Samsung Launches One UI 8 Beta Program: The First-Generation Upgrade, Arriving First on the New Galaxy Foldables
Samsung’s latest Galaxy foldables will be unveiled later this year and will be the first devices to launch with One UI 8 on Android 16. One UI, initially introduced in 2018, is Samsung’s integrated software platform. It is designed to enhance convenience and productivity for Galaxy users and has been developed through more than a decade of collaboration with Google, offering an optimized user experience. The One UI 8 Beta program launched on May 28 for Galaxy S25, S25+, and S25 Ultra users in Korea, the U.S., the U.K., and Germany. Participants in the program can explore new features and enhancements before the official release and provide feedback, which Samsung will use to further refine the final version. Join the One UI 8 Beta program on the Samsung Members application to preview a smarter, AI-powered Galaxy experience.
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Content Publish API: New User Guides Now Available on the Portal
Two new user guides have been published for the Content Publish API, designed to help you streamline your application management. Our Submit an Update guide walks you through the process of creating an application update, uploading your binary, and submitting your application. The Staged Rollout Release guide explains how to submit a release with staged rollout, giving you more control over your application updates. Start automating the way you manage your applications using the Galaxy Store Developer APIs today!
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Tutorial: Adding, Updating & Canceling Cards using Samsung Wallet Server APIs
Are you a Samsung Wallet partner aiming to enhance scalability and dynamism? Our new tutorial blog explores how to leverage the Samsung Wallet Server APIs to achieve this. Samsung Wallet’s Get Card Data API allows users to add issued wallet cards to their devices. These cards automatically refresh with the latest data via the Data Fetch Link when a user opens the card. Furthermore, Samsung Wallet offers the Update Notification API for pushing individual card updates, and the Cancel Notification API for canceling or deleting multiple cards for specific events. This comprehensive guide will walk you through configuring and utilizing these powerful APIs, including how to generate an authorization token to access them. Check out the blog to learn how to use various APIs for Samsung Wallet and start delivering smarter services as a Samsung Wallet partner.
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The Exceptionally Sleek Galaxy S25 Edge Emulator Skin is Here!
Experience the latest flagship device in your application development! The new Galaxy S25 Edge emulator skin brings the ultra-sleek look and feel of this thin, yet mighty device directly to your Android application development environment. Designed with extreme care, this skin beautifully highlights the device’s curved edges and streamlined silhouette. Download the emulator skins today to bring exceptional style to your application development.
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Tutorial: Designing a Watch Face with Customizable Edge Complication Slots and Digital Clock
Watch Face Studio has recently launched a powerful new version of its tool, packed with exciting features! This update introduces all-new supported font styles for digital clocks, making customization for physical watches easier and more stylish than ever. Additionally, the studio now allows you to design stunning and functional watch faces with customizable edge complication slots. Click below to discover how to make the most of these new features in your watch face designs.
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Gyroscope Animations with Watch Face Studio
Unleash dynamic watch faces that react to real-time wrist movements. The new gyroscope feature in Watch Face Studio enables your designs to respond directly to wrist motion, creating more immersive and interactive experiences for users. This tutorial walks you through two creative use cases for the gyroscope. You’ll learn how to seamlessly switch scenes when the user raises or lowers their wrist, and how to add a parallax effect that brings depth to your design using just 2D assets – no complex code required. Add a personal touch to your designs with ease.
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From AI Concept to Reality: AI-Powered Modems for Next-Gen Samsung Cellular Networks
AI is transforming wireless network performance, serving as a crucial technology for boosting efficiency, reliability, and sustainability in the upcoming 5G Advanced and 6G eras. Samsung has already validated the real-time potential and performance of AI-powered virtualized base stations (vRAN). Our new blog post introduces a testbed that deploys this real-time AI directly into actual networks, demonstrating and validating its effectiveness. Learn how AI models are applied to complex tasks like L1 channel estimation. You’ll also explore real-world implementations of integrated AI processing architectures, stretching from central and edge data centers to base stations, and discover our distributed AI acceleration solution.
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Trick-GS: A Balanced Bag of Tricks for Efficient Gaussian Splatting
3D reconstruction presents a long-standing challenge across fields like computer vision, robotics, VR, and multimedia. It’s especially difficult to accurately convert 2D images into dense 3D spaces. Gaussian Splatting (GS) is a powerful technique that represents 3D scenes using volumetric splats to capture detailed geometry and appearances. While GS offers fast training and inference speeds that yield high-quality reconstruction results, its reliance on millions of Gaussians limits its use on mobile devices due to significant storage and computing demands.
To address the challenge, Samsung Research R&D Institute United Kingdom is utilizing Trick-GS. This innovative approach significantly boosts GS’s storage and computational efficiency. Trick-GS employs a suite of advanced optimization techniques that dramatically enhance both training and inference performance without compromising rendering quality.
Thanks to these optimizations, Trick-GS delivers significant improvements:
• Compress model size by up to 23 times
• Improve training time by 1.7 times
• Increase frames per second (FPS) by 2 times
• All while maintaining excellent visual performance (PSNR).
Discover how Trick-GS enables a lightweight model with real-time 3D rendering capabilities directly on mobile devices. Explore its structure and experimental results on the Samsung Research blog.
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