The age of personalized AI is here. Samsung Electronics offers safe, tailored AI experiences backed by user insights across its products — from mobile devices and TVs to home appliances — through continuous innovation in software and platform technology.
Just as performance metrics and physical measurements are essential to designing customized workout routines for professional athletes, data plays a crucial role in creating personalized AI. As such, Samsung is prioritizing data intelligence research to transform vast amounts of data into meaningful and intuitive user experiences.
Samsung Newsroom takes a closer look at how Samsung’s advanced data research and innovative connectivity solutions are pioneering the era of personalized AI.
The Power of Data Intelligence in Personalized AI
A truly personalized AI experience starts with understanding the user. Data intelligence identifies a user’s needs at specific moments based not only on historical device usage data but also on the user’s present context. This enables appropriate services to be delivered in a timely manner. However, there are challenges — for example, users don’t hand in refined reports of their needs and wants; the matching of expected needs and potential services must be carried out in real time; and most of all, personal information must constantly be kept safe.
As Samsung reaches consumers across nearly all daily touchpoints — including work, entertainment, household chores, health and security — the company has the unique opportunity to gain deep insights into user behaviors and preferences.
In order to harness this potential, Samsung has strengthened its data technology capabilities by researching user data collected annually from hundreds of millions of devices and services — all in strict compliance with internal and external regulations. As AI models develop a better understanding of users through data collection, processing and analysis, they can leverage retrieval-augmented generation (RAG) to deliver more personalized services for different contexts. By using technologies to connect reliable, logic-based knowledge bases to large language models (LLMs), these AI models access the latest, most reliable information and find the most suitable answers.
As Samsung focuses on technologies that connect data to refine personalized AI experiences, a key question is how can such vast and complex data be managed more effectively and tailored precisely to individual needs? The answer, in part, lies in knowledge graphs.
▲ Yunsu Lee, VP, Head of Data Intelligence Team, Samsung Research explains data intelligence.
Enhancing AI Experiences With Knowledge Graphs
A knowledge graph is a knowledge representation technology that organizes related information in an interconnected graph format, making it easily interpretable for both humans and computers. By defining individual entities within the data and linking them, their relationship can be represented as a “triple” in the form of “subject — predicate — object.” For example, “the capital of South Korea is Seoul” can be represented in the following graph, “South Korea — capital — Seoul.” Various types of knowledge such as people, objects, times and places can be structured in a highly refined manner by connecting numerous entities in this triple format.
Unlike traditional relational databases that fill tables with information, knowledge graphs effectively store data and quickly retrieve information or new inferences as needed.
▲ (Right) Knowledge graphs can store data more efficiently than relational databases (left).
Samsung is actively advancing research in knowledge graphs. While earlier forms of data usage were limited to individual apps, this technology allows for free data search and utilization across app or service boundaries — enabling a hyper-personalized experience as if the device were tailored exclusively to the user.
When combined with Samsung’s on-device AI, knowledge graphs allow users to experience highly customized AI services while protecting sensitive personal data from external exposure. This technology is expected to be applied across various products and devices.
The key to implementing knowledge graphs is the ability to quickly find specific answers from information represented in the graph. Converting constantly changing real-world data into graphs and efficiently extracting information requires complex computations — and as the graphs grow, rapid information retrieval becomes more challenging.
To bolster its capabilities in this area, Samsung acquired Oxford Semantic Technologies in July. Oxford Semantic Technologies, a U.K.-based startup renowned for its knowledge graph technology, specializes in optimizing data processing and advanced inference to facilitate swift understanding and precise extraction of information from knowledge graphs.
Samsung has collaborated with Oxford Semantic Technologies on graph databases and ontologies1 since 2018, and the recent acquisition is anticipated to create synergy in personalized AI research across Samsung’s product ecosystem. The company plans to develop applications that offer valuable experiences to consumers and explore new research avenues in various areas including the integration of generative AI and knowledge graphs.
Empowering Everyday Life With Data-Driven Insights
Samsung is rapidly incorporating personalized AI features powered by data intelligence across a wide range of products and services to enrich users’ daily lives.
Digital healthcare is one example. The Galaxy Watch7 and Galaxy Ring comprehensively analyze user health data including sleep, exercise and heart rate to offer an Energy Score via the Samsung Health app. Going beyond simple data measurement, this analysis provides an easy-to-understand numeric summary of a user’s daily health status and personalized insights for individual activities. By researching the weighted importance of each factor in the Energy Score based on age and gender, Samsung has developed a more customized approach to health management.
The entertainment experience has also been enhanced through data-driven insights. In the U.S., Gaming Hub — Samsung’s game platform available on its smartphones — uses explainable AI (XAI) to offer personalized game recommendations. Leveraging a model of the user’s preferences, this technology not only recommends games but also explains the reasoning behind each suggestion to help users select the games that suit them best.
▲ Energy Score
Refined AI Experiences With SmartThings
Personalized AI will evolve as more devices connect with each other and acquire usage data from users’ daily lives. At Samsung Developer Conference 2024 (SDC24) in October, Samsung unveiled Home Insight — a service that allows users to manage and control their smart home through SmartThings. The feature analyzes users’ lifestyle patterns, device usage history and home conditions to provide real-time reports and tailored recommendations such as turning off devices or utilizing specific features based on different situations.
In addition, Samsung has a personalized AI feature to support the well-being and safety of family members in need. Launched in June, SmartThings Family Care allows users to remotely monitor family members and take any necessary actions through SmartThings-connected devices and location-based data. The company plans to expand these AI-connected capabilities to health devices, supporting family health in areas like sleep and diet.
Samsung is advancing technology that allows devices to recognize users and provide seamless, personalized experiences across all connected devices. For example, the company is planning to enable users who have large text mode activated on their smartphones to automatically apply the setting to other devices with a single voice command. Additionally, Samsung is exploring functions that use sensors and devices within the home to detect a user’s location and adjust lighting, temperature and humidity according to individual preferences.
▲ Samsung welcomed new AI experiences at SDC24.
Personalized AI Needs Robust Security
Security is a fundamental requirement for delivering safe, personalized AI. To ensure the protection of personal information and address biases in AI systems, a multi-faceted approach is needed — including improving data processing and model training processes and implementing a rigorous verification process for outputs.
When collecting internal and external data for AI model training, Samsung performs data pre-processing to check and filter for privacy violations. Additionally, the company is strengthening its safety verification of AI outputs by addressing risks related to harm, bias, privacy and jailbreak2 vulnerabilities.
Samsung’s Knox Matrix further elevates security in a multi-device connected environment. Using blockchain technology, connected devices can monitor each other for security threats through Trust Chain; securely share user data by transmitting only encrypted information to servers via Credential Sync; and apply consistent security standards across operating systems such as Android, Tizen and Windows with Cross Platform. Samsung plans to expand Knox Matrix to cover its mobile devices, TVs and home appliances.
▲ Knox Matrix
Samsung continues to expand its user base through advanced data technology and multi-device connectivity experiences, leveraging data insights to drive research and bolster its competitive edge. Through these endeavors, the company is fueling the rapid advancement of personalized AI and placing increasingly innovative experiences at users’ fingertips. In part three of this series, Samsung Newsroom will explore how various methods in Samsung’s AI strategy meaningfully change users’ lives.
1 A search method that finds objects by adding logic such as connection relationships and inclusion relationships.
2 Attack methods that bypass safety measures and ethical guidelines of AI models to create malicious content.
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