From April 24 to 26, the 87th China Educational Equipment Exhibition was grandly held in Chengdu, Sichuan. Under the theme “Artificial Intelligence Driving High-Quality Development of Educational Equipment,” the exhibition brought together over a thousand leading educational technology companies from across the country. It showcased cutting-edge achievements in AI-powered teaching applications, smart practical training, domestic IT innovation, and educational computing infrastructure. Aligned with the national strategy for educational digitization and the goals of building a leading educational powerhouse, the event served as a high-level platform for in-depth collaboration among government, industry, academia, research institutions, and end-users.

As a leading provider of desktop-level AI services, Wuhan OS-easy Computing Co., Ltd. is fully committed to supporting national strategies for educational digitization, indigenous innovation in education, and AI talent development. The company showcased its AI Future Learning Center, OE-Claw Lobster Cloud Classroom, HarmonyOS Training Lab, Indigenous Innovation Classroom, AI Smart Computing, AI Smart Teaching, and AI Smart Management—to showcase its full-stack solutions. With a product portfolio characterized by scenario-based, systematic, and practical applications, the company comprehensively demonstrated its capabilities in technological innovation and large-scale implementation, becoming a major highlight of the exhibition. Additionally, OE Cloud set up a dedicated computer exhibition booth at the Huawei booth to comprehensively showcase the full range of HarmonyOS ecosystem solutions.

I. OE-Claw Lobster Cloud Classroom: A New Paradigm for AI-Empowered Smart Teaching

At this exhibition, OS-easy made a major splash with its OE-Claw enterprise-grade “Lobster Butler,” which drew significant attention on-site. Built on OpenClaw, this solution serves as a private deployment platform for AI agents in the education sector. It directly addresses core challenges such as the large-scale implementation of AI on campus, data security, and unified operations and maintenance. With the core advantage of “one lobster manager overseeing a group of little lobsters,” it builds a secure, controllable, and highly efficient foundation for AI-driven teaching and management in schools.

OE-Claw Enterprise-Grade Lobster Manager supports two deployment modes: cloud desktop batch deployment and Lobster all-in-one devices. It enables rapid, unified distribution of AI terminals across the entire school, centralized policy deployment, and batch updates, significantly reducing operational and maintenance costs. Integrating six core capabilities—agent management, AI model control, custom skills, multi-platform integration, endpoint operations, and security compliance—it features a built-in agent store and private skill repository. The solution supports the configuration of dedicated teaching assistants and knowledge bases, covering a full range of scenarios including intelligent lesson planning, Q&A assistance, homework grading, and information push notifications. The solution employs a private deployment model to ensure data remains within the campus network, meeting educational compliance requirements. With its secure, user-friendly, and efficient features, it comprehensively empowers smart teaching to enhance quality and efficiency.

II. AI Future Learning Center: Transforming the Learning Environment and Empowering Targeted Instruction

At the 87th China Educational Equipment Exhibition, the OS-easy AI Future Learning Center stood out as a highlight of the event thanks to its learner-centered innovative concept and fully immersive, all-scenario experience. As a core vehicle for educational digital transformation, the Future Learning Center deeply integrates physical, digital, and social spaces to comprehensively support inquiry-based, collaborative, project-based, and constructivist learning, driving the transformation of classrooms from “knowledge” to “competency-building.”

The Future Learning Center fully supports innovative learning methods such as independent inquiry, group collaboration, project-based learning, and constructivist approaches. Through AI-driven holistic monitoring, real-time learning diagnostics, and the generation of personalized learning paths, it facilitates a classroom transformation from “knowledge transmission” to “skill development.” The center features a comprehensive curriculum system that includes AI programming practice, agent development, and prompt engineering. It employs a “teacher + engineer + AI teaching assistant” tripartite teaching model, complemented by digital twins, virtual simulation, and multimodal interactive devices to create an immersive, ubiquitous learning environment.

Guided by the Ministry of Education’s policy guidelines for the development of Future Learning Centers, the OS-easy AI Future Learning Center leverages process-oriented, holistic competency assessment to transcend the boundaries of time, space, and resources. It fully addresses the needs for cultivating core competencies and fostering innovative talent, providing schools of all levels and types with a practical, replicable, and scalable model for future education, thereby advancing high-quality educational development.

III. HarmonyOS Training Lab: Multi-ecosystem Integration, Multi-purpose Smart Education Training

The OS-easy HarmonyOS Training Lab is built on Huawei’s HarmonyOS computers and serves as an innovative, domestically developed training solution for the education sector. The solution integrates four core capabilities—OS-easy Virtual Machine, Oseasy Cloud Desktop, OS-easy Synchronous Replay, and OS-easy Digital Classroom—to build a secure, efficient, and scalable integrated training environment. It enables “multi-purpose use and seamless evolution,” supporting talent development for the national information technology innovation industry and the HarmonyOS ecosystem.

The solution supports seamless switching between the HarmonyOS and Windows ecosystems. Equipped with the proprietary OS-easy virtual machine, it can smoothly run various professional educational software, enabling cross-system file sharing and hardware sharing. This allows for the delivery of courses in HarmonyOS development, programming, AI, and more without the need to switch devices. Equipped with HarmonyOS-exclusive simultaneous transmission and restoration capabilities along with an electronic classroom system, it supports end-to-end teaching functions including batch deployment, data restoration, screen broadcasting, assignment submission and collection, and classroom management, ensuring efficient operations and a stable environment. Additionally, leveraging the proprietary OEIDP desktop protocol, it can be flexibly integrated with existing campus cloud platforms and is compatible with multi-architecture servers. This provides educational institutions with a centralized, cost-effective, and future-proof path for training lab development, supporting the cultivation of talent for the domestic HarmonyOS ecosystem and serving the strategies of educational IT innovation and independent innovation.

IV. Indigenous Innovation Classrooms: “One Cloud, Multiple Chips” with Comprehensive Compatibility, Enabling Autonomous and Controllable Smart Teaching

OS-easy Cloud's IT Innovation Classroom aligns closely with the national IT innovation strategy for education. Centered on a “single cloud, multiple chips” architecture and the principle of self-reliance and controllability, it integrates three desktop architectures—VDI, VOI, and IDV—to centrally manage multi-architecture terminals such as Feiteng, Haiguang, Loongson, and Zhaoxin, thereby enabling a single cloud to support all teaching scenarios.

The solution supports seamless switching between domestic operating systems such as UnionTech UOS and Kylin KOS and Windows environments, featuring synchronized class schedules and instant environment switching. It enables one-click deployment and recovery for various exam scenarios, meeting diverse needs such as IT classes, English listening and speaking exams, and science exam rooms. It also features proprietary multimedia teaching and interaction software that supports routine teaching applications such as screen broadcasting, remote monitoring, and assignment submission and collection. The system offers capabilities including protection and restoration for domestic operating systems, high-speed batch deployment, and incremental data updates, ensuring efficient operations and one-click recovery from failures. Additionally, it provides both on-premises and cloud-based deployment options, fully compatible with domestic software, hardware, and peripherals. Secure, compliant, stable, and smooth, it delivers a mature, replicable, and integrated solution for the large-scale implementation of domestic IT innovation in education.

V. AI Computing: A Platform for Consolidated Computing Power, Empowering AI-Driven Teaching and Research

OS-easy AI Intelligent Computing addresses new computing power demands in education by creating a unified computing infrastructure that integrates general-purpose and intelligent computing for both teaching and research. It establishes a two-tier management platform spanning from education bureaus to schools and from universities to colleges, enabling centralized management, intelligent scheduling, and precise operations of computing resources across the entire ecosystem. The solution is fully compatible with the full range of heterogeneous graphics cards, including NVIDIA, AMD, and Ascend, and supports flexible scheduling modes such as computing power partitioning, multi-card aggregation, and passthrough reuse. Leveraging a “dual-engine” architecture combining virtual machines and containers, it balances the needs of stable teaching desktops with agile AI training requirements. Additionally, the solution integrates AI training workstation all-in-one systems and industrial simulation HPC capabilities, meeting full-scenario computing demands such as AI model training, inference, 3D design, and scientific computing. It enables time-sharing and efficient utilization of both educational and research computing resources. Furthermore, it establishes a refined computing quota and intelligent metering system, offering free access for educational experiments while implementing precise billing for research projects, thereby effectively improving resource utilization and reducing construction costs.
 From university-wide public services to department-specific practical training, and from general education to cutting-edge research, OS-easy AI Smart Computing leverages its secure, scalable, efficient, and sustainable features to build a robust computing infrastructure for AI education and innovative research at universities and vocational colleges, thereby empowering high-quality digital development in education.

VI. AI-Powered Education and Management: Data-Driven, End-to-End Digital Governance of Laboratory Operations

The OS-easy LISS Smart Computer Lab Service System leverages AI to empower the end-to-end management of laboratory instruction, delivering an integrated smart solution that combines teaching management, terminal operations and maintenance, asset monitoring, security and compliance, and a data hub. By integrating AI capabilities, the platform offers out-of-the-box features such as real-time lab status monitoring, remote operations and maintenance, resource analysis, AI-powered scheduling, and teaching analytics, enabling streamlined, intelligent, and visual lab management. The platform supports intelligent lab scheduling, online reservations, automatic attendance tracking, and online submission and grading of lab reports. It automatically generates lab operation logs and classroom analysis reports, ensuring full traceability throughout the process. Through features such as remote device power cycling, batch maintenance, risk inspections, and push notifications, it significantly reduces operational costs while improving equipment utilization and teaching safety.

The platform comprehensively collects data across all dimensions—including terminal assets, practical procedures, and teaching operations—to form a central data hub for laboratory instruction. This enables the automatic tracking of key metrics such as experiment implementation rates, completion rates, and equipment utilization, perfectly aligning with the needs of teaching evaluations and data reporting. It has been successfully implemented at numerous universities and vocational colleges nationwide, supporting the digital, refined, and efficient operation of laboratories, and providing a solid foundation for smart laboratory instruction and the digital transformation of education.

An AI assistant designed specifically for education, redefining the way teaching and learning take place in the classroom

OS-easy AI Desktop Teaching Assistant is specifically designed for educational settings. As a private-domain AI teaching assistant deeply integrated into classroom instruction, it enables on-device model deployment and secure inference, ensuring that data remains within the school campus and privacy is fully controllable. The solution covers all scenarios for both teachers and students, offering core capabilities such as course Q&A, multimodal search, heuristic guidance, knowledge attribution, AI programming assistance, and subject knowledge graph construction. It precisely aligns with teaching content, delivering rapid responses and professional answers.

The platform supports rapid creation of AI course desktops, centralized distribution of private domain images, and intelligent allocation of computing power. It enables the creation of post-class AI learning spaces to support interdisciplinary practice and personalized tutoring. Compared to general-purpose large language models, it offers advantages such as on-premises deployment, data security, deep integration with educational needs, and out-of-the-box usability. It comprehensively addresses the needs of AI education, programming training, and blended learning, empowering smart teaching to improve quality and efficiency through lightweight, secure, and specialized AI capabilities.

As a pioneer in educational digitalization, OS-easy has always been committed to empowering education through technology and driving quality improvement through innovation. We focus on core areas such as educational desktop cloud, AI-powered educational applications, domestic IT innovation, and the construction of computing power centers, continuously developing secure, efficient, and user-friendly all-scenario digital solutions for education. Moving forward, OS-easy will remain committed to independent innovation, deepen the integration of AI technology with teaching and learning, and continuously enhance its product ecosystem. By providing superior solutions and services, we will support schools of all levels and types in advancing smart campus development, thereby making a solid contribution to building a leading education powerhouse and promoting the high-quality development of educational infrastructure.