As a result, 5G has the potential to make the world much more connected. Devices in locations without access to traditional broadband networks can be deployed using 5G network connectivity. Higher speeds, lower latency, and increased capacity also make it a potential option for devices where 4G LTE was not a viable option. However, with this growth in systems connected to 5G networks also comes potential security implications. Businesses deploying 5G-connected devices need security solutions capable of monitoring and securing them against cyber threats.
The next generation of mobile networking uses many of the same underlying technologies (radio waves, towers, etc.) as other generations but includes a unique encoding scheme that provides a number of different advantages.
Additionally, 5G has moved primarily to software-defined networking, unlike 4G LTE and previous generations. This enables 5G to implement network slicing, where a network is divided into multiple isolated networks that can be tailored to the unique needs of a particular application. This new network architecture makes 5G more scalable and flexible than 4G LTE.
5G is capable of providing a number of advantages that make it an intriguing alternative to 4G LTE, which was once considered the gold standard of mobile networking:
5G enables more devices to connect to mobile networks, decreases their power requirements, and offers improved network performance and latency. This opens up the use of mobile networking to a number of different devices for which it was not previously an option.
One of the biggest anticipated impacts of the introduction of 5G is an explosion in the use of Internet of Things (IoT) devices. These devices commonly operate with constrained resources (i.e. limited battery life) and need high-performance network links to communicate with cloud-based servers. Previously, mobile networks’ limitations made it so that these devices could not effectively use them en masse.
With 5G, IoT devices can take advantage of mobile network connectivity with higher speeds and lower latency, and the design of 5G means that power consumption is lower. Additionally, 5G’s ability to support a much higher density of devices means that many IoT devices can be effectively deployed in a location without negatively impacting each others’ network connectivity. As a result, 5G makes the widespread deployment of IoT devices possible, especially in remote locations where traditional network connectivity is unavailable or expensive.
The transition to 5G technology provides organizations with plenty of benefits, yet it is necessary to consider 5G cybersecurity impacts as well:
These potential security impacts add to the potential cyber risks associated with these devices. With the advent of 5G, organizations require network security solutions that are designed for and capable of protecting these 5G-connected devices.
As 5G becomes more prevalent and usable, business adoption will grow rapidly. The promise of 5G technology makes it an ideal choice for organizations that need to deploy monitoring and control solutions at remote locations. However, many of these same organizations – including critical infrastructure, healthcare, and similar industries – are also some of the ones most targeted and vulnerable to cyber threats.
Check Point provides solutions that can aid these organizations to securely deploy IoT and other devices on 5G networks. This includes IoT security solutions tailored to industry-specific needs and capable of protecting IoT devices from their initial connection to the network to blocking both known and zero-day attacks. To learn more about Check Point’s IoT security solutions, you’re welcome to request a demo.