Technical means such as cloud computing, big data, and artificial intelligence (AI) are used to provide education industry customers with solutions for various scenarios, such as online education and smart college. In this way, they can establish education services with low costs, flexible scaling, and high performance.
Provide general platform-level products and services, while strictly observing the platform boundaries and respecting users' data ownership and privacy.
Reduced Costs
Help online education customers to quickly respond to resource needs in peak hours, reducing IT costs along with flexible billing.
High Concurrency Need
Use load balancing and flexible scaling to easily deal with high concurrency needs in scenarios such as online class selection and self-leaving.
Unified Management of Cloud Networks
Use SD-WAN to help colleges and universities to integrate their networks on clouds, enabling secure connection between dedicated networks for school hospitals, financial departments, and parent zones.
Use a cluster-based architecture with flexible scaling to support massive requests and concurrency of tens of millions of users.
Use object storage to save massive files including courseware, video files, and interaction data.
Integrate content distribution networks (CDNs) so that users can access what they need from nearby resources, greatly reducing response time Smart college.
Scheme effect
Ensure smooth access of users during service peak hours.
Provide secure, low-cost, highly reliable, and massive cloud storage services.
Achieve low-latency live HD broadcast or VOD, improving user experience.
Architecture characteristics
Support horizontal scaling of both capacity and performance, as well as on-demand investment and continuous scaling.
Use a standard hardware platform not bound with any software, with no need to worry about future scaling.
Use an unstructured data storage system, which is professional, reliable, and efficient.
Scheme effect
Solve the problem of explosively continuous growth of unstructured data, reducing the costs for storing unstructured data.
Provide unified data storage services that support the free use of unstructured data generated by smart classroom applications and various IoT devices.
Form a data lake consisting of accumulated persistent data, providing comprehensive data support for smart campus services.