Samsung In-App Purchase SDK v6.5.0 Released
An updated version of the Samsung In-App Purchase (IAP) SDK has been released. In the new version 6.5.0, the “obfuscatedAccountId” and “obfuscatedProfileId” parameters are now accessible. When an application requests a purchase, these parameters are used to provide encoded values that are associated with the customer’s account and profile in your application. These values are also returned with queries about purchases and items purchased, so the application can take advantage of them. Galaxy Store uses them to detect fraudulent payments.
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“Samsung AI Forum 2025” Hosted
Samsung hosted the “Samsung AI Forum 2025” on September 15 and 16, sharing their latest AI research outcomes and future directions.
On September 15, the DS Division discussed the current AI technologies for designing and manufacturing semiconductors and their future, under the title “Semiconductor Industry’s Vertical AI Strategies and Visions” at The UniverSE in Yongin, South Korea. Professor Yoshua Bengio from University of Montreal introduced “Scientist AI”, highlighting its reliability and the acceleration of scientific discoveries, while Amit Gupta, VP at Siemens EDA, suggested an end-to-end approach to the AI-based automation of digital designs.
On September 16, the DX Division hosted an online forum under the theme “Generative to Agentic AI,” regarding on-device AI and AI agent technologies to boost work productivity.
The two-day forum successfully concluded with the world-class academics and researchers from Samsung exploring how AI can drive innovations in industry and society.
Day 2 of the event, held online, is now available to watch on YouTube.
Watch the Replay
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SmartThings Q2 Updates – Expansion in Development Tools, Applications, and WWST
WWST partner products are now available for purchase on Samsung.com, providing direct access to over 500 million global visitors every month. The SmartThings Test Suite has also been upgraded, allowing most hub-connected devices, including Matter devices, to receive WWST certification through self-testing, free of charge. New partners and products have also joined the ecosystem, including Arlo Camera with AI-powered features, further expanding the WWST ecosystem. This expansion marks an important milestone for SmartThings, now with more than 400 million users globally. Learn more about this exciting news here.
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Build Custom Complications for Galaxy Watch
Using complications, Galaxy Watch faces can display a wide range of information in addition to time, such as battery level, calendar events, and step count. Developers can build Complication Data Sources to seamlessly share their application data with compatible watch faces, and use slots to set up the information they want in a complication. This blog post uses a sample application called Hydration Tracker to walk through the development process, from the implementation of data sources to adding icons and tap actions. Create your own complications, such as weather forecast, battery status, or custom application statistics data, and enhance your Galaxy Watch experience.
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Samsung Certificate Extension Update for the Smart TV SDK
Samsung Certificate Extension Update for the Smart TV SDK version 2.0.74 is now officially released. This update to the latest version is mandatory starting September 2025 to further strengthen security. You will be unable to generate new certificates without this update, which may lead to certificate errors during application releases and updates, and potentially causing service restrictions. Learn more about the update on the Samsung Developers Portal.
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Samsung Unveils “AI Home: Future Living, Now” Vision at IFA 2025
At a press conference before IFA 2025 in Berlin, Samsung unveiled its vision for the “AI Home”. AI Home is built on “Ambient AI” which controls features of the home environment such as temperature, lighting, and movement, to deliver seamless, tailored experiences for its users. Samsung presented four key benefits of AI Home, which are ▲Convenience and ease of use, ▲Health and safety, ▲Saving time and energy, and ▲Robust security.
Various new products and product lines powered by AI technologies have also been unveiled, including Bespoke AI (appliances), Vision AI (display), Galaxy AI (mobile), with a vision to bring more than 1 billion AI devices to homes globally within the next three years. Learn more about Samsung’s AI Home vision on the Newsroom.
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Tutorial: Samsung IAP Publish API Web Integration
The Samsung In-App Purchase (IAP) API is released, which enables developers to efficiently manage IAP products within their applications. The Samsung IAP Publish API helps to consistently manage IAP products with server-to-server communication and web applications, and supports key CRUD (Create, Read, Update, Delete) operations to easily update product details such as price and description. This tutorial walks you through the IAP Publish API integration progress utilizing the back-end Spring Boot servers and an intuitive web UI. Learn more about this on our blog.
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Tutorial: Building a Watch Face with Watch Face Format
Watch Face Studio is a great tool that allows you to design watch faces without needing any coding skills. However, if you want to have more control, Watch Face Format is the way to go. It lets you define your watch face using XML’s declarative structure, giving you precise control over appearance and behavior. Since Watch Face Format is optimized for Wear OS, both maintenance and updates are easy. This tutorial guides you through the process of building a watch face, starting from how you set up a project in Android Studio, to configuring the “watch_face_info.xml” file, customizing layouts, and validating memory footprints. Create more sophisticated and refined Galaxy Watch experiences with Watch Face Format.
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Predicting High-Precision Depth on Low-Precision Devices Using 2D Hilbert Curves
Samsung R&D Institute Ukraine has proposed a new method to achieve high-precision depth prediction even in environments with strong limitations on hardware capabilities. While computing and memory constraints on existing low-end devices often faced accuracy issues in depth maps, the team used depth representations as points on a 2D Hilbert curve to minimize the data precision loss that occurs during the quantization process.
This approach allows precise depth prediction even on low-precision mobile, IoT, and robotics devices. This broadens its potential applications across different areas, including AR/VR, autonomous driving, robotics, etc. On the Samsung Research blog, you can find out more about the research that enables high-precision deep learning models to run efficiently on low-end devices.
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Zero Trust Architecture for 6G
Most traditional security systems have relied on perimeter-based approaches, such as firewalls, VPNs, and DMZs. In today’s ever more open and complex world, however, this is no longer sufficient to defend against a variety of risks, including insider attacks and the compromise of trusted components.
Many organizations are already moving toward a Zero Trust Architecture (ZTA), which continuously verifies users and devices to authorize access even inside the network. Samsung Research conducts an in-depth analysis on the need for ZTA in 6G environments and its potential applications, suggesting methods to safeguard sensitive data and critical assets through continuous monitoring and validation, strict access control, dynamic policy enforcement, and more. On our blog, you can find out more about Samsung Research’s efforts to build a more resilient and secure 6G infrastructure in an increasingly complex digital landscape.
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