the heart and is useful for measuring heart rate and heart rate variability, identifying abnormal heart rhythms and risks for conditions such as atrial fibrillation. ECG is highly accurate, but typically requires users to pause and take an active measurement. On the other hand, photoplethysmography (PPG) can indirectly measure cardiac function by detecting changes in blood flow and can be passively and continuously measured through sensors in wearable devices such as smartwatches.

The two signals originate from the same cardiac activity, but they appear with a certain time difference, much like thunder is heard after lightning is seen. xMAE is a biosignal pretraining framework designed to learn the temporal relationship between the two signals by reconstructing masked portions of the ECG signal using the more easily and continuously measured PPG signal. As a result, cardiovascular health-related features can be analyzed more precisely using PPG without requiring separate manual ECG measurements.

The researchers pretrained xMAE using approximately 9,400 hours of ECG and PPG data. The model outperformed unimodal biosignal models and existing multimodal learning methods in 15 of 19 evaluation tasks, including cardiovascular disease prediction, abnormal test-result detection, and sleep-stage classification. The study also confirmed the potential to use the learned features across different sensor devices, body locations and data-gathering environments.

HiMAE AI model: Reading the Body at Every Time Scale on the Device

Health data measured from wearable devices can reveal different information depending on the time scale at which it is analyzed. For example, short time segments can reveal rapidly changing signals such as heartbeats, while longer time segments can uncover patterns that accumulate over time, such as sleep or physical activity. This is similar to examining different information by zooming in and out of an image.

HiMAE is a self-supervised learning model that learns representation from wearable data across multiple time scales. It uses multiple encoders to analyze short and long segments separately, allowing the model to identify information required for each health task, such as heart rate analysis or sleep prediction, at the appropriate time scale. During training, the model reconstructs masked parts of the data. This enables it to learn key patterns in biosignals even when labeled data is limited.

A single pretrained HiMAE model handles classification, numerical prediction and data generation. The model achieved high performance while being smaller than existing models. It also improved computational efficiency to the point where it can produce results in less than one millisecond on a smartwatch-class central processing unit (CPU). Most importantly, HiMAE demonstrates the potential of on-device health foundation models for the first time — analyzing raw health signals in real time, without relying on cloud servers.

The Next Step Toward Connected Care

Together, xMAE and HiMAE, represent an advance in AI models that precisely understand the physiological relationships and temporal structures unique to biosignals. Both models aim to deliver precise, continuous, personalized health insights and to generalize across many health tasks from a single pretrained model. Hear more from the researchers behind this work below.

Directed by Emmy-nominated filmmaker, Marvel alum and acclaimed production designer Kasra Farahani, the new campaign video showcases Spider-Man as he fights crime and puts his phone through the wear and tear of superhero life. In the spot, the Fabricator creates a number of devices for Spider-Man built to withstand the pace and unpredictability of life behind the mask. The teaser hints at what’s to come in the next chapter for Samsung Galaxy, while Ned Leeds uses Spidey Tracker to stay on Spider-Man’s trail. Spider-Man fans should also keep an eye out for a range of exciting Easter eggs hidden throughout the teaser.

Set in Peter Parker’s apartment, the new brand spot tells an original story that blends product innovation with actual clips from Spider-Man: Brand New Day, giving fans a glimpse of the highly anticipated film ahead of its theatrical release on July 31. Today’s creative rollout teases a larger story that will continue during Galaxy Unpacked on July 22.

Earlier this summer, Jacob Batalon, as Ned Leeds, helped unveil Spidey Tracker, an interactive fan experience powered by Samsung Galaxy. Now, Batalon is joining #TeamGalaxy as the brand’s newest ambassador.

“The Galaxy Z Fold is a perfect match for Ned and the creation of the Spidey Tracker,” said Jacob Batalon. “Getting to use Galaxy Z Fold7 and Galaxy Watch on set was a cool experience and I’m excited to officially join Team Galaxy as a natural extension beyond the movie.”

Stay tuned to the next Galaxy Unpacked on 22 July 2026 and register your interest here for the Next Galaxy Devices from 8 to 22 July, to stand a chance and win prizes worth up to RM62,944 and get extra RM120 e-voucher when you complete your details.

From 8 to 24 July 2026, eligible participants can also reserve their interest and pay RM50 and get Samsung Reservation+ Voucher worth RM250 when they register for the next Galaxy Foldable device.

Visit https://www.samsung.com/my/gift-card/e-vouchers/pre-registration-evoucher-z-code-evoucher/ to get your voucher today.

Simply wearing the new Galaxy Watch is all it takes to experience a whole new level of effortless wellness. Galaxy Watch works continuously in the background, making comprehensive healthcare a seamless part of your daily routine. Powered by all-new internal components and enhanced battery life, the upcoming Watch is built to track your health for longer and with greater accuracy.

Galaxy Watch has always understood us in ways we can’t always see — tracking how we rest, move and sleep. Now enhanced with intelligent, AI-driven insights, it is evolving to help us better understand and proactively manage our health in real time.

Stay tuned and register your interest here for the Next Galaxy Devices from 8 to 22 July 2026, to stand a chance to win prizes worth a total of up to RM62,944 and get an extra RM120 e-voucher when you complete your registration.

Wearable technologies have become a widely available and cost-effective way to capture continuous, real-world health data, making them extremely appealing for clinical research. However, many research programs struggle to translate wearable-generated signals into clinically meaningful evidence.

Samsung addresses this challenge through an integrated approach that combines its latest advancements in wearable technology with clinically validated measurements, including bioelectrical impedance analysis (BIA) and electrodermal activity (EDA), as well as Software as a Medical Device (SaMD) features such as obstructive sleep apnea (OSA) and atrial fibrillation (AFib) detection, biomarker development expertise and research-related technical infrastructure designed to support evidence generation across the research lifecycle.

“The future of clinical research is increasingly collaborative and brings together technology, scientific expertise and research partners to generate a deeper understanding of human health,” said Jongmin Choi, Head of Health R&D Group, Mobile eXperience (MX) Business, Samsung Electronics. “Through our collaboration with Alcedis, Samsung is unlocking new opportunities for biomarker development, digital endpoint innovation and evidence generation throughout the research lifecycle.”

Samsung’s research platform starts with its cutting-edge devices and biosensors featured on Galaxy Watch that enable continuous collection of physiological data in real-world environments for users that have consented. With industry-leading wearable technology and a collaborative approach to developing measurement methodologies that provide a foundation for scientifically meaningful digital biomarkers and endpoints, Samsung’s research platform allows for faster study setup with fine-grained control of biosensors and access to participant- and device-level insights and biosensor data with respect to the study and established protocols.

As healthcare shifts toward more connected, data-driven models of care and research, Samsung is helping bridge the gap between everyday health monitoring and scientific discovery — enabling a new era of evidence generation that brings researchers closer to real-world insights and helps accelerate innovation across the healthcare ecosystem.

“The future of clinical research depends on our ability to capture meaningful health data beyond traditional clinical settings,” said Hanno Härtlein, CEO of Alcedis. “Our collaboration with Samsung brings together complementary strengths and scalable infrastructure to help advance endpoints and biomarker development, to accelerate evidence generation and support the development of more patient-centric healthcare innovations. Under our collaboration, Alcedis will lead study execution and participant engagement, while Samsung will provide its advanced wearable technology and research infrastructure to support evidence generation.”

Designed to expand the narrative beyond the film, the experience bridges the world of Spider-Man: Brand New Day with real world campaign moments that include cast appearances and interviews, spotlighting live activations, content drops, hidden easter eggs, and fan-submitted sightings. Fans can join in on the interactive campaign, follow Spider-Man sightings and engage with the story in real time, while connecting to a shared community experience at SpideyTracker.com and on X @SpideyTracker. The Spidey Tracker is available in 35 countries worldwide.

Spidey Tracker powered by Samsung Galaxy as seen in the upcoming Spider-Man: Brand New Day film. © & 2026 MARVEL. ©2026 CPII & TSG

Galaxy Technology in Action

Through integrated storytelling, moviegoers will see the portability of Galaxy Z Flip on full display in the hands of Spider-Man and the multitasking benefits of Galaxy Z Fold and Galaxy Watch as Ned Leeds tries to locate the elusive Spider-Man.

Reflecting the reality that even our closest relationships can evolve as life takes us in new directions, Samsung is highlighting how its technology helps people stay close to those who matter most. It celebrates the importance of human connection and self-expression, bringing together Samsung’s ethos with the inspiring characters and timeless stories that make Spider-Man one of the world’s most iconic heroes.

“Spider-Man has always been a hero defined by his connection to his community. Teaming up with Samsung helped bring that spirit to life both on screen and beyond, integrating the technology people use every day into Spider-Man’s world while also bringing innovative and fun new ways for fans to engage through the Spidey Tracker,” said Jeffrey Godsick, Executive Vice President, Global Partnerships, Sony Pictures Entertainment.

Unfolding online and in real-world spaces throughout the summer, see Spidey pop up on the map, at live events and venues, popular creator videos, and maybe even a Samsung Experience Store — keep your eyes peeled!

Learn more about the latest Galaxy innovations keeping your favorite heroes connected at https://news.samsung.com/my/ and don’t miss Sony Pictures’ Spider-Man: Brand New Day exclusively in theaters July 31.

Samsung Electronics Co., Ltd. today announced a major update to the Samsung Health app, transforming the upcoming Galaxy Watch into a proactive, intelligent health partner. Starting June 8, Samsung will begin rolling out the app update to showcase the key health features included in the upcoming Galaxy Watch. The update[1] makes daily health management effortless by translating complex biometric data — from overnight sleep to daily activity — into simple, actionable guidance.

“Samsung Health is evolving to connect health data measured by Galaxy Watch with AI-based insights, enabling users to understand their physical and mental condition more easily and intuitively,” said Hon Pak, Senior Vice President and Head of the Digital Health Team for the Mobile eXperience (MX) Business at Samsung Electronics. “Samsung Electronics will continue to expand proactive and personalized health management experiences based on the connected Galaxy ecosystem and digital health innovations.”

This advancement is a key milestone in Samsung’s overarching vision for a truly AI-powered health platform designed to help users stay ahead of their health. The newly announced health features will first be available on the upcoming Galaxy Watch.

Features Transforming Galaxy Watch into an Intelligent Health Partner

The Samsung Health update comes with the following features:

• Vitals: A Better Understanding of the Body’s Signals — Previously, Samsung Health monitored specific health metrics to help measure users’ daily Energy Score. Now, Samsung Health is taking this a step further. When users wake up, the new Vitals feature analyzes five key overnight bio-signals — heart rate, heart rate variability, respiratory rate, skin temperature and blood oxygen — against their true resting baseline. It sends notifications only when it detects meaningful deviations, helping users determine if they need more rest or are fighting an illness, without causing alert fatigue.

• Heart Health Score: Improved Long-Term Wellness — Last year, Samsung introduced Vascular Load to help users monitor vascular stress and adopt a more holistic approach to health. Today, that vision evolves into the Heart Health Score. This single daily metric takes the insights previously found in Vascular Load — such as sleep, stress and activity — and combines them with body composition data. The result is a unified score that clearly identifies the habits impacting users’ long-term well-being, giving them immediate clarity on their heart health.

• Daily Cardio Load: Smarter Cardiovascular Training — When users are deciding how hard to push during aerobic exercise, Daily Cardio Load measures accumulated cardiovascular strain. By calculating daily load and maximum training capacity, it recommends optimal training targets and rest times to ensure users reach their goals without risking burnout or injury.

• Fitness Index: Seamless Progress Tracking — The Fitness Index ensures exercise routines are working by analyzing metrics like heart rate, VO₂ max (a key measure of aerobic fitness) and daily steps against users’ peers. By clearly identifying individual physical strengths and weaknesses, it delivers tailored content and personalized goals so users can make continuous, targeted improvements.

New Samsung Health Design for a Simplified, Personal Experience

To make these proactive insights easy to find, Samsung Health introduces a streamlined layout organized into five core pillars: Sleep, Activity, Nutrition, Mindfulness and Vitals. Within the Home screen, users can now easily access their daily wellness tips alongside their AI-powered Energy Score. This centralized view removes guesswork from health management, allowing users to quickly understand how different aspects of their routine interconnect at a single glance.

Upgraded Capabilities for Proactive Wellness

Samsung Health is also significantly advancing the core features users already rely on, delivering deeper personalization with greater precision. As users navigate their day, Antioxidant Index now provides an even clearer roadmap of their nutritional intake. With new trend charts and daily history logs, it visually connects users’ dietary choices to physical responses over time. Behind the scenes, the AGEs index has been enhanced to quietly work in the background, capturing automatic overnight measurements to build a long-term picture of how lifestyle choices accumulate in users’ bodies. This helps users uncover health insights that truly matter for their well-being.

Comprehensive wellness extends to external environments, as well, with Samsung offering a brand-new Hearing Health feature that integrates seamlessly across the Galaxy ecosystem. By monitoring surrounding ambient noise through Galaxy Watch, it delivers personalized analytics to help protect the user’s ears — whether they are on a loud commute or dialing up the music during a workout.

Together, these advanced refinements and new ecosystem-connected features turn everyday data into simple, practical guidance, setting the perfect stage for the future of Samsung Health.

A Seamlessly Connected Health Ecosystem

Samsung’s expansive ecosystem unlocks the true power of these new features, seamlessly managing health across users’ Galaxy mobile phones and connected devices. This frictionless integration ensures that personalized insights are always accessible, providing a unified view of user well-being. These advancements offer a glimpse into the future of Samsung Health — a future that will be fully realized with the launch of Samsung’s next generation of Galaxy Watches, engineered to bring this proactive intelligence to life like never before.

[1] New health features are for wellness only, not for the diagnosis or treatment of any medical condition. If concerned about health, be sure to see a medical professional. Available on Android phones (Android 10 or above) and requires the Samsung Health app (v7.0 or above). Samsung account login required. Certain features may require user activity and data accumulation over time to enable personalized results. Feature availability, supported devices, and rollout timing may vary by market, model, and other factors and are subject to change.

As GLP-1 medications become widely adopted for weight management and chronic disease treatment, tracking changes in muscle mass and physical activity alongside weight loss has emerged as a key medical focus. This research will delve into the feasibility of managing muscle loss for GLP-1 patients by utilizing biometric data including body composition, activity levels and heart rate provided by Galaxy Watch and Samsung Health.

Samsung and MGH have continuously collaborated on digital health research utilizing both Galaxy Watch and Samsung Health, including studies on Advanced Glycation End Products (AGEs). The MGH Diabetes Research Center, which specializes in research on diabetes and GLP-1 obesity treatment, initiated the joint study with Samsung after recognizing the potential for wearables to monitor body composition.

This study will also utilize Galaxy Watch8, powered by Samsung’s groundbreaking BioActive Sensor,[2]which helps provide advanced predictive and preventative wellness through more accurate health measurements.

Under the leadership of Dr. Melissa Putman, the study will enroll 100 adults beginning treatment with weight-loss medications into two groups. The intervention group will use Galaxy Watch to monitor their body composition via Bioelectrical Impedance Analysis (BIA), track physical activity and receive personalized exercise guides. Their progress will be compared to the other group, which will receive the standard guidance and care typically given to patients starting GLP-1RA therapy.

To evaluate the study’s progress, researchers will use clinical-grade DXA scans[3]— the gold standard for body composition analysis — to track physiological changes in both groups. These data will help determine whether the insights and tailored guidance provided by Galaxy Watch8 can effectively support participants in building healthier daily habits, which may in turn contribute to better health outcomes particularly in preserving muscle mass.

“Many GLP-1 patients struggle with muscle mass loss, a common side effect that can cause an increased risk of cardiovascular disease and a drop in basal metabolic rate, which can lead to future weight regain,” said Dr. Putman, Director of the MGH Diabetes Research Center. “We’re interested in exploring how continuous data from a wearable device can provide invaluable insights into a patient’s activity levels, heart rate and body composition, giving clinicians a more holistic view of treatment impact and allowing for more timely, data-driven adjustments to their care plan.”

“This collaboration with MGH focuses on addressing real-world health challenges that patients face during GLP-1RA therapy, specifically managing muscle loss and building healthy habits,” said Jongmin Choi, Head of Health R&D Group, Mobile eXperience (MX) Business, Samsung Electronics. “Ultimately, this study highlights Samsung’s ongoing commitment to delivering comprehensive and proactive health management solutions through the advanced capabilities of Galaxy Watch.”

Samsung remains committed to researching how Galaxy Watch can support patients in managing their daily physical health. By fostering sustainable wellness habits, the company aims to help patients achieve better clinical outcomes and long-term vitality.

Samsung continues to expand its partnerships with leading medical institutions to advance wearable health monitoring capabilities and broaden the digital health ecosystem. Recently, Samsung demonstrated the potential for early vasovagal syncope (VVS) detection using Galaxy Watch in a joint clinical study with Chung-Ang University Gwangmyeong Hospital in Koreaand alsocollaborated with Stanford Medicine to further advance Galaxy Watch’s Sleep Apnea feature.

[1] Glucagon-Like Peptide-1 (GLP-1) is a hormone secreted by the intestines after eating that regulates blood sugar levels and suppresses appetite. While GLP-1 weight-loss medications that mimic this hormone are gaining significant popularity globally, they can be accompanied by side effects such as gastrointestinal disorders, muscle mass loss and potential weight regain upon discontinuation.

[2] The BioActive Sensor is a technology that integrates three sensors into a single chipset: an optical heart rate sensor (PPG), an electrical heart rate sensor (ECG) and a bioelectrical impedance analysis sensor (BIA). This sensor has been featured in Galaxy Watch devices since the release of Galaxy Watch4 in 2021, allowing users to measure and monitor various health indicators, such as body composition, heart rate, blood pressure and ECG tracking.

[3] DXA (Dual-Energy X-ray Absorptiometry) scan: A specialized medical imaging technology that uses low-dose X-rays to precisely measure body composition, including body fat, lean muscle mass and bone density. Universally recognized as the “gold standard” for body composition analysis, it is widely utilized in clinical research to accurately evaluate physiological changes.

Vasovagal syncope occurs when a person’s heart rate and blood pressure drop abruptly due to factors like excessive stress, leading to a temporary loss of consciousness. While the fainting spell itself is typically not life-threatening, sudden falls can cause severe secondary injuries like fractures or concussions, making early prediction critically important for prevention.

“Up to 40% of people experience vasovagal syncope over their lifetime, with one-third experiencing recurrent episodes,” said Professor Junhwan Cho of the Department of Cardiology at Chung-Ang University Gwangmyeong Hospital. “An early warning could give patients advance time to get into a safe position or call for help, which would dramatically reduce the incidence of secondary injuries.”

The joint research team, led by Professor Cho, conducted evaluations on 132 patients with suspected VVS symptoms during induced fainting tests. Using a Galaxy Watch equipped with a photoplethysmography (PPG) sensor, the team analyzed the watch’s heart rate variability (HRV) data with an AI algorithm. The model successfully predicted impending fainting episodes up to five minutes in advance with 84.6 percent accuracy, at a clinically meaningful sensitivity of 90 percent and a specificity of 64 percent.

“This study is an example of how wearable technology can help shift healthcare from being designed for ‘post-care’ to a model of ‘preventive care,’” said Jongmin Choi, Head of Health R&D Group, Mobile eXperience (MX) Business, Samsung Electronics. “We are committed to driving technological innovation that empowers our users to lead healthier everyday lives.”

The research findings were published in Volume 7, Issue 4 of “European Heart Journal – Digital Health,” a leading medical journal, and they represent the world’s first study to successfully demonstrate the potential for a commercial smartwatch to provide early prediction of syncope.

Samsung plans to further advance the health monitoring capabilities of its wearable portfolio and expand collaboration with leading medical institutions. Through these efforts, the company aims to lead the digital health industry and accelerate the implementation of personalized, preventive health solutions.

Samsung Electronics Co., Ltd. today announced the availability of the One UI 8 Watch update[1] for Galaxy Watch Ultra, unlocking the motivational health features and refined, intuitive interface unveiled with the new Galaxy Watch8 series to a wider Galaxy users. With the update, Galaxy Watch Ultra users now have access to powerful tools[2] like Running Coach, Vascular Load, Antioxidant Index — all designed to help users build healthier habits through motivational insights.

With One UI 8 Watch, the user interface is optimized to deliver essential information at a glance on a smartwatch-sized screen. Multi-Info Tiles pull everything from health metrics to weather into a customizable view, delivering the information users need, exactly when they need it. Now Bar[3] ensures that whatever users are working on is always accessible. These One UI 8 Watch features integrate seamlessly with Galaxy Watch Ultra’s robust performance and durability.

Galaxy Watch Ultra remains the ultimate wearable companion for those who love outdoor adventure, all available in four stunning titanium finishes — including the newly introduced Titanium Blue. Meanwhile, Galaxy Watch8 is designed for everyday wellness with comfort and style, while Galaxy Watch8 Classic offers timeless sophistication paired with advanced functionality. Galaxy Watch8, Galaxy Watch8 Classic and Galaxy Watch Ultra in Titanium Blue will soon be globally launched.

Take advantage of these pre-order promotions and grab your very own Galaxy Watch today!

To pre-order Samsung’s latest devices, please visit the following sites:

Samsung Galaxy Watch8: www.samsung.com/my/watches/galaxy-watch/galaxy-watch8-44mm-silver-bluetooth-sm-l330nzsaxme/

Samsung Galaxy Watch8 Classic: www.samsung.com/my/watches/galaxy-watch/galaxy-watch8-classic-46mm-black-bluetooth-sm-l500nzkaxme/

Galaxy Watch Ultra: https://www.samsung.com/my/watches/galaxy-watch-ultra-2025/buy/

[1] One UI 8 Watch update will be progressively rolled out to previous Galaxy Watch models. All functionality, features, specifications and other product information provided in this document including, but not limited to benefits, design, pricing, components, performance, availability, and capabilities of the product are subject to change without notice.

[2] Availability and features may vary depending on market, model and the smartphone paired; visit https://www.samsungmobilepress.com/feature-stories/great-health-can-happen-overnight-with-galaxy-watch for details. Not intended for use in detection, diagnosis, treatment of any medical condition. The result is for your personal reference only. Please consult a medical professional for advice.

[3] Availability of functions supported within the apps may vary by market. Some functional widgets may require a network connection and/or Samsung Account login.