Samsung's Hyperconnected AI

 

Samsung's Hyperconnected AI focuses on integrating various devices and platforms to provide users with more convenient and personalized services. This not only brings innovative changes to personal daily life but also revolutionizes various industrial sectors.

What is Hyperconnected AI?

Hyperconnected AI refers to artificial intelligence technology that provides a consistent and seamless user experience across various devices and platforms. It aims to offer personalized services to users by integrating Internet of Things (IoT), cloud computing, big data analytics, and more.

Key Features of Samsung's Hyperconnected AI

1. Samsung SmartThings:
   • Samsung's IoT platform that allows for the integration and control of various smart devices. For example, you can control home lighting, thermostats, and security systems through your smartphone.
2. Bixby:
   • Samsung's AI voice assistant that recognizes and executes user commands. It is integrated into various Samsung devices such as smartphones, TVs, and refrigerators, enabling control of multiple devices with voice commands.
3. AI-Based Data Analytics:
   • Samsung's AI technology analyzes user data to provide personalized services. For instance, it can recommend content based on your TV viewing habits or notify you of food items nearing their expiration date in your refrigerator.
4. Integration with 5G:
   • Combined with ultra-fast 5G networks, it enables real-time data transmission and processing. This contributes to providing faster and more efficient AI services.
5. Cloud Services:
   • Samsung's cloud services store data securely and allow access whenever needed. This enables data synchronization across various devices, enhancing the user experience.

Applications of Samsung's Hyperconnected AI

1. Smart Home:
   • All home devices can be connected and managed as a single integrated system. For example, lights can turn off automatically, and security systems can activate when you leave the house.
2. Smart City:
   • Integration of various urban infrastructures such as transportation, energy management, and public safety to maximize efficiency.
3. Healthcare:
   • Analyzes individual health data to provide personalized health management, and supports convenient medical services like remote diagnosis.
4. Smart Office:
   • Digitalization and optimization of the work environment to increase productivity. Examples include smart meeting room reservation systems and remote work support systems.