Startup Incubation Program for Mobile Innovations, "Samsung Mobile Advances" is Now Open for Applications
Our startup incubation program, “Samsung Mobile Advances,” is inviting innovators to apply. Join Samsung Electronics for a 6-month proof of concept (PoC) project and turn your ideas into reality. The incubation program offers comprehensive support throughout the entire process, including research funding and expert mentoring across mobile domains, as well as with opportunities for future partnerships. Please visit the following link for more details on the schedule and application process.
Learn more about Samsung Mobile Advances |
|
|
|
Samsung Wallet Launches Digital Home Key for Smart Door LocksSamsung Wallet has expanded its versatility with an update that adds digital home keys. By integrating with Aliro-certified smart locks, users can now control their locks directly, using Samsung Wallet and securely manage and share these digital keys with family members.
Your Galaxy smartphone is your new front door key. And, it goes beyond simple access. By syncing with SmartThings, you can achieve true home automation—managing home IoT devices, setting routines, and receiving notifications—all in one place.
Check out our blog for more information on how to set up these features. |
|
|
|
Galaxy Store Solutions to Prevent Cross-Store Application Updates
Do you publish your application in more than one app store? Did you know that users can update your application on their device through a different store than the one they originally installed it from?
If your application provides different feature sets in different app stores, it is recommended that you prevent cross-store application updates from occurring.
Read this Samsung Developer Portal article to learn about cross-store application updates, key considerations when replacing one app store’s version of an application with another, and how to prevent cross-store updates.
Learn more |
|
|
|
Samsung Officially Launches Samsung Browser for PC
Samsung Electronics has officially launched the PC version of Samsung Browser, delivering a powerful connected experience that bridges mobile and PC environments. Samsung Browser for PC synchronizes browser data such as bookmarks and browsing history in real time. With "Samsung Pass" enabled, users can enjoy easier log-in experience with the autofill feature within the PC browser.
Samsung Browser’s built-in agentic AI, developed in collaboration with Perplexity, understands the content and context of web pages to provide a more convenient browsing experience. Expanding the target beyond simple text content, it can also analyze and understand video content, enabling custom solutions such as creating travel itineraries or locating and playing specific scenes. Samsung Browser is available on Windows 11 and some Windows 10 (version 1809 or later) environments. Find out about its advanced AI capabilities and seamless connected experience on the Samsung Electronics Newsroom.
Learn more |
|
|
|
Send Push Notifications to Samsung Wallet Users Using the Send Notification API
Samsung Wallet goes beyond simply providing an e-wallet service for its customers, offering a range of features that help partners increase user engagement and drive business growth. One such feature is sending push notifications, allowing partners to send notifications directly to users’ wallet cards using pre-approved message templates. This tutorial walks you through the implementation of the Send Notification API based on an example scenario where a partner server sends push notifications. Read the detailed implementation guide on our blog, covering everything from onboarding to obtain security certificates to creating card and notification templates.
Learn more |
|
|
|
Building a Flutter Application with Samsung Pay: Full Guide
Use the official Samsung Pay SDK Flutter plugin to integrate a secure and seamless payment system into your Flutter application. The plugin allows you to manage native SDK communication internally with the Dart API, which is supported without having to write a custom platform MethodChannel. This reduces the risks of integration and supports the most secure payment system. In this blog article, you will learn how to build a sample Flutter application by following the best practices recommended by Samsung Pay. Download the complete sample project and learn how to integrate the Samsung Pay payment system into your Flutter application.
Learn more |
|
|
|
Evolution of the CU–DU Split Architecture for AI-Native 6G RAN
With the introduction of 5G networks, the wireless RAN has evolved into a modular architecture composed of the Radio Unit (RU), Distributed Unit (DU), and Central Unit (CU). This shift has produced substantial benefits in terms of flexible management of computing resources and multi-vendor interoperability.
As the industry pivots toward the 6G era, we are preparing to transition from conventional integrated RAN products to an AI-native framework that has AI embedded at every layer, based on the strategic value of the CU-DU split architecture. To be a key foundation for new business opportunities, this architecture implements large-scale, intent-based RAN self-optimization by embedding AI capabilities into the Central Unit. It supports RAN Data-as-a-Service that exposes a vast amount of network data and flexible RAN sharing models among multiple operators, allowing it to scale to diverse operational structures in next-generation networks.
Explore more about the CU-DU split architecture, which will drive the smarter and faster advancement of 6G RAN with unprecedented capabilities on the Samsung Research blog.
Learn more |
|
|
|
DAM-VLA: A Dynamic Action Model-Based Vision-Language-Action Framework for Robot Manipulation
Conventional robot learning methods train policies on datasets curated for specific robots and tasks, achieving high precision in targeted scenarios but showing poor generalization performance across diverse environments and tasks. Recently, Vision-Language-Action (VLA) models based on Vision-Language Models (VLM) have demonstrated impressive performance in multi-task learning and generalization. However, to achieve both task-specific precision and broad generalization in dynamic environments, it is crucial to leverage the inherent capabilities of VLMs even more.
Samsung Research proposes the DAM-VLA framework, which distinguishes between arm movements that cover a larger spatial range and gripper manipulation that is confined to localized regions, and applies appropriate action models using VLM-based reasoning. By combining action routing (that interprets visual and linguistic cues to select appropriate action models) with a dual-scale weighting mechanism that dynamically coordinates arm movement and gripper manipulation, the new framework has achieved superior success rates compared to the existing VLA methods in both simulated and real-world pick-and-place experiments. This study shows the potential of DAM-VLA as a foundational framework for next-generation adaptable robotic systems. Learn more about it on the Samsung Research blog.
Learn more |
|
|
|
|
|
|
|
https://developer.samsung.com
Copyright© %%xtyear%% SAMSUNG All Rights Reserved.
This email was sent to %%emailaddr%% by Samsung Electronics Co.,Ltd.
You are receiving this email because you have subscribed to the Samsung Developer Newsletter through the website.
Samsung Electronics · 129 Samsung-ro · Yeongtong-gu · Suwon-si, Gyeonggi-do 16677 · South Korea
Privacy Policy
Unsubscribe
|
|
|
|
|
|
|
|
|
