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Vision 2030: Smart campus network autopilot

URN C26.5.1010

Topics Autonomous networks, Business assurance, Fault management

Build a self-driving smart campus network, powering educational digital transformation through intelligent O&M.

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As universities accelerate digital transformation, campus networks face growing pressure to support bandwidth-intensive applications, deliver seamless user experiences, and reduce operational complexity. Vision 2030: Smart Campus Network Autopilot addresses these challenges by creating an autonomous smart campus network that combines ultra-broadband connectivity, real-time network visualization, and AI-driven decision-making in a unified platform. The project brings together Wi-Fi 7, digital twin technology, and intelligent network automation to transform how campus networks are managed. By providing up to four times greater bandwidth, immersive visibility into network performance, and AI-powered fault detection and resolution, the solution enables educational institutions to support advanced learning environments, including 4K and VR-based teaching, large-scale research collaboration, and data-intensive academic services. At the heart of the solution is an intelligent network agent that continuously monitors network conditions, identifies issues, recommends actions, and supports autonomous operations. This shifts network management from reactive troubleshooting to proactive optimization, reducing fault identification and recovery times while improving service reliability and operational efficiency. Beyond enhancing connectivity, the project demonstrates how autonomous networks can become strategic enablers of innovation. Intelligent network insights can support sustainability initiatives, optimize energy consumption, and create new opportunities for digital campus services. By aligning with the TM Forum Autonomous Networks Mission and supporting the goals of Saudi Arabia's Vision 2030, the Catalyst showcases how AI-powered networking can help educational institutions build smarter, more resilient, and future-ready campuses.