Education Sector Success Case Study
Building a Student–Faculty Storage Cloud: Realizing the Vision of Mobile Learning and Establishing a Digital Asset Model for Students and Educators
“Cloud infrastructure in education must be centered around students and faculty. Through a dedicated storage cloud, we have built a digital learning environment where every piece of teaching media and every learning record can be securely stored and seamlessly shared.”
Mobile devices such as smartphones and tablets have become the primary tools for accessing information and communication. As mobility continues to reshape the education landscape, the exchange of digital content has grown increasingly frequent. However, traditional overseas commercial cloud services often suffer from slow access speeds and limited security control. To realize the vision of “ubiquitous learning,” a city’s Department of Education implemented OmniStor to build a dedicated “education cloud hub” for students and teachers—creating a cloud storage system that is accessible, high-performance, secure, and purpose-built for education.
Case Summary
- Through private cloud on-premises deployment, academic network bottlenecks are overcome, enabling the construction of a high-performance mobile learning environment.
- By integrating the education system’s authentication mechanism and enabling cross-device access, the platform establishes a collaborative hub for educational resources.
- Strengthening privacy protection for students, parents, and teachers, while enhancing cybersecurity resilience and disaster recovery capabilities across campuses.
Client Overview
The Information Education Center of the Kaohsiung City Department of Education serves as the central unit for promoting digital learning and cybersecurity governance across the city. It is responsible for managing hundreds of schools under its jurisdiction and serving more than 300,000 teachers and students, with the goal of building a more convenient and secure learning environment.
Customer Challenges
As mobile device adoption becomes increasingly prevalent in the education sector, the education authority faces the following key challenges in maintaining its existing cloud services while improving the user experience for teachers and students:
1. Increased exchange demands driven by mobile learning adoption
As mobile learning becomes more widespread, many teachers and students have begun using commercial cloud services such as Dropbox to synchronize data between home and school. However, these platforms are difficult to align with campus security policies and lack collaboration and sharing mechanisms designed specifically for educational use cases.
2. Slow access performance caused by wide-area network limitations
Most commercial cloud services are hosted in overseas data centers and do not have direct connectivity with Taiwan’s Academic Network (TANet), which is widely used by schools. As a result, accessing large multimedia teaching resources over limited bandwidth leads to slow performance, becoming a critical barrier that undermines digital teaching and the vision of “ubiquitous learning.”
3. Data security concerns and insufficient privacy protection for teachers and students
In the past, file sharing between teachers and students often relied on USB drives, which are prone to damage, loss, and virus infection. This lack of robust security controls and data protection mechanisms not only risks intellectual property leakage but also increases the likelihood of personal information and sensitive files being exposed.
Solutions
To realize the vision of smart education, the Kaohsiung City education authority implemented OmniStor to build a student–teacher storage cloud, consolidating fragmented educational resources into a secure, unified educational resource platform.
- Smart Teaching and Collaboration: Strengthening Educational Mobility
The platform supports multi-device access across PCs, tablets, and smartphones, enabling automatic synchronization of teaching materials and multimedia files to the cloud. With flexible permission settings, students can submit assignments through shared folders, while teachers can conduct individualized assessments and provide annotated feedback on specific submissions, enabling truly personalized learning. It also supports collaborative lesson plan development among teachers, with automatic synchronization of folders across different working locations, allowing teaching preparation to proceed without being tied to a fixed workspace.
- Releasing Hardware Constraints: Flexibility with Security and Familiar Usability
Built on software-defined storage, OmniStor breaks through the scalability limitations of traditional storage systems, delivering a cloud file storage platform with high availability, high scalability, and strong security. In addition, the Drive file streaming feature allows users to mount cloud storage as a local drive, extending PC storage capacity while continuously syncing data to the cloud. Importantly, the usage experience remains consistent with traditional network shares, requiring no change in user habits.
- Cybersecurity Fortress and Privacy Management: Safeguarding Digital Educational Assets
For administrative and sensitive educational data, the platform implements proactive security defenses. In the event of ransomware infection or malicious file modification, it provides full backup and recovery capabilities to ensure uninterrupted operations. The system also detects abnormal file changes in real time and automatically halts synchronization to prevent the spread of damage, meeting government cybersecurity evaluation standards.
Implementation Outcomes
After implementing the student–teacher storage cloud, the city successfully realized its vision of digital learning. In terms of access performance, it resolved the long-standing bottlenecks associated with overseas cloud services, enabling smooth delivery of multimedia teaching resources. From an educational application perspective, the platform not only securely preserves digital assets of teachers and students but also serves as a foundational infrastructure for learning portfolios and after-class study. It further supports innovative educational services such as the “DAXUE TANG” online learning initiative.
More importantly, the platform achieves a balance between security and usability, enabling the education authority to advance mobile learning initiatives while establishing robust cybersecurity resilience and disaster recovery capabilities. Through private cloud technology, every teacher and student is provided with a secure, fast, and dedicated digital workspace, laying a critical foundation for smart city educational infrastructure.
Key Application Outcomes
- Facilitating Learning File Sharing and Collaboration:Leveraging cloud technology, the platform promotes knowledge sharing between teachers and students,supporting cross-platform and multi-device synchronization to meet the need for anytime access, reading, and collaborative exchange of digital learning materials.
- Optimizing Access Performance:Through on-premises deployment, the platform overcomes latency and bandwidth limitations caused by overseas commercial cloud data centers, enabling efficient distribution and sharing of high-bandwidth digital teaching resources.
- Freeing Up Local Storage Space:By using local caching of cloud files, data is downloaded only when accessed and does not occupy local storage when not in use, effectively resolving limitations caused by insufficient device storage capacity.
- Building a Secure Data Protection Network for Students and Teachers:A dedicated storage environment is established for students, balancing cybersecurity, privacy protection, and ease of use to ensure a safe and user-friendly digital learning space.