IoT with 5G Network: The New Era of Technology and Risks

In this small and faster evolving digital world, cybersecurity starts with more innovative and robust network solutions. According to a report by IHS Markit, there will be more than 125 billion connected IoT devices. With so many mobile devices interconnected and their networks growing at a neck-breaking speed cybersecurity should be treated as a number one priority while selecting the proper architectural framework.

With the pending dominance of IoT adoption in business applications, mobile devices, and laptops, the limitations of 4G serve as the driving force for the mobile operators to switch to the more enhanced 5G.

The popularity of 5G technology is spreading like wildfire; however, there is so much that has already shaken the beliefs of cybersecurity officials. Along with the many benefits that will pour in with 5G, there are many disadvantages that need to be addressed. For instance, malicious hackers can use the 5G to infiltrate more easily into personal devices, self-driving cars, home security systems, and much more. Along with it, many other drawbacks have come further.

This article will thoroughly examine the risks involved in the 5G network and the new approaches that can be taken to solve the risks involved with 5G networks.

Cybersecurity Implications Imposed by 5G Technology

Here are the reasons why 5G networks are more prone to cyberthreats than the forerunners:

The Virtualized software

The physical appliances carried out the previous networks with OS and IP. Now, 5G is being launched with virtual functions, which have increased the probability of software vulnerabilities.

Distributed Digital network

Previously launched networks utilized centralized, hardware-based switching, but the same is not the case with the 5G networks. Instead, they leverage the distributed software-defined digital routing, and they rely on the web of digital routers which are spread across the network.

Mobile Network Mapping

Wireless data-sniffing devices can use the personal data sent over to cellular signals to ensure what types of devices are connected to the network. This is known as device fingerprinting or MNmap attack. It can give cybercriminals access to sensitive information about the device within the loop of the private network and its capabilities.

Networks managed by the software

A fully-fledged layer of vulnerability is introduced in the 5G network, and now they are managed by the software. Therefore, AI also creates a vector for new attacks. If a hacker takes over the control of the network management software, either they can compromise or cause more damage to the network.

IoT-enabled devices are a real threat

With the deployment of new 5G technology emerges a cyber threat related to the IoT network, which pushes millions of devices to the susceptible danger.

Why does 5G require new approaches to cybersecurity?

Cybersecurity experts are not thrilled about the potential threats which the 5G network will welcome. However, with the new proficiencies available in the 5G applications, we must emphasize securing those applications, devices, and connections.

A robust cybersecurity foundation with a compliance posture is vital to add 5G network communication services. This can be achieved by taking inappropriate cybersecurity consulting services as it can provide you with loopholes and solutions.

The cost of not implementing a proactive 5G cybersecurity tool will be much greater than anyone could imagine. Instead of relying on low-cost solutions is not the solution for the same if you would ask any cybersecurity consulting service provider about the new approaches laid down to increase the cybersecurity in the 5G networks with IOTs.

Protect 5G and IOTs with a threat modeler

We are already acquainted with the importance of threat modeling for the 5G networks. By investing in a cybersecurity tool, you can protect the 5G technology and save millions of dollars. However, always keep in mind that a 5G network built on insecure infrastructure is similar to building a tall building on sand. There will be no guarantee that your IT environment will be safe.

Threat Modeler is the leader in the threat modeling industry. It has an automated key to save organizations 80% on time-cost. In addition, the model commits to provide unique and trusted integrated threat libraries and security guidelines laid down by NVD, AWS, OWASP, etc.

Communication security is a must

Features like full encryption of the 5G signal traffic, secure algorithm negotiation, and established security algorithms should be included. These new features will come with automated recovery from the malicious algorithm mismatches, faster sync between the access and core security network.

Ensuring full privacy

Encryption technology using the most edge-cutting will make sure that the 5G users have complete privacy. In addition, the mutual authentication of the network and device will use protected signaling.

Identity management will strengthen the security infrastructure

Improvising the security identity management will strengthen the authentication measures. Furthermore, this new approach can make sure to enable a certified infrastructure in accessing the network authentication.

How will the cybersecurity threats for IoT devices be addressed on the 5G network?

The 5G widens the threat landscape but can also provide a secure network when compared to the previous technologies. The only difference is that 5G is more software and cloud-based, which makes sure to make it easy to monitor all the potential security threats.

Additionally, the 5G enables network slicing. Network slicing segments the IT system into multiple networks that can be managed separately. By using this feature, you can use tailor-made security efforts. Having the potential to create these private channels can pave the way to keep the information secured.

Final Words

The expected explosion of the IoTs can pave the way for many business opportunities and explore new ventures. In the coming time, many enterprises will heavily rely on the IoTs to extend their capabilities. As the IoTs will gain more popularity across the business world, choosing the suitable component will be essential as it will be a crucial step to secure the data. Any weak link can put the company’s future in jeopardy.