Samsung Newsroom

On March 27, Samsung KX in London came alive as Samsung Electronics brought fans together for Samsung OLED FC, a Clubs tournament in EA SPORTS FC 26 that turned live competition into a showcase of speed, skill and immersive display performance. With a peak of about 42,000 viewers tuning in remotely at the same time through the Samsung Odyssey and other Twitch channels, the event combined the atmosphere of a live esports showdown with the reach of a global online broadcast. Team captains from France, Germany, Spain and the UK competed on the main stage in front of a live audience, while their teammates joined the action remotely. Samsung OLED FC captured the thrill of competition, from crowd reactions and influencer appearances to the winning play. Powered by Samsung’s latest OLED display lineup, the tournament gave attendees a front-row seat to vivid visuals and fast-paced gameplay on the OLED TVs (S90F) and the Odyssey OLED G6 (G60SF) monitors. Samsung Newsroom captured key scenes from the event below. ▲ Fans fill Samsung KX in London as Samsung OLED FC brings a live EA SPORTS FC 26 competition to the venue. ▲ The main stage at Samsung KX is set for competition, showcasing EA SPORTS FC 26 gameplay on Samsung OLED TVs during Samsung OLED FC. ▲ Powered by Samsung OLED, the event delivered vivid visuals and immersive gameplay — featuring the Odyssey OLED G6 (left) and Samsung OLED S90F (right). ▲ Team captains from France, Spain, Germany and the UK are welcomed on stage ahead of the tournament at Samsung OLED FC. ▲ Team captains Gravesen_1 (Spain) and RockY (France) compete live on stage during Samsung OLED FC. ▲ Team UK and Team Spain face off on stage at Samsung OLED FC. ▲ Team UK and Team Germany compete as fans watch the action unfold at Samsung OLED FC. ▲ Fans watch as Team Germany and Team France compete on stage at Samsung OLED FC. ▲ The crowd reacts to a goal during Samsung OLED FC. ▲ Players go live from the on-site gaming bus, a dedicated streaming hub at Samsung OLED FC. ▲ Visitors experience Samsung Odyssey OLED gaming performance at Samsung KX. ▲ The night ends with Team France lifting the title at Samsung OLED FC. View the full article

At Integrated Systems Europe (ISE) 2026, Europe’s largest display exhibition held in Barcelona this February, an installation at the Samsung Electronics booth captured visitors’ attention. Just 52 mm thick, the display shows objects rotating 360 degrees as if floating in midair — without 3D glasses. Spatial Signage, Samsung’s glasses-free 3D display, has earned industry recognition with awards at IFA 2025, CES 2026 and ISE 2026. Bringing the concept to life required close collaboration across display, research and design teams — each solving a different piece of the 3D puzzle. Samsung Newsroom spoke with experts across the company — Jong-Gu Sun and Yujin Nam from the Visual Display (VD) Business, Chang-Kun Lee from Samsung Research (SR) and Eun Vit Chung from the Corporate Design Office (CDO) — about the journey behind the innovation. ▲ Spatial Signage Redefining the 3D Visual Experience As demand grows for more distinctive visuals, the need for new display solutions is increasing. “We are seeing rising interest in visually striking content that captures attention, such as ultra-large LED-based anamorphic displays,” said Sun. “However, these installations typically require more space than traditional signage and dedicated 3D content.” “Spatial Signage delivers immersive 3D depth without glasses or bulky holographic boxes, enabling differentiated experiences across a wide range of environments,” he added. “It also reduces the cost of producing dedicated content while remaining compatible with existing signage systems.” ▲ Sun discusses how Spatial Signage brings immersive 3D experiences to life. Turning the concept into reality required a strong technological foundation. “While exploring new signage solutions, we discovered advanced display technology under development at Samsung Research and realized it could enable 3D signage for B2B environments,” said Chung. “From that point, close collaboration among SR, CDO and the VD Business advanced the technology and brought it to market.” Inside the Technology Behind Spatial Signage At the core of Spatial Signage is 3D plate technology. “The system combines a display with optical components to send separate images to each eye, applying the principle of binocular disparity so the brain perceives depth,” Lee explained. “A lenticular card — which shows different images depending on the viewing angle — is a common example of a 3D plate.” ▲ Principle of 3D plate technology “Spatial Signage uses a new method of rendering 3D images to address the limitations of conventional glasses-free 3D displays, such as reduced image quality and narrow viewing angles,” he added. “By presenting the main subject in high-resolution 2D while using a 3D plate to create depth in the background, it achieves both immersion and high image quality.” Building an ultra-large, 85-inch 3D display was no easy task. A 3D plate is made by combining lenticular lenses with printed images to produce 3D visuals — and once created, it cannot be adjusted. ▲ Lee highlights Samsung’s innovative technology behind the ultra-large, 85-inch 3D display. “If discrepancies between design specifications and the actual structure are not precisely accounted for, the background on screen can appear distorted,” said Lee. “To address this, we developed a special pattern to detect errors during lens production.” By combining this printed pattern with the lenticular lens, the team could quickly identify deviations and adjust printing conditions accordingly. Securing depth while maintaining a slim profile was another challenge. Spatial Signage uses a thin 3-4 mm 3D plate to create a box-like sense of space with a perceived depth of up to 500 mm, as if extending inside the screen. “Achieving depth with such thin optical materials made lens design and reliability testing difficult,” Nam explained. “Despite numerous unexpected obstacles, we explored a range of ideas and ultimately improved the product’s quality.” ▲ Nam shares how the team achieved a 3-4 mm thickness and 500 mm depth through numerous trials. The team also faced physical limitations. “With an ultra-large 3D plate, gravity can cause sagging, leading to blemishes or distortions, while vertical lenses can produce the moiré effect — a high-frequency, wave-like pattern,” said Nam. “We repeatedly encountered these technical constraints. It would not have been possible without close collaboration across teams.” ▲ (From left) Chang-Kun Lee and Eun Vit Chung Crafting Depth Through Design With the technology in place, the next step was to design an intuitive and immersive visual experience. “To maximize depth on the 85-inch screen, we refined the 3D plate imagery and developed guidelines for image processing that enhance elements such as perspective and shadows,” Chung emphasized. “It is the result of years of accumulated expertise and dedication.” As a result, the 3D plate features precisely calculated lines, surfaces and gradient backgrounds, while the foreground 2D content incorporates lighting, shadows and perspective aligned with the background’s depth. “This project felt like bringing virtual images from a 3D program into the real world,” said Chung. “I’ve grown attached to each visual element created through this process.” ▲ Chung explains how Spatial Signage reflects Samsung’s design expertise, from 3D plate image design to lighting and perspective. However, implementing the concept proved more complex than expected. “While typical design work can rely on a single image, Spatial Signage requires images to be divided into micrometer-level segments — thinner than a strand of human hair,” Chung explained. In other words, designers had to anticipate how those segments would come together. “It would have been impossible without a deep understanding of optics. By studying and applying those principles, we achieved the sense of depth seen today.” New Opportunities for B2B Displays Developed through close collaboration across teams, Spatial Signage goes beyond traditional displays and opens new possibilities in everyday environments. To increase its versatility in diverse retail settings, Samsung plans to expand its lineup past the current 85-inch model with 32-inch and 55-inch options later this year. ▲ Samsung VXT lets users create signage-ready videos. “Whenever I walk by a café with Spatial Signage, I notice people pausing to look at the display,” said Nam. “For cafés or franchises seeking a more engaging way to promote seasonal menus or events, it can offer a compelling alternative.” AI Studio,1 an AI-powered content creation app within Samsung Visual eXperience Transformation (VXT), lets users create signage-ready videos from a single product image. In addition to supporting standard digital signage, it offers an option to optimize content specifically for Spatial Signage — delivering a truly immersive experience on the 3D display. “In addition to retail, Spatial Signage is drawing strong interest from sectors including 3D audiovisual solutions for education in Europe, virtual personal training systems for major fitness chains and augmented reality waiting areas at theme parks in Korea,” said Sun. “Through innovative display solutions, we will continue to build a commercial display ecosystem that only Samsung can deliver.” ▲ Spatial Signage unlocks versatile, innovative display experiences. Ultimately, Spatial Signage is not just about making images appear in 3D — it is about creating more immediate, memorable and lifelike experiences in everyday spaces. Samsung VXT is sold separately, and solution availability varies by region. The AI Studio app will be available in April 2026 and may incur additional usage fees. ︎View the full article

From March 25 to 29, Samsung brought its vision of art at home to Art Basel Hong Kong 2026, where 240 leading galleries from 41 countries and territories gathered for one of the art world’s premier events. At a special booth, Samsung displayed how 2026 Samsung Art TVs bring every artwork to life with breathtaking detail. ▲ Visitors enter Samsung Art Lounge at Art Basel Hong Kong 2026, where large-scale digital artworks introduce an immersive vision of art in everyday life. As provider of the Official Art TV of Art Basel, Samsung welcomed visitors into an immersive exhibition shaped by light, scale and space. Pairing monumental digital imagery with more intimate viewing moments, the experience showed how art can transcend the gallery into daily life at home. A New Home for World-Class Art Samsung Art TV Lounge was built around the concept “Crossing Time, Crossing Space,” connecting Korean artistic heritage with a contemporary vision of art at home. ▲ “Crossing Time, Crossing Space” unfolds through Samsung’s partnership with the National Museum of Korea. Visitors first passed through an exterior LED facade before entering the lounge, where vivid digital artwork unfolded across Samsung Art TVs. ▲ At the center of Samsung Art Lounge, the 130-inch Micro RGB turns digital art into an architectural focal point. Inside the space, a cube-like arrangement featured the Samsung OLED on the left, The Frame Pro on the right and the 130-inch Micro RGB that anchored the exhibition, capturing every nuance of brushstroke and light in true-to-artist detail. ▲ From left to right: Samsung OLED, Micro RGB and The Frame Pro shape the presentation at Samsung Art Lounge. Across the three Samsung Art TVs, selections from the late Samsung Chairman Lee Kun-Hee’s renowned Collection were presented through Samsung’s partnership with the National Museum of Korea, alongside works by Yoon-Hee, living in France, known for large, simple abstract paintings and metal sculptures that explore time, and the mix of Asian and European styles, and JongSuk Yoon, living in Germany, known for dreamy, colorful landscapes that connect East Asian traditions with Western abstract art. Further into the exhibition, guests explored Samsung Art Store’s 2026 Art Basel Hong Kong collection, a curated selection of 25 works from 20 emerging and established artists represented by eight prestigious galleries, including Bank, CLC Gallery Venture, Lin & Lin, Pearl Lam, Rossi & Rossi, Tomio Koyama, Vacancy and Don Gallery. ▲ Featured works from the curated Art Basel Hong Kong 2026 collection for Samsung Art TV were on display at the Samsung Art TV Lounge. ▲ Visitors engaged with artworks displayed across the exhibition including Samsung Art TVs. Interactive moments extended beyond the Samsung Art TV Lounge, with visitors invited to explore Samsung Art TV displays across the fair and take part in an Art TV billboard selfie activation at the Hong Kong Entertainment Building Shopping Arcade, reinforcing the idea that art can be experienced as part of everyday life from anywhere. ▲ Junwha Hong, Vice President and Head of Marketing for Samsung’s Visual Display Business and Art Basel CEO Noah Horowitz at Samsung Art Lounge An Evening of Art, Style and Discovery Samsung also hosted an exclusive evening at Pier 1929, inviting guests to explore their artistic preferences with Samsung Art TV. Throughout the evening, attendees took part in an interactive program that guided them through curated activities inspired by the artworks on display. From artwork selections to photo activations and dinner conversations, the experience fostered a personal connection with art. ▲ Attendees took part in hands-on creative activities inspired by the artworks on display. ▲ Small-group dinner conversations brought art, technology and personal discovery together. Junwha Hong, Vice President and Head of Marketing for Samsung’s Visual Display (VD) Business, opened the evening by reflecting on Samsung’s ongoing partnership with Art Basel and how the 2026 Samsung Art TV lineup expands access to world-class art in everyday spaces. ▲ Hong addresses guests at the event Art Basel, Beyond the Fair Through its partnership with Art Basel, Samsung is bringing museum-quality artwork into the home, turning the TV screen into a more personal, everyday way to discover and live with art. ▲ Samsung Art Store brings highlights from Art Basel Hong Kong to Samsung Art TV screens worldwide. Samsung recently introduced the 2026 Art Basel: Hong Kong Collection to Samsung Art Store, a digital art subscription platform home to 5,000+ artworks, 800+ artists and 80+ partnerships. Available across Samsung’s Art TV lineup, including The Frame Pro, The Frame, Micro RGB, Neo QLED, QLED and OLED, Samsung Art Store lets viewers experience highlights from the fair wherever they are. ▲ The Art Basel: Hong Kong Collection features 25 works from 20 artists across eight galleries. View the full article

Hotel guests have higher expectations for their in-room TV than just a list of channels. They want an easy way to discover what the hotel offers, order what they need and enjoy their favorite content during their stay. For hotel teams, meeting those expectations can be challenging when guest-facing content, service touchpoints and TV management are handled across separate systems. ▲ Samsung Hotel TV and LYNK Cloud Samsung Hotel TV and LYNK Cloud,1 Samsung’s comprehensive hospitality cloud solution, are designed to work together as a single connected solution. Samsung Hotel TV brings hotel information, dining, services and entertainment onto one screen, so guests can explore the property, access key services and enjoy content more easily without leaving their room. It also takes in-room entertainment to the next level with support for Google Cast and Apple AirPlay,2 allowing guests to stream content securely and seamlessly from their personal devices. ▲ With Samsung’s latest hospitality display, guests can instantly stream content from their devices with Google Cast and Airplay. LYNK Cloud connects these touchpoints, helping hotel IT managers, service managers and operators manage hotel TVs, on-screen services and guest-facing content at once from a central platform. With its Business Intelligence feature, LYNK Cloud helps hotels see which menu items guests order most or which TV channels they spend the most time watching. These insights help hotels better understand guest preferences and improve their overall experience during their stay. ▲ LYNK Cloud supports hotel operators and hotel service managers by helping them gain insight into how guests interact with in-room TV services to support more relevant offerings and identify new revenue opportunities. Watch the video below to see how Samsung Hotel TV and LYNK Cloud work together in real hotel environments to simplify operations and elevate the in-room experience. LYNK Cloud is sold separately, and feature availability may vary by region. LYNK Cloud supports Samsung Hotel TVs with Tizen 5.0 or higher. ︎Availability of Google Cast and Apple AirPlay varies by model. ︎View the full article

March 2026 Remote Test Lab: The Latest Galaxy S26 Series Support Available Now The latest Galaxy S26 series devices are now available on the Remote Test Lab on the Developer Portal. You can access the latest S26 devices remotely and test your application's compatibility and performance without needing a physical device. You can log in to the Developer Portal, access the free Remote Test Lab service, and use it to create applications optimized for the latest hardware environment with Remote Test Lab. Try it now and get ready to deliver the best possible experience to Galaxy S26 users. Learn more New Samsung Health Data SDK ReleasedSamsung Health Data SDK was updated on March 12, 2026. Samsung Health Monitor now supports two new data types: irregular heart rhythm notification and sleep apnea. Both of these data types support read operations only. Learn more about these newly added data types here. Galaxy Emulator Skins for Galaxy S26 Series Now Available Emulator skins for the newly released Galaxy S26 series (S26, S26+, and S26 Ultra) are now available for download. Take the opportunity to test your applications on Android virtual devices that replicate the refined design of the latest flagship phones. To use the emulator skins for the Galaxy S26 series, you will need at least one Android SDK platform installed in your Android Studio. Learn more in this guide: Using a Galaxy Emulator Skin Tutorial: Design and Test Your Samsung Wallet Cards Using Wallet Studio Samsung Wallet has recently launched Wallet Studio, a comprehensive testing and design suite that enables partners to easily develop, modify, and preview Samsung Wallet cards. With features like "Playground," which allows you to explore pre-configured card types and designs, and "Add to Samsung Wallet," which enables the real-time customization and testing of your own cards, this tool simplifies the entire card development process. Partners can preview changes instantly, validate attributes, and even test barcode and QR code configurations, ensuring seamless integration and optimal user experiences. Get started with Wallet Studio and learn how you can leverage its features to develop and test your own Samsung Wallet cards. Learn more VS Code Extensions for Tizen Application Development The Tizen Extension for Visual Studio Code (Visual Studio Code Extension for Tizen) will be replacing Tizen Studio as the primary IDE for Tizen application development. The new extension features simplified SDK package management, where all necessary components are automatically managed by the extension itself. The Tizen TV Extension for Visual Studio Code (Visual Studio Code Extension for Tizen TV) is also provided as an auxiliary extension for developing Tizen TV applications, which is especially useful for managing Flutter for Tizen projects! Learn more New Enhanced Experience in the SmartThings Developer Center We’ve redesigned the SmartThings Developer Center to deliver a unified, guided journey from integration to certification. Whether you’re building a Hub, Cloud, or Direct Connected product, you will find all the essential tools and workflows together in one place, in our new intuitive console. Coming soon, SmartThings Find devices will join this same simplified integration journey. To streamline product development, we now offer real-time status updates and self-testing options that help you obtain certification faster. Once integrated, you can unlock our exclusive analytics tool, Partner Analytics, to gain deeper insights into how users interact with your devices. Learn more CSA Aliro 1.0: Standardized Access Control Between Mobile Device and Door Lock Over the past decade, digital access control has undergone significant changes. We have moved from mechanical keys to plastic RFID cards, and more recently, to mobile-based authentication. While using a mobile device to unlock doors is convenient, most current digital key solutions remain proprietary and tied to specific hardware ecosystems, resulting in fragmented implementations. To address these challenges, the Connectivity Standards Alliance (CSA), the institution that establishes the Matter smart home standards, has announced Aliro, a next-generation industry-standard communication protocol. Supported by industry leaders including Samsung Electronics, Apple, and Google, as well as global access control providers, Aliro provides a standardized approach to digital access control, similar to Matter. It is also designed to deliver a user experience that is secure, seamless, and interoperable across residential, commercial, and enterprise environments regardless of device or manufacturer. Check out the innovations in mobile-based digital access control powered by Samsung Research, who has made key contributions to developing Aliro as well as Matter, on the Samsung Research blog. Learn more Real-Time Multilingual Video Subtitle Spotting on Resource-Constrained Devices With the rapid growth in video content consumption globally, the importance of subtitles is also growing. Accurate on-device video subtitle spotting in real time is essential for a wide range of applications, including translation and text-to-speech (TTS). However, most video content providers prevent direct text extraction, making Optical Character Recognition (OCR) necessary. Furthermore, current state-of-the-art video text recognition technologies are not optimized for real-time operation on edge devices. To address these challenges, Samsung R&D Institute Ukraine introduces an ultra-lightweight, on-device real-time subtitle spotting neural network architecture optimized for edge devices. By applying advanced optimization techniques, the proposed architecture significantly reduces memory and computational requirements. It achieves a state-of-the-art word recognition accuracy of over 97% across 7 language environments and latency under 200 ms through rigorous testing and on-device E2E evaluation. This innovative on-device text spotting technology has been successfully commercialized in Audio Subtitles and Live Translate services on Samsung TV devices. Learn more on this performance-proven technology on the Samsung Research blog. Learn more View the full blog at its source

For decades, TV has been the most familiar screen in daily life. From shared living room viewing in the analog era to today’s personalized, multi-device experience, TV has continually evolved — redefining how we watch. At the center of this shift is the connected TV market. Unlike traditional TV, where viewers follow fixed programming schedules, connected TVs allow users to discover and enjoy content in a more personalized way. By linking content, services and how people watch, they are driving a new screen paradigm. From Passive Viewing to Personalized Discovery Connected TVs are transforming digital advertising by combining the immersive scale of the big screen with the precision of digital platforms to create a new viewing experience. Leveraging vast amounts of data, they deliver recommendations tailored to individual preferences — strengthening connections between brands and audiences. Today, advanced recommendation systems help viewers find what they want without complex searches. This shift underscores how TV is evolving beyond a content delivery device into a platform that actively connects viewers with what they watch. The Rise of FAST in Connected TV A defining trend in the connected TV market is the rapid growth of free ad-supported streaming TV (FAST). By offering a wide range of programming at no cost, FAST preserves the traditional lean-back experience while expanding choice for modern viewing habits. Users can easily find options tailored to their preferences without the fatigue of complex decision-making — creating new value in how media is consumed. Amid these changes, Samsung Electronics is advancing a differentiated screen experience through its TV platform. Samsung TVs serve as a global hub connecting services and programming, delivering personalized experiences powered by extensive viewing data and innovative technology. At the heart of this ecosystem is Samsung TV Plus, Samsung’s FAST service. A Leading Platform in a Changing Media Landscape Adopted by around 100 million monthly users worldwide, Samsung TV Plus offers a wide range of free programming — including news, sports and entertainment — expanding viewer choice. Now available in 30 countries, the platform features approximately 4,300 channels and more than 66,000 video-on-demand (VOD) titles. Users can watch live channels and a broad selection of titles without subscriptions or fees, making access more intuitive. At this scale, Samsung TV Plus stands alongside major global broadcasters — underscoring its position as a leading media platform in a rapidly evolving landscape. In addition, Samsung TV Plus supports interactive features that create a more engaging experience. For example, viewers can watch a favorite artist’s performance while participating in live voting, showing how programming and brands come together in a seamless media environment. The Next Phase of Connected TV We are in an accelerated AI era, where every industry is transforming at an unprecedented pace. Not only are content consumption patterns changing, but so are how we experience and interact with media. Connected TV is set to redefine the screen, moving beyond offering more choice to delivering deeper personalization. Samsung TV Plus leads this transformation and sets new standards for viewing while driving continued growth. View the full article

Samsung Electronics today announced that its security solution, Samsung Knox, has achieved Common Criteria (CC) certification for monitors, expanding the verified security it has maintained on smart TVs for a decade. CC certification is a global standard used to assess the security integrity of products that need data protection, providing an international framework that consolidates various assessment criteria from different countries and facilitates mutual recognition. Since 2015, Samsung has consistently received CC certification for its new products to verify the reliability of its security technology, and with this latest achievement, it has become the first manufacturer to receive CC certification for both monitors and smart TVs. “Connected displays have become central to how we work and live, making verified security essential,” said Taeyong Son, Executive Vice President of Visual Display (VD) Business at Samsung Electronics. “With Samsung Knox now certified on both smart TVs and monitors, we’re delivering that protection consistently across our products.” Samsung Knox protects users from cyber threats such as hacking, particularly in areas requiring robust security like AI home control, AI voice recognition and credit card transactions. The CC certification emphasizes three key security features of Samsung Knox: System Integrity Monitor (SIM): Provides real-time monitoring of the kernel to ensure system integrity. Web Browser Security (WBS): Blocks phishing websites to safeguard users while browsing the internet. Unauthorized Execution Prevention (UEP): Validates digital signatures to prevent unauthorized actions. Samsung Knox also ensures a strong security environment with its multi-layered architecture, which includes TrustZone, a hardware-based independent security layer; Knox Vault, a separate layer for sensitive data; and Knox Matrix, a security management layer for connected devices.1 Knox Vault is supported on select Neo QLED 8K TVs and M9, M8 monitors; Knox Matrix is supported on all TVs and monitors from 2024 onward. ︎View the full article

Samsung Electronics, global display leader and provider of the Official Art TV of Art Basel, today announced the launch of the Art Basel Hong Kong 2026 Collection. The curated digital exhibition will be available exclusively on Samsung Art Store and features 20 contemporary artists showcased at Art Basel Hong Kong, being held March 27-29 at the Hong Kong Convention and Exhibition Centre. At a dedicated booth, Samsung will demonstrate how its Micro RGB, OLED and The Frame Pro display each artwork in stunning detail. “Building on six years of collaboration with Art Basel, this collection represents the caliber of art Samsung Art Store offers, transforming homes into personal galleries suited to any taste,” said Bongjun Ko, Vice President of the Visual Display (VD) Business at Samsung Electronics. “Our advanced display technology brings priceless artworks into homes with stunning realism, so that anyone can become a collector.” The collection will be featured in stunning 4K resolution on Samsung Art Store starting today, continuing Samsung’s longstanding partnership with Art Basel and extending the experience of the fair beyond the exhibition halls to audiences worldwide. Introducing the Art Basel Hong Kong 2026 Collection The Art Basel Hong Kong 2026 Collection features 25 artworks from 20 emerging and established artists represented by eight prestigious galleries: Bank, CLC Gallery Venture, Don Gallery, Tomio Koyama, Pearl Lam, Lin & Lin, Rossi & Rossi and Vacancy. The carefully curated collection reflects the cultural dynamism and diverse viewpoints that define Hong Kong’s contemporary art scene. Highlights include: Chinese artistic heritage and innovation, represented through works by 11 Chinese artists spanning six decades of contemporary practice. Michael Najjar, “Europa” (2016). Najjar is a German painter and trained astronaut who is scheduled to participate in an upcoming spaceflight aboard Virgin Galactic’s VSS Unity. Sun Yitian, “Ken” (2023). Yitian’s work has been featured in major international collections, including a collaboration with Nicolas Ghesquière for Louis Vuitton’s Pre-Fall 2024 collection. Ha Bik Chuen, “Wheatfield A” (1994) and “Untitled” (1995). Chuen was a self-taught contemporary artist whose extensive archive spanning 500 boxes is being digitally catalogued by the Asia Art Archive for scholarly access. “Art Basel Hong Kong is always looking for ways to broaden how people experience art,” said Angelle Siyang‑Le, Director of Art Basel Hong Kong. “Our partnership with Samsung helps bring art into our homes in a way that feels both accessible and truly high‑quality. It’s not about replacing the gallery — it’s about giving more people the chance to live with great art every day.” Celebrating Cultural Legacy: The Lee Kun-Hee Collection During Art Basel Hong Kong 2026, Samsung will also present a curated selection of 20 works from the Lee Kun-Hee Collection on Samsung Art Store, in partnership with the National Museum of Korea. Recognized as one of Korea’s most significant private art collections, the works from the late Samsung Chairman Lee Kun-Hee’s renowned art collection reflect a long-standing commitment to cultural preservation and public access. These treasured pieces — including “Sun, Moon and Five Peaks,” “Ten Symbols of Longevity” and “Scholar’s Accoutrements in a Bookcase” — have shaped artistic discourse across generations and continue to resonate with contemporary art circles. The selection will be available on Samsung Art Store through January 2027, offering global audiences digital access to important works of Korean artistic heritage. The National Museum of Korea and the National Museum of Modern and Contemporary Art are also co-hosting “Korean National Treasures: 2,000 Years of Art,” the second overseas touring exhibition of the late Chairman Lee Kun-Hee’s donations, at The Art Institute of Chicago through July 5. Samsung Art TV: Where Art and Technology Exist in Harmony Samsung’s 2026 expanded Art TV lineup represents a fundamental belief that art belongs in everyday spaces, integrated seamlessly with technology and design. The lineup is led by The Frame and The Frame Pro, Samsung’s lifestyle TVs that blend display innovation with design to create an immersive art-viewing experience. The expanded lineup also includes Micro RGB, Neo QLED and the OLED,1 offering consumers greater flexibility in how they incorporate premium art experiences into their living spaces. Samsung Art Store is available across the complete Art TV lineup. The platform features over 5,000 works by 80+ partners, including the newly launched Art Basel Hong Kong 2026 Collection. As the world’s leading TV brand for 20 consecutive years,2 Samsung continues to advance display innovation designed to faithfully render works of art. About Art Basel Founded in 1970 by gallerists from Basel, Art Basel today stages the world’s premier art shows for modern and contemporary art, sited in Basel, Miami Beach, Hong Kong, Paris and Qatar. Defined by its host city and region, each show is unique, which is reflected in its participating galleries, artworks presented, and the content of parallel programming produced in collaboration with local institutions for each edition. Art Basel’s engagement has expanded beyond art fairs through new digital platforms and initiatives, such as The Art Basel and UBS Global Art Market Report, the Art Basel Shop and the Art Basel Awards. For further information, please visit artbasel.com. S95H and S99H only. ︎Omdia, Feb. 2025. ︎View the full article

Samsung is calling all gaming enthusiasts worldwide to watch elite gamers compete during an upcoming hybrid EA SPORTS FC 26 Clubs event. Top gamers from four of Europe’s top footballing countries will battle for championship glory on March 27 during Samsung’s Virtual OLED FC tournament. During the event, team captains will compete on stage in front of a live audience at Samsung KX in London, 7pm GMT, while remote players will compete and be able to watch all the action via the Samsung Odyssey Twitch channel. Whether attending in-person or joining remotely, fans will experience all the thrills of the game in stunning detail, through Samsung’s latest OLED display technology. No Breaks, No Excuses: The OLED Advantage Samsung’s latest OLED lineup will power every moment of the tournament. On the main stage, the 65-inch and 83-inch S90F TVs will deliver 4K at 144Hz with 0.03ms response time for ultra-smooth gameplay at lightning-fast speed, so every tactical movement will hit without delay. The glare-free OLED panel and AI-powered picture and sound ensure spectators catch every critical detail whether it’s a defender positioning in the shadows, open passes, or all the angles that separate good players from championship players. Meanwhile, competitors in the Gaming Bus area within KX will leverage the 27-inch OLED G60SF monitor. At 500Hz refresh rate with 0.03ms response time, the monitor redraws the image 500 times per second to deliver instant response when players make their moves. The QD-OLED provides vivid color and 300 nits brightness, so every scene comes alive in vivid detail. Samsung OLED Safeguard+ provides reliable protection for the monitor, minimizing the risk of burn-in during extended use, such as throughout a tournament. OLED FC: Four Teams, Six Qualifying Matches, One Grand Final All four teams will compete head-to-head in six qualifying matches, with points awarded for wins, individual performance, team play and more. The top two teams will advance to a best-of-three championship final. Meet the Teams Team UK: Bateson87 (Captain), AuzioMF, Shauna Games Team France: RockY (Captain), Thip, MaatM Team Germany: FeelGamingTV (Captain), Gamer Brother, FaroooYT Team Spain: Gravesen_1 (Captain), Daniel Perez, MaximoCuevas Team captains will compete on the main stage at Samsung KX, rotating from the side area where the Gaming Bus is positioned between matches. Remote team members will support their on-site team captain while co-streaming their gameplay on personal channels as part of the main Samsung Odyssey broadcast. Two gaming stars will provide live commentary as the tournament unfolds: professional EA SPORTS FC 26 commentator Brandon Smith (BSmith) will co-host with Daniel Gaskin (Gaskin), who won Esports Color Caster of the Year in 2023 for his professional analysis. Immersive Audience Experiences Designated audience play areas at the venue will invite attendees to experience gameplay on the exact Samsung displays powering OLED FC. Between tournament rounds, selected audience members will be chosen to join friendly matches as additional team members, turning spectators into active participants in the competition. Throughout the tournament, viewers will have the chance to win a 27-inch Odyssey OLED G6 500Hz monitor and an 83-inch OLED S90F Smart TV. The giveaway winner will be announced at 9pm, GMT. To be part of the OLED FC tournament, tune in via the Samsung Odyssey Twitch channel: twitch.tv/samsungodyssey on March 27 at 7pm, GMT. View the full article

At the Game Developers Conference (GDC) Festival of Gaming 2026 from March 9-13 in San Francisco at the Moscone Center, developers, technical leaders and industry experts gathered to see how the latest display breakthroughs are reshaping the PC gaming experience. During the event, Samsung Electronics also showcased its latest Odyssey gaming monitors and technologies at the San Francisco Marriott Marquis. Samsung brought together gaming industry leaders, enthusiasts and media to get a firsthand look at the Odyssey gaming monitor lineup and to play some of the hottest titles on PC, including Cyberpunk 2077 and Hell is Us. ▲ GDC 2026 was held in San Francisco. Running throughout the week, the Samsung Odyssey Gaming Lounge became a playground for PC visuals, complete with groundbreaking demos, unscripted reactions and candid conversations about what comes next for advanced gaming displays. “Samsung has redefined 3D gaming — the technology is so sharp and crisp.” — Floyd Broadnax, gaming content creator Developers See What Glasses-Free 3D Can Do for Gameplay The centerpiece of the showcase was Odyssey 3D. Using advanced eye-tracking and view-mapping technology, the monitor delivers a glasses-free 4K 3D display that adjusts depth in real time as players move in front of the screen. This delivers a completely new, immersive way to experience gameplay. Developers, media and partners lined up to try the thriller Hell is Us from Rogue Factor in 3D on the 27-inch Odyssey 3D (G90XF), ahead of its public availability on Samsung’s 3D gaming library. “Samsung has been the leading force for 3D gaming. I play everything from horror to FPS games, and the technology is really going to enhance my experience.” — Ashley Rodgers, gaming content creator Hell is Us drew a large crowd, with excited visitors eager to experience the game’s tight corridors, distant silhouettes and small environmental cues in glasses-free 3D. On Odyssey, visitors said it was easier to read where to go and feel the adrenaline and fear of each encounter without losing the game’s sense of mystery. ▲ The immersive details in Hell is Us on Odyssey 3D blew media away. Cronos: The New Dawn showcased a different side of 3D gaming through a launch trailer. The added depth on screen makes every moment feel more immersive and enhances the player’s sense of scale and atmosphere. ▲ Media got a close-up look at Cronos: The New Dawn on Odyssey 3D. “Samsung knows games and the brains of the developers, and that is something hardware companies don’t often know.” — Jonathan Jacques-Belletête, Creative Director, Rogue Factor ▲ Jonathan Jacques-Belletête, Creative Director at Rogue Factor, demonstrated Hell is Us on Odyssey 3D. Next-Generation Displays Draw Attention From Technical Leaders HDR10+ GAMING quickly became a talking point in the room. Instead of relying on trial-and-error calibration screens, developers watched the game feed send scene-by-scene information to the monitor so highlights, shadows and color stayed closer to what they see in their own builds. ▲ Samsung’s EVP of Customer Experience Kevin Lee welcomes media to the Odyssey Gaming Lounge at GDC 2026. Developers and media also gravitated toward the 32‑inch Odyssey G8 6K (G80HS), testing how higher resolution affects UI and environmental detail. In busy scenes with dense 4K UHD elements, the extra pixels helped keep fine elements sharp without forcing changes to the game’s core art style. On the 27-inch Odyssey G6 (G60H), the focus shifted to speed. With a 1,040Hz refresh rate, visitors looked at how fast camera pans, aiming and rapid inputs felt onscreen, and what that might mean for future competitive and high-performance titles. “With our proven track record in hardware and software innovation, we’re partnering with global gaming studios to chart a clear path forward on compatibility. Ultimately, that’s about delivering an exceptional gaming experience our customers deserve.” — Kevin Lee, EVP of Customer Experience, Visual Display (VD) Business, Samsung Electronics A separate roundtable brought together leaders from across the industry, including Jakub Knapik, VP of Art and Global Art Director of CD Projekt RED; Yves Bordeleau, Founder and Head of Studio at Rogue Factor; Jonathan Jacques-Belletête, Creative Director at Rogue Factor; Piotr Babieno, Founder and CEO of Bloober Team; and Samsung’s EVP of Customer Experience Kevin Lee. ▲ Panelists Yves Bordeleau, Founder and Head of Studio at Rogue Factor, Jonathan Jacques-Belletête, Creative Director at Rogue Factor, Kevin Lee, Samsung’s EVP of Customer Experience, Jakub Knapik, VP of Art and Global Art Director of CD Projekt RED, and Piotr Babieno, Founder and CEO of Bloober Team, discuss innovations in gaming. Up-and-coming studios spoke about using new display technology to experiment and take creative risks, while larger publishers focused on setting standards that can scale across multiple genres and platforms. The group compared how they roll out new display features across engines and franchises — from integrating HDR10+ GAMING and 3D to deciding which features make sense for competitive games versus story-driven titles. ▲ Jakub Knapik, VP of Art and Global Art Director of CD Projekt RED, showcases Cyberpunk 2077 on the 32-inch Odyssey G8 6K. “I honestly think HDR10+ is a major milestone in color reproduction, one that we’ve all been waiting for. Thanks to it, players will be able to experience our true artistic intent — not to mention a far more immersive high dynamic range.” — Jakub Knapik, VP of Art and Global Art Director, CD Projekt RED For industry leaders, seeing their own content firsthand on Odyssey gaming monitors turned abstract specs into real trade-offs they could see and judge on screen. Samsung’s GDC 2026 showcase made it easier to evaluate which combinations of glasses-free 3D, HDR10+ GAMING, resolution and refresh rate will matter most for the games developers are building now. Samsung’s gaming momentum shows no signs of slowing. With Hell is Us and Cronos: The New Dawn joining a library that already spans 60+ titles, including The First Berserker: Khazan, Stellar Blade and Lies of P: Overture, the company is on track to double its 3D game portfolio to over 120 titles by the end of 2026. ▲ Samsung Odyssey 3D was front and center at the Game Developers Concert on March 10. As developer partnerships deepen and consumer interest accelerates, Samsung is positioned to lead next-generation gaming through its comprehensive suite of monitor technologies, from 3D depth and dynamic HDR10+ GAMING to high-resolution 6K capability. ▲ Members of the media and content creators enjoy the Samsung Odyssey Gaming Lounge. View the full article

Samsung Electronics today announced that it has maintained its No. 1 position in the global commercial display market in 2025, marking 17 consecutive years at the top with a 35.2% share by unit sales, according to research firm Omdia.1 Since achieving the global No. 1 position in the commercial display market for the first time in 2009, Samsung has continuously strengthened its leadership in the B2B display sector. In 2025, the company reached an all‑time high in annual sales when it shipped more than 2.5 million units. This sustained performance reflects Samsung’s focus on next-generation signage that combines advanced display hardware with cloud and AI-based solutions in retail, corporate, education and hospitality environments. Samsung’s B2B display portfolio is built on its commitment to product innovation. Newly launched this year, Samsung Spatial Signage displays striking 3D content in a slim 52mm profile. It has already been recognized with a CES 2026 Innovation Award in the Enterprise Technology category and an iF Design Award 2026. Going forward, Samsung plans to expand the lineup to include additional sizes. Samsung’s Color E‑Paper lineup delivers ultra‑low power signage as an alternative to traditional paper posters. The 13-inch Color E-Paper is the world’s first commercial display to apply a bio-resin derived from phytoplankton in its housing. The display’s housing consists of 45% recycled plastic and 10% phytoplankton-based bio-resin, allowing the manufacturing process to reduce carbon emissions by more than 40% compared to conventional petroleum-based plastic materials.2 Samsung plans to go expand the use of this material across its E‑Paper lineup. The portfolio also features extra-large format displays designed for high-impact business environments — ranging from the 105-inch QPDX-5K, 115-inch QHFX models to the upcoming 130-inch Micro RGB signage (QPHX model). Alongside hardware, Samsung expects to maintain its industry‑leading market position by connecting devices and solutions to provide customers with consistent, integrated experiences. This includes the Samsung VXT platform for remote device management and content operations as well as the new AI Studio app, which enables easy, signage‑ready video creation from a single product image.3 “Seventeen years at the top of the commercial display market is the result of listening to our B2B customers and evolving with them,” said Hyoung Jae Kim, Executive Vice President of the Visual Display (VD) Business at Samsung Electronics. “As businesses change, they need technology that is reliable, simple to manage and ready for what’s next. We’ll continue investing in displays and solutions that help our partners work more efficiently and create better experiences in any space.” Omdia Q4 2025 Public Display Report, by unit sales. Excludes Consumer TVs. ︎Based on internal test results under specific conditions only. Comparison is made against petroleum-based resin (PC+ABS) of the same weight. Carbon emissions calculation is based on the Product Carbon Footprint (PCF) data of resin production following ISO 14067, 14040 and 14044 standards, covering carbon emissions from cradle to gate (excluding downstream, use-phase and end-of-life emissions). All figures are estimates based on available data and are subject to change. ︎Samsung VXT is sold separately, and solution availability varies by region. ︎View the full article

Samsung Electronics today announced a new partnership between Samsung Art Store and the San Francisco Museum of Modern Art (SFMOMA), bringing museum-quality modern masterpieces to homes around the world through Samsung Art Store. Notably, SFMOMA is the first West Coast museum to be added to Samsung Art Store, significantly expanding the platform’s world-class institutional collaborations. Launching today, the debut collection features 34 artworks from SFMOMA’s renowned holdings, including iconic pieces by some of the 20th century’s most influential artists. For the first time, Samsung Art Store1 users can display celebrated works such as Diego Rivera’s “The Flower Carrier” (1935), Henri Matisse’s “Femme au chapeau” (1905), Wayne Thiebaud’s “Display Cakes” (1963), Jackson Pollock’s “Guardians of the Secret” (1943) and Piet Mondrian’s “New York City 2” (1941) on select Samsung displays — transforming any room into a dynamic gallery space. The collaboration makes these iconic works from SFMOMA’s collection more accessible than ever before. It also represents a significant expansion of Samsung Art Store’s offering of modern masters by introducing works by Robert Rauschenberg and Wayne Thiebaud to the platform for the first time. “Samsung is committed to leveraging its market-leading visual display solutions and partnerships to maximize the richness of the Samsung Art Store experience in homes across the world,” said Heeyeong Ahn, Vice President of the Visual Display Business at Samsung Electronics. “Building on this commitment, our partnership with SFMOMA represents an exciting expansion into artworks by 20th-century masters — and we look forward to further enhancing our offerings through additional exciting, high-profile collaborations.” “This partnership with Samsung Art Store opens an exciting new chapter in how we fulfill our mission to connect people with modern and contemporary art,” said Christopher Bedford, Helen and Charles Schwab Director of SFMOMA. “By making our collection available through innovative technology, we’re reaching audiences who may never visit San Francisco while creating new opportunities for art to enrich daily life around the world.” Samsung Art TVs, comprising The Frame and The Frame Pro, are designed to display artwork with faithful color, exceptional detail and a gallery-like presentation. Pantone Validated ArtfulColor preserves the authenticity of the original palette. Anti-Reflection with Matte Display and customizable bezels2 mimic the look of framed artwork, and the included Slim Fit Wall Mount eliminates visible wires, all combining to create the look of an original work of art. The Frame Pro adds an upgraded Neo QLED 4K display for even brighter color and sharper contrast. Plus, its Wireless One Connect Box3 eases installation and enables a clean, clutter-free setup. Across these TVs and several others, Samsung Art Store continues to champion the fusion of art and technology, turning living rooms into curated galleries. By partnering with leading cultural institutions like SFMOMA, Samsung continues to democratize access to art while supporting museums’ missions to share their collections with broader audiences. The SFMOMA collection joins Samsung Art Store’s growing library of over 80 partnerships, offering subscribers an ever-expanding selection of art across movements, styles and periods. The collection is available now exclusively through Samsung Art Store on Samsung Art TVs. About SFMOMA The San Francisco Museum of Modern Art is one of the largest museums of modern and contemporary art in the United States and a thriving cultural center for the Bay Area. Our remarkable collection of painting, sculpture, photography, architecture, design and media arts is housed in a LEED Gold-certified building designed by the global architects Snøhetta and Mario Botta. In addition to our seven gallery floors, SFMOMA now offers over 45,000 square feet of free, art-filled public space open to all. Paid subscription required. Samsung Account required for network-based smart services, including streaming apps and other smart features. Separate (connected) computer, mobile or other device may be necessary to create or log in to Samsung Account (free to download and create). Without Samsung Account login, only external device connections (e.g., via HDMI) and terrestrial/over-the-air TV (only for TVs with tuners) are available. ︎Customizable bezels sold separately. ︎Wireless One Connect must be connected to the TV wirelessly for full TV functionality. Wireless connection may be affected by surrounding environment, may not connect when enclosed or blocked by metal (e.g., from inside a metal cabinet) or by other physical objects such as walls. TV and Wireless One Connect require separate power cord connections. ︎View the full article

Samsung Electronics today announced that it has maintained its leadership in the audio-visual sector as the world’s top soundbar brand for the 12th year in a row. According to new research from Future Source, Samsung captured 21.5% of global soundbar revenue and 19.7% of unit volume in 2025, continuing its leadership streak that began in 2014. This milestone, along with two decades of global TV leadership,1 reinforces Samsung’s position at the forefront of the home entertainment industry. Samsung’s sustained success in the soundbar market is driven by advanced audio technology, immersive sound and seamless integration with Samsung TVs. Building on this foundation, Samsung will expand its 2026 audio lineup with new products that deliver cinema-quality sound tailored to different living environments. The lineup will include: HW‑Q990H flagship soundbar, the successor to the HW‑Q990F All‑in‑one soundbar HW‑QS90H Bouroullec‑designed Music Studio 7 and Music Studio 5 Wi‑Fi speakers “At Samsung, we take special pride in our soundbar brand and see it as a way to bring premium sound experiences to homes everywhere,” said Hun Lee, Executive Vice President of the Visual Display (VD) Business at Samsung Electronics. “Being named the top soundbar brand in the world for the 12th consecutive year is not just a tremendous honor, but a testament to our commitment to premium home entertainment.” Omdia Q4 2025 Public Display Report, by unit sales. ︎View the full article

Samsung Electronics today announced that its Micro RGB TV (R95H model) has received both the Safety for Eyes and Circadian Rhythm Display (CRD) certifications from Verband Deutscher Elektrotechniker (VDE), a leading global testing institute based in Germany. Derived from VDE’s broader EyeCare Circadian certification, these certifications adopt a more refined evaluation framework, independently verifying eye safety and circadian rhythm support for a more rigorous assessment of display performance. This shift provides consumers with a more comprehensive assurance of comfortable viewing experiences. Specifically, the Safety for Eyes certification evaluates display safety for prolonged viewing by analyzing light emissions from digital devices, with a particular focus on blue light and its impact on eye health. Meanwhile, the CRD certification examines how well a display supports the user’s biological clock. It measures the display’s ability to mimic natural light by adjusting color temperature and brightness based on time of day, while also reducing blue light in the evening to prevent melatonin suppression — supporting natural circadian rhythm and visual comfort. Samsung’s Micro RGB meets the rigorous standards set by both certifications, demonstrating its commitment to eye safety and comfort. The display’s advanced Micro RGB LED architecture is especially noteworthy in that it finely adjusts brightness and color to create optimal viewing conditions at any time of day. Having secured Safety for Eyes certification for its 2026 TV lineup and CRD for premium models, Samsung is now expanding CRD certification to a broader range of products. “Micro RGB TV is setting a new standard in the premium TV market by being verified for both eye safety and circadian rhythm support,” said Taeyong Son, Executive Vice President of the Visual Display Business at Samsung Electronics. “We will continue to deliver display technologies that consider our users’ viewing environments and enhance their lifestyles.” View the full article

Samsung Wallet provides an e-wallet service to its customers through wallet cards, as well as offering features designed to enhance user engagement and drive business growth for partners. Sending push notifications to users is such a feature. Partners can send push notifications to users' wallet cards directly, using pre-approved message templates. These notifications can be used to send promotional messages or alert users about important updates. This article demonstrates a complete implementation of the Send Notification API. In the example scenario, we send a notification to a user's wallet card from a partner's server using this API. System requirements The Notification API has the following prerequisites: Complete the onboarding procedure to obtain the required security certificates if you are new to Samsung Wallet. Now create your wallet card. Follow the Step 1 - Create Wallet Card Template section of the documentation. Create your notification template and request for approval. Follow the Notification Workflow Overview to complete this step. Remember to check the template to detect prohibited content. No additional approval is required if it passes. Get permission from Samsung to use the Send Notification API. Reach out to Samsung Developer Support for further support. API fundamentals As an authorized partner, you can send notifications to the users linked to your card, using the Send Notification API from your server. Endpoint: The endpoint below processes the notification requests. URL https://tsapi-card.walletsvc.samsung.com/{cc2}/wltex/cards/{cardId}/notifications/{templateId}/send Headers: Header information is required to ensure secure communication between the Samsung server and the partner server. Authorization: Bearer token for authentication. Refer to JSON Web Token documentation for specifications. x-smcs-partner-id: Unique partner identifier required for API access. x-request-id: A unique UUID string that identifies each request. Body: A payload including a parameter named ndata possessing a JWT token that contains the relevant data to identify the card user. See the official documentation for detailed API specifications. API implementation process The Send Notification API allows you to send personalized push notifications to users. Download the sample source code and follow the step-by-step process below for a better understanding of the implementation of the API. Step 1: Managing cryptographic keys Cryptographic keys are needed for authorization purposes. In this step, use the certificate you obtained during the onboarding process to extract the necessary keys. These keys are needed for JWT token generation. Extracting the public keys Extract the public keys from the partner.crt and samsung.crt certificate files. def getPublicKey(crt_path): try: with open(crt_path, "rb") as f: crt_data = f.read() certificate = x509.load_pem_x509_certificate(crt_data, default_backend()) public_key = certificate.public_key() public_key_pem = public_key.public_bytes( encoding=serialization.Encoding.PEM, format=serialization.PublicFormat.SubjectPublicKeyInfo ) return public_key_pem except Exception as error: print(f"Error reading public key from {crt_path}: {error}") return None Extracting the private key Extract the private key from the .pem file generated during the onboarding process. def getPrivateKey(pem_path): try: with open(pem_path, "rb") as data: private_key = serialization.load_pem_private_key( data.read(), password=None, backend=default_backend() ) return private_key except Exception as error: print(f"Error reading private key from {pem_path}: {error}") return None Step 2: Constructing the authorization token An authorization token is needed to validate the API request. Construct an authorization header with AUTH as the payload content type and include the certificate and partner IDs. Retrieve these IDs from My account > Encryption Management in the Wallet Partner Portal, then build the payload and construct the authorization token. The following code snippet implements the actions described. def generateAuthToken(partnerId, certificateId, utcTimestamp, privateKey, cardId, cc2, templateId): auth_header = { "cty": "AUTH", "ver": 3, "certificateId": certificateId, "partnerId": partnerId, "utc": utcTimestamp, "alg": "RS256" } auth_payload = { "API": { "method": "POST", "path": f"/wltex/cards/{cardId}/notifications/{templateId}/send" }, } auth_token = jwt.encode( payload=auth_payload, key=privateKey, algorithm='RS256', headers=auth_header ) return auth_token Step 3: Constructing the notification data token The request payload requires the ndata parameter, which is a JWT token that contains information about the notification data and the cards’ identifiers. Follow these steps to construct the ndata token. Defining the notification object The notification object is a JSON structured data object containing a list of reference IDs and the data. The reference IDs identify the specific cards to send the push notification to. You can use a list of reference IDs to send the push notification to multiple recipients at a time. The data contains the name-value pairs used in the notification template. In our sample notification template, we used two name-value pairs (name and insert_end_date). notifcationObject = { "refIds": [ "4afb049c-efef-43ca-8f03-1df55243477c" ], "data": { "name": "Premium", "insert_end_date": "12/12/2026" } } Constructing the notification data JWT token Next, construct the JWT token for notification data (ndata). You can get more information about the JWT format in the "Card Data Token" section of this documentation. def generateCDataToken(partnerId, samsungPublicKey, partnerPrivateKey, certificateId, utcTimestamp, data): jwe_header = { "alg": "RSA1_5", "enc": "A128GCM" } jwe_token = jwe.encrypt( data, samsungPublicKey, encryption=jwe_header["enc"], algorithm=jwe_header["alg"] ) print(f"jwe_token: \n{jwe_token}\n") jws_header = { "alg": "RS256", "cty": "NOTIFICATION", "ver": 3, "certificateId": certificateId, "partnerId": partnerId, "utc": utcTimestamp, } jws_token = jws.sign( jwe_token, key=partnerPrivateKey, algorithm='RS256', headers=jws_header ) print(f"jws_token: \n{jws_token}\n") return jws_token Step 4: Building and executing the POST request Construct the HTTP POST request to send the push notification using the following code structure. # --- Prepare JSON body (Python dictionary) --- payload = { "ndata": nData } # --- Build HTTP Request --- headers = { "Authorization": "Bearer " + authToken, "x-smcs-partner-id": partnerId, "x-request-id": requestId, "Content-Type": "application/json" } # --- Execute HTTP Request --- try: response = requests.post(endpoint, json=payload, headers=headers) response.raise_for_status() print("Wallet Card Template Notificatiom: " + json.dumps(response.json())) except requests.exceptions.RequestException as e: print("Failed to notify the Wallet Card user:") print(f"Error: {e}") if response: print("Response body:", response.text) Running the sample application Once the four steps described above are implemented, open the sample project and do the following: Update the partner_id, certificate_id, card_id, and template_id values in src/main.py with your actual values. Place your partner.crt, samsung.crt and private_key.pem files in the /cert directory. Install all dependent libraries listed in the requirements.txt file. Run the main script in the terminal. After the script is executed successfully, a push notification is sent to the user's wallet. Conclusion Now that you have implemented the Send Notification API sample application successfully, you can implement this API with your server to send customized push notifications. Additional resources For more information on this topic, consult the following resources: Complete source code Official Samsung Wallet API documentation View the full blog at its source

Samsung Electronics today shared its plan to expand support for glasses-free 3D gameplay on the Samsung Odyssey 3D gaming monitor. At GDC Festival of Gaming 2026 in San Francisco, Samsung will spotlight Hell Is Us and Cronos: The New Dawn as part of its expanding 3D gaming ecosystem, demonstrating how leading titles are embracing immersive display without the need for special glasses. “The Odyssey 3D is designed for gamers who want to experience their hobby in a way that feels like they’re completely embedded in the action,” said Kevin Lee, Executive Vice President of the Visual Display (VD) Business at Samsung Electronics. “Through partnerships with leading gaming studios, we are committed to creating an ecosystem of top-tier titles, making great games extraordinary.” Gaming’s Most Acclaimed Titles Become Fully Immersive 3D Experiences — Expanding Partnerships With Leading Developers Hell Is Us, the critically acclaimed action-adventure horror game from Rogue Factor, will arrive on Samsung’s Odyssey 3D ecosystem in March, becoming a part of the first wave of newly added 3D-enabled titles for 2026. Cronos: The New Dawn, developed by Bloober Team, will join this expanding 3D gaming library by the end of the year. This survival horror game, which has received generally positive reviews from critics, will provide an immersive gaming experience by integrating with the 3D technology. Both titles will be playable in 3D through the Samsung Odyssey 3D Hub, the company’s dedicated 3D content platform, which already supports over 60 titles. In addition to 3D gaming technology, Samsung offers HDR10+ GAMING, which delivers optimized HDR performance to each game by automatically analyzing each scene and frame, thereby enhancing immersion. Since 2022, the company has integrated HDR10+ GAMING into its Odyssey gaming monitors and TVs featuring refresh rates above 120Hz. Samsung has partnered with top video game studio CD PROJEKT RED as part of its commitment to advancing display technology alongside leading developers. This collaboration will explore how technology can be advanced to increase the immersion of video games for players, and Samsung is already working with CD PROJEKT RED to integrate HDR10+ GAMING into its hit video game Cyberpunk 2077. Additionally, Samsung announced the expansion of its HDR10+ GAMING partnership with Pearl Abyss. HDR10+ GAMING will be featured in Pearl Abyss’s upcoming open-world action-adventure game Crimson Desert, set to launch in March, ensuring gamers enjoy a premium HDR experience. The Full Odyssey Experience Comes to GDC 2026 At GDC 2026, Samsung will host hands-on demo sessions for journalists and industry experts to gain an up-close look at its latest Odyssey monitors and an opportunity to play Hell Is Us in 3D before the public. The demo sessions will feature Samsung’s Odyssey gaming monitor lineup: 27-inch Odyssey 3D (G90XF model): Glasses-free 3D gaming with advanced eye-tracking that delivers natural-looking depth and makes action jump off the screen. This glasses-free 3D gaming monitor will expand the lineup with the launch of a 32-inch model by the end of the year. 32-inch Odyssey OLED G8 (G80SH model): Stunning 4K QD-OLED at 240Hz with exceptional color and contrast, protected by Samsung OLED Safeguard+ technology. 32-inch Odyssey G8 (G80HS model): The industry’s first 6K gaming monitor, delivering native 165Hz performance with Dual Mode support up to 330Hz in 3K. This model also offers VESA-certified DisplayPort 2.1 (DP 2.1) connectivity, which supports smooth gaming and efficient video playback. 27-inch Odyssey G6 (G60H model): The world’s first 1,040Hz gaming monitor with Dual Mode, delivering esports-level motion clarity and responsiveness. Odyssey 3D: Glasses-Free Gaming at Its Peak While previous 3D approaches required either special glasses or sacrificed performance, the Odyssey 3D is a groundbreaking gaming monitor that delivers stunning 3D gameplay without compromise. Using advanced Eye Tracking and View Mapping technology, the monitor requires no glasses. It adjusts the 3D depth of the scene in response to the viewer’s position in real time, ensuring an optimized 3D effect. Combined with a 165Hz refresh rate and 1ms GtG response time, the Odyssey 3D delivers smooth, responsive gameplay, resulting in a 3D effect that holds even during fast camera movement, gunfights and high-speed traversal — without the eye strain traditionally associated with 3D displays. The addition of Hell Is Us and Cronos: The New Dawn expands Samsung’s 3D gaming library, which currently supports more than 60 titles — including The First Berserker: Khazan, Stellar Blade, Lies of P: Overture and MONGIL: STAR DIVE. With these additions, the company’s selection of 3D games is on track to reach over 120 titles by the end of 2026. View the full article

Samsung Electronics today announced that it ranks as the world’s No.1 TV brand for the 20th consecutive year — marking two decades as the global leader in the television industry. Samsung had held the top position in the global TV market since 2006, and, according to market research firm Omdia, the company recorded a 29.1% share of the global TV market in 2025. This achievement reinforces Samsung’s leadership across premium, ultra-large and next-generation display technologies. Samsung led the premium segment priced over $2,500 with a 54.3% market share, driven by Neo QLED, OLED, and lifestyle TVs. It also maintained its lead in the segment over $1,500, holding a 52.2% market share. “When consumers choose a TV, they’re choosing a brand they can trust for years to come,” said SW Yong, President and Head of the Visual Display (VD) Business at Samsung Electronics. “Our 20-year leadership in the global TV market reflects that trust — built on decades of engineering excellence and premium innovation.” 20 Years of Industry-Defining Innovation Since first reaching the No.1 position in 2006 with its design-led Bordeaux TV, Samsung has consistently innovated to reshape the television industry: 2009: The company accelerated the global transition to LED TVs, setting new standards for slimmer, more energy-efficient displays. 2011: The introduction of Smart TVs further transformed televisions into connected entertainment platforms, expanding their role beyond traditional viewing. 2015: The Serif reimagined how TVs integrate into living spaces by introducing a design-focused TV that positioned the screen as a statement piece within the home. 2017: The company launched The Frame, pioneering the Art TV category by transforming the television into a customizable digital art canvas. 2017: In premium picture quality, Samsung continued to set industry benchmarks with the introduction of QLED TVs powered by quantum dot technology. 2018: 8K TVs delivered over 33 million pixels — four times the resolution of 4K. 2020: Samsung introduced MICRO LED technology, advancing self-emissive display innovation and setting new standards for brightness, contrast and color accuracy in ultra-large screens. Through continuous advancements in picture quality, smart functionality and display innovation, Samsung has played a defining role in establishing today’s premium TV standards. Strengthening Leadership in Premium and Next-Generation TVs Building on its legacy of innovation, Samsung continues to evolve its premium TV portfolio with expanded Micro RGB models, advancing its next-generation display technologies and reinforcing leadership in high-performance screens. The company also continues to enhance its OLED and Neo QLED lineups, delivering premium picture quality, ultra-large screen options and differentiated display performance. Samsung is expanding its Mini LED offerings as well, bringing enhanced brightness, contrast and precision control to a wider range of screen sizes and price tiers to extend advanced display performance across its lineup. At the same time, continued investment in AI-powered TVs integrates advanced processors and intelligent features that optimize picture, sound and personalization in real time. With two decades of proven global leadership, Samsung remains one of the most consistently recognized and trusted TV brands worldwide — offering industry-leading technology across multiple price tiers, screen sizes and display innovations. View the full article

Emulator skins for the newly released Galaxy S26 series (S26, S26+, and S26 Ultra) are now available for download. Get the chance to test your apps on Android virtual devices that replicate the refined design of the latest flagship phones. To utilize the emulator skins for the Galaxy S26 series, you will need the following: Android Studio and Android SDK, with at least one platform installed under Android SDK > Platform. For detailed instructions, refer to Using a Galaxy Emulator Skin. View the full blog at its source

Samsung Research Poland (SRPOL) is thrilled to announce a transformative collaboration with the Polish National Institute of Cardiology (IKARD). This partnership focuses on enhancing cardiac health research through the use of Samsung Health Research Stack. By integrating advanced technology with medical expertise, this initiative aims to revolutionize the continuous monitoring of patients' health and vital signs, ultimately contributing to more effective prevention strategies. A key aspect of this collaboration is the tailored adaptation of Samsung Health Research Stack by SRPOL. By providing necessary adjustments to meet specific business criteria, the solution now offers enhanced capabilities for examining critical health metrics such as heart rate and bioelectrical impedance analysis (BIA). This integration allows researchers to continuously monitor patient data, enabling proactive and personalized healthcare interventions. The focus on continuous monitoring ensures that potential health issues can be addressed promptly, reducing the risk of complications and improving overall patient well-being. This partnership highlights the shared commitment of Samsung Research Poland and IKARD to advancing medical research and technology. By leveraging the customized implementation of Samsung Health Research Stack, this collaboration is poised to make significant contributions to the field of cardiac care. Watch our exclusive video to learn more about this groundbreaking initiative and witness the fusion of technology and healthcare innovation in action. Join us as we explore the future of cardiac research and care, where continuous monitoring and prevention are at the forefront of improving patient outcomes. View the full blog at its source

Integrating payments into a mobile app is a security-critical and UX-sensitive task. While Flutter simplifies cross-platform development, platform-specific payment systems like Samsung Pay still require careful handling. Samsung provides an official Samsung Pay SDK Flutter Plugin, which allows Flutter applications to integrate Samsung Pay without writing custom platform channels. However, for production-grade integration, using the plugin correctly is essential, especially when it comes to checking Samsung Pay readiness. In this blog, you learn how to build a sample Flutter application by using the official Samsung Pay SDK Flutter Plugin and following Samsung-recommended best practices. You can download the complete sample project at the end of this blog. Why Use the Official Samsung Pay SDK Flutter Plugin? Integrating payment systems requires careful handling of platform constraints, security, and long-term maintainability. The Samsung Pay SDK Flutter Plugin addresses these concerns by providing an official abstraction over the native Samsung Pay SDK, enabling Flutter applications to leverage Samsung Wallet features without direct interaction with platform-specific APIs. By exposing supported Dart APIs and managing native SDK communication internally, the Flutter plugin removes the need for custom MethodChannel implementations and reduces integration risk. For Flutter applications targeting Samsung Galaxy devices, this approach offers the most stable and maintainable path to Samsung Pay integration. The following diagram illustrates the high-level architecture of the Samsung Pay integration. Figure 1: Samsung Pay integration architecture Prerequisites Before starting, ensure the following requirements are met: You are an approved Samsung Pay partner (approval typically takes a few days) A service is created in the Samsung Pay partner portal. Find details from here. The latest version of Android Studio is installed The Flutter SDK is installed and configured The Samsung Pay SDK Flutter Plugin is downloaded Set Up the Integration Code To start the integration process, add the Samsung Pay SDK Flutter Plugin to your project dependencies: dependencies: samsung_pay_sdk_flutter: path: ./samsungpaysdkflutter_v1.03.00/samsungpaysdkflutter Next, configure the Samsung Pay SDK API level by setting a valid Samsung Pay SDK API version (latest version: 2.22) by opening android > app > src > main > AndroidManifest.xml and adding the API level in the metadata inside the <application> tag. <meta-data android:name="spay_sdk_api_level" android:value="2.22" /> <!-- Use the most recent SDK version to leverage the latest APIs --> Initialize Samsung Pay in Flutter Create an instance of SamsungPaySdkFlutter with valid PartnerInfo (which contains the service ID and service type). If you are a merchant, then the service type must be set to INAPP_PAYMENT. The following code snippet initializes the Samsung Pay SDK using your service ID and in-app payment configuration. import 'package:samsung_pay_sdk_flutter/samsung_pay_sdk_flutter.dart'; static final SamsungPaySdkFlutter sdk = SamsungPaySdkFlutter( PartnerInfo( serviceId: SERVICE_ID, data: { SpaySdk.PARTNER_SERVICE_TYPE: ServiceType.INAPP_PAYMENT.name } ) ); Check Samsung Pay Availability Samsung Pay readiness must be checked before calling any API of the Samsung Pay SDK Flutter Plugin. There are several reasons why Samsung Pay might not be in the ready state, such as an unsupported device, unsupported region, or incomplete Samsung Wallet setup, so this check is mandatory. SamsungPayConfig.sdk.getSamsungPayStatus( StatusListener( onSuccess: (status, bundle) { // Status "2" means Samsung Pay is READY onResult(status == "2"); }, onFail: (errorCode, bundle) { // If status check fails, Samsung Pay is not ready onResult(false); } ) ); NoteDo not show the Samsung Pay button if the Samsung Pay status is not READY. Create Payment Information with a Custom Payment Sheet To initiate a transaction, you must create a payment request using a custom payment sheet. The AmountBoxControl object is mandatory for building a CustomSheet. It provides the monetary details of the transaction. AmountBoxControl amountControl = AmountBoxControl( Strings.AMOUNT_CONTROL_ID, Strings.currency ); // Add product item to the payment sheet amountControl.addItem( product.productId, product.name, product.price, "" ); // Set total amount (product price + additional fees) // You can add tax, shipping, or other fees here amountControl.setAmountTotal( product.price + 5.00, // Add $5 for shipping/fees as example SpaySdk.FORMAT_TOTAL_PRICE_ONLY ); Next, add the amountBoxControl to the CustomSheet instance. CustomSheet customSheet = CustomSheet(); customSheet.addControl(amountControl); Finally, create the payment information by populating the CustomSheetPaymentInfo instance // Configure merchant information for the payment CustomSheetPaymentInfo paymentInfo = CustomSheetPaymentInfo( merchantName: "Samsung Pay Flutter App", customSheet: customSheet ); // Set merchant details paymentInfo.merchantId = "123456"; paymentInfo.setMerchantName("Sample Merchant"); paymentInfo.setMerchantCountryCode("US"); Request Payment To start the payment process, call the startInAppPayWithCustomSheet() API. This API requires CustomSheetPaymentInfo and CustomSheetTransactionInfoListener instances set up in the last step. When this API is called, a custom payment sheet is displayed on the merchant application screen. The user can select a registered card for the payment and change the billing and shipping addresses if needed. Payment results are delivered to the CustomSheetTransactionInfoListener. The onCardInfoUpdated() callback is triggered when the user changes the payment card. In this callback, the updateSheet() method must be called to update current payment sheet. CustomSheetTransactionInfoListener listener = CustomSheetTransactionInfoListener( onCardInfoUpdated: (PaymentCardInfo cardInfo, CustomSheet sheet) { // Called when user changes the selected card on payment sheet // You can update the sheet here if needed (e.g., change fees based on card) SamsungPayConfig.sdk.updateSheet(sheet); }, onSuccess: (paymentInfo, paymentCredential, extraData) { // Payment completed successfully // paymentCredential contains the encrypted card details to send to your backend print("Payment Successful!"); print("Payment Credential: $paymentCredential"); onSuccess(); }, onFail: (errorCode, bundle) { // Payment failed or user cancelled print("Payment Failed: $errorCode"); onFail(errorCode); } ); Lastly, call startInAppPayWithCustomSheet() API to start the payment: SamsungPayConfig.sdk.startInAppPayWithCustomSheet(paymentInfo, listener); Testing Samsung Pay Integration Follow the steps below to test Samsung Pay integration Configure the STG environment: Add tester accounts to your service and generate a debug expiration date for the test accounts. Install Samsung Wallet test application: To test your application in the staging environment, the latest version of the Samsung Wallet test application is required. You can install it from the Samsung Pay Partner portal. However, to test your app in production mode, you need to use a market released application. Test cards: To thoroughly test your application, you must add at least one payment card to the Samsung Wallet application. Samsung provides test cards for this purpose. Keep in mind that the test cards only work in staging environments, not in production. Run the application: After setting up the environment, build the application and test it on any supported Galaxy device. Figure 2: Samsung Pay Flutter sample application Release Your Application After successful testing, submit your application for release approval through the Samsung Pay Developers Portal. Once approved, your app can be published for your users. Conclusion Using the official Samsung Pay SDK Flutter Plugin makes it simpler to create a secure and reliable payment integration for Flutter applications on Galaxy devices. By following Samsung-recommended practices, such as checking Samsung Pay readiness and handling custom payment sheets correctly, you can build a production-ready and maintainable payment experience. Additional Resources Samsung Pay Documentation provides an overview of the key features and highlights the benefits of using Samsung Pay. Samsung Pay Partner Onboarding is an end-to-end guide of becoming a partner to release your app. Samsung Pay – Code Lab is an interactive, hands-on tutorial that teaches you to how to integrate Samsung Pay SDK. Samsung Developer Forums is an open community for developers where you can post your query and get support from other developers. Samsung Developer Tech Support Channel is a 1-on-1 support channel where you can get assistance from the Samsung engineers. Download the complete sample project here. View the full blog at its source

February 2026 [Invitation] Galaxy Unpacked February 2026: The New AI Phone to Make Your Life Easier Samsung Electronics unveils its new Galaxy S series at "Galaxy Unpacked 2026," to be hosted in San Francisco, USA. Showcasing Samsung’s newest Galaxy innovations to make every-day life even more convenient and efficient, the event will be streamed live on Samsung.com, Samsung Newsroom and the Samsung YouTube channel on February 26, from 10 a.m. PT, 1 p.m. EST, 6 p.m. GMT and 7 p.m. CET. Be the first to see the latest next-generation mobile device to join the Galaxy ecosystem at the Galaxy Unpacked 2026 live event. Learn more Navigating the Samsung Pay SDK Development Lifecycle: Best Practices and Troubleshooting for Seamless IntegrationTo ensure seamless Samsung Pay integration, partners should follow established best practices, including understanding the full development lifecycle, proactively addressing potential challenges, and adhering to guidelines for partnership setup, development, testing, and release. This tutorial provides a practical guide to these practices and troubleshooting strategies for integrating the Samsung Pay SDK. Learn how to effectively manage each critical step, including the testing process, and how to set your product up for success. Learn more How Galaxy Watch's EDA Sensor Enhances Your Health Monitoring The Electrodermal Activity (EDA) sensor introduced in Galaxy Watch8 monitors and precisely analyzes physiological responses to provide detailed insights into users’ stress levels and sleep patterns. With the Samsung Health Sensor SDK, developers can now directly utilize raw EDA data to create an innovative healthcare solution that helps improve sleep quality and more. Learn more about EDA data, whose potential to advance the future of digital health was demonstrated at the World Sleep Congress 2025, on our blog. Learn more Samsung Achieves Another Industry-First Virtualized RAN Milestone, Accelerating AI-Native, 6G-Ready Networks Samsung Electronics has successfully completed the industry’s first commercial call on a Tier 1 U.S. operator’s live network, using its vRAN solution powered by the Intel Xeon 6700P-B processor, supporting up to 72 cores. This achievement represents more than simple connectivity. It marks a technological breakthrough in which complex network workloads, including the mobile core, radio access, transport, and security functions that were previously physically separated, were fully integrated and processed within a single-server environment. From significantly reducing power consumption and total cost of ownership (TCO) to building AI-native infrastructure, Samsung’s vRAN creates an optimized platform for the 6G era. Learn more about this innovation in our Newsroom. Learn more A Reinforcement Learning-Based Rate Control for Neural Video Compression Over the past few years, we have witnessed the explosive growth of end-to-end neural video compression (NVC) approaches, which surpass traditional standards by leveraging the powerful nonlinear modeling capability of deep neural networks (DNNs) and the advantages of optimization with large-scale training data. However, research on rate control, which is an essential component for the successful deployment of video codecs in real-world applications, remains limited. In this study, we redefine NVC rate control as a Sequential Decision-Making Process, alleviating the limitations of temporal stationarity and achieving joint optimization without needing an additional two-step approach. We have further developed a dedicated Actor-Critic reinforcement learning framework that incorporates spatial-temporal state modeling and a joint quality-accuracy reward function. Our experimental results show a 19.7% reduction in encoding time. This study shows the potential of NVC applications and their feasibility by achieving breakthrough compression efficiency. Learn more about it on the Samsung Research blog. Learn more Enhancing Noise Resilience in Face Clustering using a Sparse Differential Transformer The method used to measure relationships between face embeddings plays a critical role in determining face clustering performance. Existing methods employ the Jaccard similarity coefficient instead of cosine distance to improve measurement accuracy. However, these methods tend to include too many irrelevant nodes that lower discriminative power, which ultimately affects clustering performance. To address this problem, Samsung Research proposes a prediction-based Top-K Jaccard similarity coefficient that improves measurement reliability by enhancing the purity of neighboring nodes. We have developed a Sparse Differential Transformer (SDT) model with an enhanced anti-noise capability to resolve the noise issue introduced by the conventional vanilla transformer adopted in the optimal Top-K prediction process. The face similarity captured as its result is assessed to be more accurate than FC-ESER. SDT has proven to be a robust solution by achieving state-of-the-art performance across multiple datasets, including MS-Celeb-1M. Learn more about the SDT on the Samsung Research blog. Learn more View the full blog at its source

Starting in 2026, Samsung will enhance its Auto Blocker feature on Galaxy phones and tablets running Android to provide users with greater flexibility while maintaining strong security protections. With this update, users will be able to directly install third-party Android app stores and their apps without Auto Blocker preventing installation, as long as the stores meet certain security and compliance requirements. Auto Blocker is a sophisticated security tool designed to give users more control over their device protection, primarily by preventing app installations from unauthorized sources. This upcoming enhancement builds on that foundation by supporting additional app distribution channels, while continuing to apply platform protections across the broader Galaxy security framework. Further details will be announced and implemented later this year. View the full blog at its source

Samsung Wallet is one of the leading digital wallet services, designed for and available on millions of Samsung Galaxy devices. To ensure that Samsung Wallet partners can easily develop, test and integrate Samsung Wallet cards, Samsung Wallet has recently introduced a new testing suite called Wallet Studio. Wallet Studio allows Samsung Wallet partners and developers to develop, design, modify and experiment with different types of Samsung Wallet cards for a variety of purposes. Wallet Studio lets partners preview the card's final design in advance, making the Samsung Wallet card development process easier. In this tutorial, you will learn about Wallet Studio and how you can utilize this tool to design and check Samsung Wallet cards in real-time. About Wallet Studio Wallet Studio is the complete testing and designing suite introduced by Samsung Wallet. The tool is available at the following URL: https://partner.walletsvc.samsung.com/addToWalletTest Wallet Studio includes many features to streamline the development and testing process for Samsung Wallet cards. One of its key features is to allow Samsung Wallet partners to preview how these cards will appear on Samsung Galaxy devices once their implementation is complete. In this article, the following 2 features of Wallet Studio are discussed and you will learn about their use cases: Playground – For exploring different types of pre-configured Samsung Wallet cards Add to Samsung Wallet – For testing your own cards during development These 2 features are very similar in nature. Both of them can be used to design and preview Samsung Wallet cards in real-time. However, their use cases are vastly different. Playground presents Samsung Wallet partners with all possible combinations of preconfigured Samsung Wallet cards. It can therefore be used to check various Samsung Wallet card types and their designs. The feature can be utilized to review design options for different Samsung Wallet cards and their functionalities before you decide to develop a specific card type. Add to Samsung Wallet is meant for testing your own Samsung Wallet cards. Once you have reviewed the different types of Samsung Wallet cards using Playground and decided on a specific type of card to implement, you can then use the Add to Samsung Wallet feature. To use this feature, you need to create your own Samsung Wallet card templates using the Wallet Partners Portal. Since this feature allows you to directly configure, test, preview and add your own cards using your own private keys and certificate ID, it is best used during the actual implementation of your card. Prerequisites To use Wallet Studio, you need to first complete the Samsung Wallet onboarding process. Once you have completed the onboarding, you can use the Samsung Wallet Playground to check different types of Samsung Wallet cards. To use Add to Samsung Wallet, you additionally need to do the following: Create your own private key & CSR Upload the CSR in the Samsung Wallet Partners Portal Create at least 1 card template in the Samsung Wallet Partners Portal Additionally, a supported Samsung Galaxy device with Samsung Wallet installed is necessary in order to perform Add to Samsung Wallet operations on mobile devices. Checking all card types using Wallet Studio Playground Wallet Studio's Playground feature provides an easy-to-use Web UI for viewing all possible combinations of Samsung Wallet cards and their subtypes. The purpose of Playground is to check the design and availability of various different Samsung Wallet cards. In Playground, you can check all available Samsung Wallet cards. These cards are all pre-created for an easier experience. Using Playground, you can preview various Wallet card types and their designs, modify their attributes, and review the changes in real-time, either through the preview pane or by adding the card to Samsung Wallet. To use Wallet Studio Playground: Visit Wallet Studio at the following URL: https://partner.walletsvc.samsung.com/addToWalletTest Hover on Learn and a pop-up menu appears. Click Playground to use the Playground feature. Figure 1: Wallet Studio - Playground Selection On this page, the card type and subtype dropdown menu is visible in the top-right corner. Select a card type. Its subtype dropdown menu is then populated with all the available subtypes for that card type. Then select a subtype from the dropdown menu and a sample card preview appears for the selected card type. Alternatively, you can scroll down to the Playground section of Wallet Studio and click on a card type. Then the Playground page appears for the selected card type. Figure 2: Wallet Studio - Playground Once you select a card type, you can modify the card's attributes using the text fields, and the changes appear immediately in the preview pane. After modifying the attributes to your liking, you can click the "Add to Samsung Wallet" button, and a Samsung Wallet card with the same design as displayed in the preview pane is added to your wallet. This only applies if you are using Wallet Studio from your Samsung Galaxy device that has Samsung Wallet installed. Designing your own cards using Add to Samsung Wallet Add to Samsung Wallet is very similar to Wallet Studio Playground. While Playground offers the ability to experiment with pre-configured Samsung Wallet cards, Add to Samsung Wallet is specifically designed for reviewing and testing your own custom cards. To visit the Add to Samsung Wallet tab of Wallet Studio: Open Wallet Studio Hover on My Card Container and a pop-up menu appears. Click Add to Samsung Wallet to use the Add to Samsung Wallet feature. Figure 3: Wallet Studio – Add to Samsung Wallet Selection The card templates you created previously appear in the Card Picker area of this page. Before you choose a card, you need to upload your Private Key to Wallet Studio. To use Add to Samsung Wallet: Click the "Choose File" button. Upload your private key. Select your Certificate ID. Select the desired card template from the card picker. A preview of the selected card appears below the card picker. You can now design, modify, and experiment with the card, as necessary, using Wallet Studio. Figure 4: Wallet Studio - Add to Samsung Wallet You can also add the card to your device at any time using the "Add to Wallet" button below the card preview. Designing and testing Samsung Wallet cards in real-time Once you select a card in either Add to Samsung Wallet or Playground, a preview of the card and its configurable attributes appear. All the modifiable attributes for the card are listed in the General section of the page. As soon as you modify an attribute, the preview of the card updates immediately to reflect the changes. This way, you can modify the card attributes and use the preview to monitor the effect on the card in real-time. Figure 5: Changes Made in Wallet Studio (Reflected Immediately in the Preview) If you hover over the ? icon of an attribute, it displays the required data type and length for the attribute. Figure 6: Specification for Each Attribute (Viewed by Hovering Over the "?" Icon) If you use an invalid data type or exceed the specified data length, the tool warns you in real-time. Figure 7: Wallet Studio Informing Users if a Value Does Not Meet the Specification To view the JSON value of the card, use the dropdown menu on the top-right corner of the General section and select JSON. The complete JSON object for the card appears. If you make any modifications to the JSON data, the changes appear immediately in the preview section. Figure 8: Viewing and Editing the JSON Values Directly in Wallet Studio To modify the barcode or QR code for the card, click the "Barcode/QR" button and the Barcode section appears. Click any of the supported barcode or QR code formats and the changes are applied to the card. This way, you can modify the entire card, including the QR and barcodes, using Wallet Studio. Figure 9: Barcode Type and Values, Modified Using Wallet Studio Wallet Studio can be used to design and create a complete Samsung Wallet card which can be used as a reference during the card implementation. Additionally, Wallet Studio can be utilized differently on desktop and mobile devices. In a desktop environment, the Playground and Add to Samsung Wallet tools can be used primarily for designing and previewing Samsung Wallet cards and generating the card's required JSON data. On mobile devices, the preview is not displayed due to the smaller screen. Instead, you can directly add the card to your device's Samsung Wallet using the "Add to Samsung Wallet" button to see how it looks. Figure 10: Wallet Studio Flow on Mobile Devices Conclusion In this blog article you learned how you can make use of Wallet Studio to design and test Samsung Wallet cards on Samsung Galaxy devices. With this knowledge, feel free to proceed to the next steps of implementing Samsung Wallet cards. For additional reference you can check out the following resources: Visit the Samsung Wallet Documentation. Check previous blogs on Samsung Wallet to learn about various features of Samsung Wallet. Learn how you can generate CData in real-time . Learn how to handle Samsung Wallet card updates. For additional queries and support, feel free to reach out to us through the Samsung Developer Forum. View the full blog at its source

Samsung Wallet is one of the leading digital wallet services, designed for and available on millions of Samsung Galaxy devices. To ensure that Samsung Wallet partners can easily develop, test and integrate Samsung Wallet cards, Samsung Wallet has recently introduced a new testing suite called Wallet Studio. Wallet Studio allows Samsung Wallet partners and developers to develop, design, modify and experiment with different types of Samsung Wallet cards for a variety of purposes. Wallet Studio lets partners preview the card's final design in advance, making the Samsung Wallet card development process easier. In this tutorial, you will learn about Wallet Studio and how you can utilize this tool to design and check Samsung Wallet cards in real-time. About Wallet Studio Wallet Studio is the complete testing and designing suite introduced by Samsung Wallet. The tool is available at the following URL: https://partner.walletsvc.samsung.com/addToWalletTest Wallet Studio includes many features to streamline the development and testing process for Samsung Wallet cards. One of its key features is to allow Samsung Wallet partners to preview how these cards will appear on Samsung Galaxy devices once their implementation is complete. In this article, the following 2 features of Wallet Studio are discussed and you will learn about their use cases: Playground – For exploring different types of pre-configured Samsung Wallet cards Add to Samsung Wallet – For testing your own cards during development These 2 features are very similar in nature. Both of them can be used to design and preview Samsung Wallet cards in real-time. However, their use cases are vastly different. Playground presents Samsung Wallet partners with all possible combinations of preconfigured Samsung Wallet cards. It can therefore be used to check various Samsung Wallet card types and their designs. The feature can be utilized to review design options for different Samsung Wallet cards and their functionalities before you decide to develop a specific card type. Add to Samsung Wallet is meant for testing your own Samsung Wallet cards. Once you have reviewed the different types of Samsung Wallet cards using Playground and decided on a specific type of card to implement, you can then use the Add to Samsung Wallet feature. To use this feature, you need to create your own Samsung Wallet card templates using the Wallet Partners Portal. Since this feature allows you to directly configure, test, preview and add your own cards using your own private keys and certificate ID, it is best used during the actual implementation of your card. Prerequisites To use Wallet Studio, you need to first complete the Samsung Wallet onboarding process. Once you have completed the onboarding, you can use the Samsung Wallet Playground to check different types of Samsung Wallet cards. To use Add to Samsung Wallet, you additionally need to do the following: Create your own private key & CSR Upload the CSR in the Samsung Wallet Partners Portal Create at least 1 card template in the Samsung Wallet Partners Portal Additionally, a supported Samsung Galaxy device with Samsung Wallet installed is necessary in order to perform Add to Samsung Wallet operations on mobile devices. Checking all card types using Wallet Studio Playground Wallet Studio's Playground feature provides an easy-to-use Web UI for viewing all possible combinations of Samsung Wallet cards and their subtypes. The purpose of Playground is to check the design and availability of various different Samsung Wallet cards. In Playground, you can check all available Samsung Wallet cards. These cards are all pre-created for an easier experience. Using Playground, you can preview various Wallet card types and their designs, modify their attributes, and review the changes in real-time, either through the preview pane or by adding the card to Samsung Wallet. To use Wallet Studio Playground: Visit Wallet Studio at the following URL: https://partner.walletsvc.samsung.com/addToWalletTest Hover on Learn and a pop-up menu appears. Click Playground to use the Playground feature. Figure 1: Wallet Studio - Playground Selection On this page, the card type and subtype dropdown menu is visible in the top-right corner. Select a card type. Its subtype dropdown menu is then populated with all the available subtypes for that card type. Then select a subtype from the dropdown menu and a sample card preview appears for the selected card type. Alternatively, you can scroll down to the Playground section of Wallet Studio and click on a card type. Then the Playground page appears for the selected card type. Figure 2: Wallet Studio - Playground Once you select a card type, you can modify the card's attributes using the text fields, and the changes appear immediately in the preview pane. After modifying the attributes to your liking, you can click the "Add to Samsung Wallet" button, and a Samsung Wallet card with the same design as displayed in the preview pane is added to your wallet. This only applies if you are using Wallet Studio from your Samsung Galaxy device that has Samsung Wallet installed. Designing your own cards using Add to Samsung Wallet Add to Samsung Wallet is very similar to Wallet Studio Playground. While Playground offers the ability to experiment with pre-configured Samsung Wallet cards, Add to Samsung Wallet is specifically designed for reviewing and testing your own custom cards. To visit the Add to Samsung Wallet tab of Wallet Studio: Open Wallet Studio Hover on My Card Container and a pop-up menu appears. Click Add to Samsung Wallet to use the Add to Samsung Wallet feature. Figure 3: Wallet Studio – Add to Samsung Wallet Selection The card templates you created previously appear in the Card Picker area of this page. Before you choose a card, you need to upload your Private Key to Wallet Studio. To use Add to Samsung Wallet: Click the "Choose File" button. Upload your private key. Select your Certificate ID. Select the desired card template from the card picker. A preview of the selected card appears below the card picker. You can now design, modify, and experiment with the card, as necessary, using Wallet Studio. Figure 4: Wallet Studio - Add to Samsung Wallet You can also add the card to your device at any time using the "Add to Wallet" button below the card preview. Designing and testing Samsung Wallet cards in real-time Once you select a card in either Add to Samsung Wallet or Playground, a preview of the card and its configurable attributes appear. All the modifiable attributes for the card are listed in the General section of the page. As soon as you modify an attribute, the preview of the card updates immediately to reflect the changes. This way, you can modify the card attributes and use the preview to monitor the effect on the card in real-time. Figure 5: Changes Made in Wallet Studio (Reflected Immediately in the Preview) If you hover over the ? icon of an attribute, it displays the required data type and length for the attribute. Figure 6: Specification for Each Attribute (Viewed by Hovering Over the "?" Icon) If you use an invalid data type or exceed the specified data length, the tool warns you in real-time. Figure 7: Wallet Studio Informing Users if a Value Does Not Meet the Specification To view the JSON value of the card, use the dropdown menu on the top-right corner of the General section and select JSON. The complete JSON object for the card appears. If you make any modifications to the JSON data, the changes appear immediately in the preview section. Figure 8: Viewing and Editing the JSON Values Directly in Wallet Studio To modify the barcode or QR code for the card, click the "Barcode/QR" button and the Barcode section appears. Click any of the supported barcode or QR code formats and the changes are applied to the card. This way, you can modify the entire card, including the QR and barcodes, using Wallet Studio. Figure 9: Barcode Type and Values, Modified Using Wallet Studio Wallet Studio can be used to design and create a complete Samsung Wallet card which can be used as a reference during the card implementation. Additionally, Wallet Studio can be utilized differently on desktop and mobile devices. In a desktop environment, the Playground and Add to Samsung Wallet tools can be used primarily for designing and previewing Samsung Wallet cards and generating the card's required JSON data. On mobile devices, the preview is not displayed due to the smaller screen. Instead, you can directly add the card to your device's Samsung Wallet using the "Add to Samsung Wallet" button to see how it looks. Figure 10: Wallet Studio Flow on Mobile Devices Conclusion In this blog article you learned how you can make use of Wallet Studio to design and test Samsung Wallet cards on Samsung Galaxy devices. With this knowledge, feel free to proceed to the next steps of implementing Samsung Wallet cards. For additional reference you can check out the following resources: Visit the Samsung Wallet Documentation. Check previous blogs on Samsung Wallet to learn about various features of Samsung Wallet. Learn how you can generate CData in real-time . Learn how to handle Samsung Wallet card updates. For additional queries and support, feel free to reach out to us through the Samsung Developer Forum. View the full blog at its source

Samsung Health Data SDK has been updated with support for additional health data types, expanding the range of health insights available to developers building digital health apps. This update introduces support for two new data areas generated by Samsung Health Monitor on compatible Galaxy Watch devices. It includes accessing Irregular Heart Rhythm Notification (IHRN) and sleep apnea data. Irregular Heart Rhythm Notification (IHRN) The SDK provides a new data type to retrieve Irregular Heart Rhythm events detected on Galaxy Watches by Samsung Health Monitor application. While the app itself can notify users when potential irregular rhythms are detected, thanks to Samsung Health Data SDK you can now access history record of all these events. Having such data, you could easily observe heart rhythm patterns and elevate monitoring of your health condition. Sleep apnea data Support has also been added for sleep apnea data reported by Samsung Health Monitor. This feature analyzes overnight data collected across multiple nights to assess signs associated with obstructive sleep apnea. Developers can query these results through the SDK to incorporate sleep health insights into their apps. These data types are intended for informational and integration purposes only and are not a substitute for medical diagnosis or treatment. With these additions, developers can leverage the Samsung Health Data SDK’s existing APIs for data reading and change queries to work with a broader set of cardiovascular and sleep health data, enabling richer healthcare experiences. You’ll find these new features in Samsung Health Data SDK. Refer to Release Note for more information. View the full blog at its source