For many students, losing confidence in learning begins quietly. A mathematics question feels too difficult. A lesson moves too fast. After a while, trying can feel harder than giving up.

Artificial intelligence is often presented as the future of education. But inside classrooms, the challenge is more immediate: can technology help a student stay engaged, help a teacher feel supported, or help a school choose what truly works?

In Korea, this practical question has shaped the work of Korea Education and Research Information Service (KERIS). Rather than introducing digital tools simply because they are new, KERIS has focused on how technology can solve everyday learning challenges. Its recent initiatives show that digital innovation becomes most valuable when it strengthen students’ motivation, supports teachers’ professional growth, and gives schools greater flexibility to respond to learners’ needs.

One clear example is mathematics. In many countries, including South Korea, students often begin to lose confidence at an early age. Once the subject starts to feel too difficult or disconnected from daily life, they gradually disengage. To address this challenge, KERIS introduced TocToc(Smart) Math Expedition, an AI-based mathematics learning service in Korea’s public education system.

The platform analyses students’ learning activities and recommends content tailored to each learner’s level and interests. Rather than simply adding more exercises, it uses game-based learning to make mathematics feel more approachable and engaging. For example, when a student struggles with a concept, the system adjusts in real time—offering simpler problem, short hints, or interactive challenges until the idea becomes clearer. By allowing students to experience small successes step by step, it builds both confidence and continuity in learning.

A second example focuses on teachers. Digital transformation in education cannot succeed unless they feel confident and supported in using new tools. Recognising this, KERIS developed Jisik Samteo (Knowledge Spring), a collaborative professional learning environment. Here, educators learn from one another through real-time lectures, shared classroom practices, and practical discussions on digital teaching.

In practice, a teacher can join a live session, see how a colleague uses a digital tool in class, and immediately adapt that idea for their own students the next day.

What makes this approach especially meaningful is that teachers are not treated only as recipients of training—they are also contributors who share their own experiences, ideas, and solutions. As a result, small classroom innovations can spread across schools and regions, creating a culture of shared learning. This effort is further strengthened through EdTech SoftLabs, where teachers can explore digital technologies and build practical skills for classroom use.

A third example focuses on flexibility. Schools today have no shortage of digital tools—but choosing the right ones is not always straightforward. They need not only access, but clear and reliable information to decide what truly works. KERIS addresses this through EdZip, a platform that brings together domestic EdTech solutions in one place. By allowing educators to search, compare, and review tools, it supports more confident decision-making.

For example, a school leader can compare several digital platforms side by side—reviewing features, classroom use cases, and feedback from other educators before deciding which tool to adopt.

Combining public resources from KERIS with a wide range of private-sector content, EdZip gives schools the flexibility to build a learning environment that fits their needs.

Taken together, these initiatives point to a simple but important lesson: in the age of AI, innovation is not just about better technology. It is about creating conditions for students to stay engaged, for teachers to keep growing, and for schools to make thoughtful choices. Technology matters most when it strengthens human potential.

Korea’s experience suggests that meaningful digital transformation begins not with technology, but with the people who use it every day. When students rediscover joy in learning, teachers gain confidence through collaboration, and schools are empowered to choose what fits them best, AI becomes more than a tool—it becomes a bridge to better learning.

As education systems across the region continue to adapt, these experiences offer practical ideas for others asking the same question: how can digital innovation truly serve learners and communities? The goal is not simply to build smarter systems, but to create education that is more inclusive, responsive, and human-centered.