In the ever-evolving landscape of connectivity solutions, the role of 5G technology is shifting from a mere failover option to a primary connection for various organizations. Traditionally utilized for vehicle fleets, IoT devices, and remote workers in areas without access to wired broadband, 5G is now being recognized for its ability to support connectivity needs regardless of the business’s location.
According to Cradlepoint’s 2024 Global State of Connectivity Report, 40% of Australian organizations have identified improving connectivity as a top business priority. This newfound emphasis on connectivity stems from the belief among Australian executives that enhanced connectivity directly translates to revenue growth. With over a quarter of businesses anticipating a 20 to 29% increase in revenue within the next 12 months, the importance of improved connectivity is evident in facilitating quicker sales transactions, streamlining operations, and boosting productivity.
However, the influx of devices on the network’s edge poses a security challenge for enterprises, exposing them to potential cyberattacks. Recent years have seen a surge in major security breaches in Australia, with over 40% of organizations reporting incidents of network security attacks within the past year.
Amid these vulnerabilities, the adoption of Secure Access Service Edge (SASE) is gaining traction due to its cloud-based architecture designed to safeguard corporate networks with expanded attack surfaces and distributed workforces.
When comparing 5G to traditional wired broadband, it is crucial for organizations to understand the differences and benefits of each technology. 5G offers greater flexibility and reliability, particularly in supporting mobile WAN connectivity and in-vehicle connectivity for organizations with fleets of vehicles. Additionally, the dynamic bandwidth of 5G adjusts based on signal strength and quality from connected cell towers, necessitating proper tracking of data plan usage across Wireless WAN connections.
As carriers roll out 5G standalone networks, organizations can subscribe to network slices tailored to their specific needs, such as low latency or higher bandwidth. This customization mirrors the services provided by wired broadband, ensuring optimal performance of the network when necessary. However, the transition to cellular WAN connectivity means a shift away from physical links, highlighting the importance of visibility tools for effective network troubleshooting and management.
The integration of 5G and SASE requires a comprehensive network management solution to address the complexities of cellular network visibility and analysis. Implementing network security features, such as micro tunneling, helps maintain data security without compromising network performance or bandwidth utilization.
Moving forward, the collaboration between 5G and SASE prepares organizations for the future by establishing efficient and secure networks. As 5G standalone networks evolve and network slicing becomes more widespread, a unified approach combining 5G and SASE will ensure network efficiency and security while paving the way for future network advancements.
In conclusion, the synergy between 5G and SASE sets the stage for a secure and efficient network infrastructure that caters to the evolving connectivity needs of organizations. By leveraging the latest technology and implementing robust security features, businesses can navigate the complexities of modern connectivity landscapes while positioning themselves for future success.