SmartEOS Domestic OS for Smart Education Terminals

Functional Overview

Based on OpenHarmony, we build an intelligent education ecosystem, driving education to leap from "resource digitalization" to "system intelligence." It provides core features such as Xingdun architecture, distributed soft bus, atomic services, underlying AI service framework, and one-time development for multi-terminal deployment.

Customer Pain Points

  • Education terminal operating systems are monopolized by foreign vendors, posing data security and supply chain risks.
  • Multiple terminals in classrooms (large screens, tablets, IoT devices) are fragmented and cannot interact efficiently.
  • Teaching application development cycles are long, and multi-terminal adaptation costs are high.
  • Lack of a unified AI teaching service framework makes it difficult for AI applications to be deeply integrated into teaching systems.

Solution Advantages

  • Kernel data protection and teaching data security: Xingdun architecture, reducing irrelevant pop-ups by 76%.
  • Distributed soft bus and multi-terminal teaching interaction: connection speed of classroom terminals improves 5×, OpenHarmony split-screen teaching, and remote interactive teaching.
  • Atomic services and great teaching integration: unified entry, multi-terminal fusion, atomic teaching activities, AI autonomous push, improving teaching activity participation by 70%.
  • Underlying AI service framework and AI-native teaching assistance: the framework has an embedded AI service bus at the bottom layer, natively supporting AI full-scenario teaching applications, with a pure system and remote guardianship.
  • One-time development for multi-terminal deployment: shortens development cycles, enables rapid business deployment, and co-builds a new ecosystem for teaching application markets.

Architecture Diagram

Architecture Diagram