Building on Android streaming device and mobile app platform technologies,
the ATLAS LINK R&D Center is expanding its research into ultra-high-speed optical communication networks and edge-computing-based AI infrastructure.
Drawing on solid expertise across these fields, we concentrate our R&D capabilities.
ATLAS LINK has grown around Android OTT set-top boxes, and our corporate R&D center focuses on research that sustains our differentiated features and quality.
Building on the technology we have accumulated in streaming, we are expanding into optical communication, edge computing and AI infrastructure while securing next-generation core technology.
This work is carried out through technology partnerships and global partnerships. Through them we have secured core technologies and a representative middleware platform,
and we provide differentiated digital broadcasting and communication convergence services.
Focused review of Amlogic and Rockchip SoCs for next-generation high-performance AI product development, evaluation of SR (super resolution) and MEMC (motion compensation) technologies for improved picture quality, and advance research on applying on-device Edge LLMs
Provision of personalized services through the Multiple Profile feature and application of a new UI/UX design. Building an app integrity and anti-hacking framework by introducing the latest security solution. Building server/web infrastructure for our own hacking response solution and monitoring system, and developing an AI-based VOD content recommendation feature
Hacking prevention through contracting and embedding a security module. Development of our own hacking response solution and hacking monitoring system (server/web).
UI/UX renewal for new models. Server traffic and cost reduction through integration of fragmented APIs.
Development of API and server functions for motor and golf sports data services. Provides a wide range of related sports data.
Improved response speed by building a dedicated caching server for third-party sports data, and applied optimized scheduling of sports data operations.
Hacking prevention through contracting and embedding a security module. Provision of our own hacking response solution and development of hacking monitoring system (server/web).
Increased downloads and active users and improved ad profitability by providing a UI/UX optimized for mobile tablets and iPad.
Development of a new flagship product with top-tier specifications and support for high-quality video and audio technology.
Development of a mobile app linked to iOS smartphones and release on the Apple App Store.
Development of a mobile app linked to Android smartphones and release on the Google Play Store.
Development of a new dongle-type product based on Realtek chipset and production based on Android 12 OS.
Development of the latest OTT viewing application for the premium product line, with UI/UX improvements and innovative features.
Diversification of SoC chipset supply. Securing a higher-performance premium lineup and producing products based on Android 11 OS.
Establishing a Realtek chipset partnership to diversify SoC chipset supply, and developing and mass-producing new products. Producing new products based on Android 10 OS.
Design of user-defined special button settings and TV control functions using Android services, in addition to regular remote control buttons. Optimized user convenience with remote firmware OTA functionality.
Developed a general-purpose media player that operates on the pure Android framework without over-relying on hardware resources built into the chipset. Secured a player fully compatible with the recently diversified chipset environment, gaining core technology that can shorten new device development time
Developed an Android-based product that allows users to download and use a variety of compatible applications on the smart TV platform from the app store, and that can provide various services through official certification
A function that converts graphic subtitles output as images on the media playback screen into text in real time and translates them into the desired language
Provides a server that allows users to easily download applications specialized for the global OTT environment and desired by buyers in each regional base, and allows buyers to manage the market directly
To guard against attempts to clone the product, media devices pass through an authentication server when operating. Effective in blocking attempts to misappropriate the value of the product by remotely controlling problematic devices or sending warning messages
Developed a new-concept player that receives media through an external streaming interface and passes it through a hardware decoder, achieving smooth timeline control and buffering optimization for 4K video
Designed the latest UX trend, Android Leanback UX, to be optimized for smart TV and OTT products
When an external antenna module is linked to the product, smooth playback of high-quality media formats (HEVC, 4K UHD level) becomes possible. High-quality media playback is possible on general media products without developing new devices
Developed an application that connects to media devices over a wireless network so that users can conveniently enjoy technologies such as content streaming and device control on mobile
As the media stream standard was raised to 4K, we overcame the limitation that existing market devices could no longer be viewed, and completed development of a high-performance media stream processing and playback device based on 4K resolution
Developed our own platform optimized for the Android environment and combined various widely used protocols to complete development of a high-performance smart-media-dedicated product
Completed development of a product in which stable media stream reception and optimized playback management for Android products meet the high-performance level required by users