10 Trends in Campus Networks in 2023

devices in a campus network

As technology rapidly advances, the evolution of campus network solutions has become increasingly important for institutions.

Keeping up with the latest trends in campus networks can help educational institutions prepare for future developments and leverage the power of digital transformation.

By understanding these trends, institutions can ensure they have robust and scalable campus network solutions in place to support their evolving technological needs and provide a seamless digital experience to students, faculty, and staff.

Let’s delve into the key trends shaping campus network solutions.

Table of Contents

1. Network Automation

Network automation plays a crucial role in managed campus networks, allowing for increased efficiency and reduced human error. With the aid of APIs, automated tasks have become more manageable, albeit challenges with interoperability persist. There has been a shift from traditional command-line interface use towards adopting DevOps methodologies for improved network operations.

2. IT Security and Work from Anywhere with Any Device

With the surge in remote work, IT security has never been more critical. Managed campus networks need to implement advanced security measures, like Secure Access Service Edge (SASE), to ensure secure access across multiple locations. Emphasizing multifactor authentication and regular system backups is also vital.

3. Wireless Innovation

Wireless technology advancements are revolutionizing campus networks. Both Wi-Fi 6 and 5G offer promising upgrades in speed and latency, although they require denser access point deployment to fulfill their potential entirely.

4. IoT and Edge Computing

The rise of IoT and edge computing in campus networks introduces new security challenges. Processing IoT data at the network’s edge, before moving to the cloud, can reduce infrastructure costs and improve security.

5. More Cloud, Less On-Premises Data Center

A significant trend in campus networks is the shift from on-premises data centers to cloud-based solutions. Network teams must ensure that cloud providers’ operational and security policies align with their own, especially in access policies and recovery measures after a cybersecurity attack.

6. Machine Learning and AI

The application of machine learning and AI is expanding in campus networks, enhancing IT security and management. This trend is expected to continue as these technologies become more integrated into network operations.

7. SD-WAN Technology

SD-WAN technology is becoming more prevalent in campus networks, enhancing network performance and reliability by dynamically routing traffic based on current network conditions.

8. Digital Twins

The emerging trend of digital twins in campus networks offers a powerful predictive tool. By creating a virtual replica of the network, institutions can anticipate potential issues and optimize network performance.

9. Power over Ethernet (PoE) Lighting

The trend of using PoE lighting in campus networks offers energy efficiency and cost savings. By powering lighting through the network, institutions can reduce energy consumption and simplify network design.

10. Virtual Reality and Augmented Reality

VR and AR technologies are being increasingly used in campus networks, offering enhanced learning and collaboration experiences. These technologies can create immersive learning environments, revolutionizing traditional classroom dynamics.

Final Thoughts

In 2023, these ten trends are shaping the future of campus networks, driving digital transformation across educational and corporate campuses. By staying informed and adapting to these trends, institutions can prepare for the future and navigate the digital era with confidence. Implementing a solid campus network solution like Ruijie, supported by robust IT support services, is key to achieving network efficiency and resilience. Furthermore, considering advanced security services like SOC as a service can help safeguard valuable institutional data and maintain network integrity. 

Choose THREE IC As Your Campus Network Solution Provider

There are various solutions available for campus networks. The right choice depends on the institution’s specific needs and goals. By partnering with a trusted provider like THREE IC, institutions can ensure a reliable and effective network solution. So, why wait? Discover the potential of modern campus networks with THREE IC.

Frequently Asked Questions

Network automation increases network efficiency and reduces human error, leading to more reliable and seamless connectivity.

Wireless technologies like Wi-Fi 6 and 5G promise greater speeds and lower latency, transforming the way we communicate and collaborate in campus environments.

Managed campus networks are those where network management is outsourced to a third-party service provider. They allow institutions to enjoy efficient, secure, and scalable networks without the burden of constant monitoring and maintenance.

SD-WAN technology offers improved network performance and reliability, enabling institutions to adapt to changing demands and conditions swiftly.

Digital twins are virtual replicas of physical systems that can simulate various scenarios, predict potential issues, and strategize effectively, ensuring the robustness and resilience of campus networks.

VR and AR technologies foster immersive and interactive environments, enhancing collaboration and engagement, and driving a new era of education and research.

Meet the Author:



THREE IC, a prominent provider of Cyber Security and IT solutions, produces the majority of the blog posts featured here. These articles are authored by a team of professionals employed at THREE IC, including content writers and marketing experts. They are dedicated to creating informative content on a wide range of subjects that are relevant to our readers.

Our team ensures that the published articles are accurate and beneficial for our clients and partners, helping them stay informed about the latest trends in Cyber Security and IT and understand how these advancements can benefit their organizations.