Guide for Establishing a Bring-Your-Own-Device (BYOD) Network at Your University
In the rapidly evolving landscape of education, technology plays a pivotal role in shaping the learning experience. Advances in learning styles such as adaptive and competency-based learning are revolutionising the way students access and engage with educational content, offering personalised learning experiences based on an interactive assessment of their understanding.
High-speed and high-performing WLAN solutions, as emphasised by Andy Butcher, higher education evangelist at Extreme Networks, are crucial in keeping students engaged and ensuring anywhere access to learning material. This technology, when combined with cloud-based services, enables the delivery of virtualised content, facilitating the growth of new courses like MOOCs and SPOCs.
The demand for a learning environment that suits student behaviour is placing universities under pressure to assess their technology infrastructure. Higher education institutions must review their current IT infrastructure to determine how they can best support BYOD (Bring-Your-Own-Device) and accommodate the influx of mobile devices.
WLAN solutions offer smart enterprise network features that improve the availability, reliability, coverage, manageability, and security of wired and wireless campus LANs. WLAN technology is an ideal solution for higher education organisations to expand anytime, anywhere connectivity across the campus.
Understanding student usage through a smart network application analytics tool can help higher education institutions better inform strategies for keeping students connected while on the move, providing a competitive advantage and ensuring success.
As we look towards 2025, Gartner's predictions for top strategic technologies impacting education align closely with their broader top technology trends, emphasising AI and automation. AI is transforming workflows by automating complex tasks, enhancing personalised learning, and augmenting educator and student capabilities. Gartner expects widespread adoption of AI code assistants and AI-driven automation, which will influence educational software and platforms used in schools and higher education.
In addition, Gartner forecasts a 6% increase in global IT spending on education and government markets in 2025, highlighting ongoing investments in digital transformation, cloud computing, and data analytics to improve educational outcomes and operational efficiency.
Advanced AI systems and autonomous AI agents can support personalised education, improve learning analytics, and automate administrative functions. Gartner emphasises the need for control and ethical governance in deploying AI, which is particularly important in educational contexts.
Lastly, as education adopts more digital and AI-powered tools, cybersecurity, identity management, and adaptive risk management become critical to protect sensitive data and ensure compliance.
While Gartner’s main published materials focus more broadly on cross-industry trends such as AI automation, autonomous agents, and AI-native engineering, these technologies are directly impacting education by enabling personalised learning experiences, improving software tools, and increasing institutional agility.
In conclusion, the strategic technologies shaping education in 2025 include AI-driven automation, advanced AI systems, cloud infrastructure, and cybersecurity. For a more precise list of Gartner's top strategic technologies for education, it is recommended to explore Gartner’s official education-specific research or reports directly.
Technology in education, through WLAN solutions and cloud-based services, facilitates the delivery of personalized learning experiences, enabling growth of courses like MOOCs and SPOCs. AI and automation, as predicted by Gartner, will transform workflows in education by augmenting educator and student capabilities, enhancing personalized learning, and automating complex tasks.
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