5G Network Write For Us – 5G technology offers ubiquitous connectivity. Low-latency, anywhere-accessible 5G connectivity can connect 100 times more devices per square kilometer than 4G.
You can move data at speeds up to 100 times faster.
So, 5G connectivity will be the engine of digital transformation.
It’s already fueling the creation of the great industries of tomorrow: autonomous transportation, virtual reality gaming, remote surgery, and more.
Analysts expect the business impact of 5G technology to be huge. The GSMA predicts that 5G connectivity will add $2.2 trillion to the global economy by 2034. Yes, you read that right.
For a world affected by COVID-19, 5G connectivity will never come soon enough.
The pandemic has accelerated a change that was already underway. People are losing their attachment to transactions and physical gatherings thanks to lockdowns and social distancing. Instead, they are choosing digital alternatives. There is no way back.
Therefore, 5G connectivity comes with both challenges and opportunities.
Thales has the products and services to help you thrive in this exciting next phase.
The five significant challenges of the 5G era
This represents a fantastic opportunity for telecommunications companies. However, with this opportunity comes five significant challenges.
5G connectivity isn’t just a faster version of 4G connectivity; it’s a whole new type of network
Currently, most “non-standalone” 5G deployments are based on existing 4G infrastructure. However, to unlock the full potential of 5G, the industry is building a new type of network.
This “independent” 5G Core will be “cloud native.” Its foundational technologies (network function virtualization and software-defined networking) will convert many physical components of the network into software.
Virtualization brings new security risks. When a network resides in software, cross-contamination and data leakage are dangerous. Automation can also speed up the spread of bad decisions and malware. Malicious actors are waiting to take advantage of these flaws.
Another big challenge is identity. If tens of billions of machines are on the network, how can we prevent them from being compromised, and how can we trust the data they send?
Customer relationships go digital.
The 5G network will accelerate the shift towards digital customer relationships.
All industries are grappling with migrating physical products and transactions to digital alternatives. Telecommunications companies are not immune to this. Many MNOs and CSPs still run “analog” services. They onboard customers and update them at the flagship stores. They run the customer service area from the call centers.
Telecommunications companies must explore virtual alternatives that provide pleasant services to unphysically present customers.
In all scenarios, the key to success is data. MNOs should be able to analyze digital interactions with the network to better understand the behavior of individual subscribers. Armed with these insights, they can provide genuinely personalized digital services.
Mass deployment of connected objects is made possible
Previous cell phone generations connected people, and 5G technology will connect machines.
According to Ericsson, by 2024, there will be more than 22 billion connected IoT devices. This represents an excellent opportunity for telecommunications companies. But it’s not easy. Connecting cars and water meters is very different from connecting smartphones.
Most IoT devices are low-cost, small, with limited processing power, and run on batteries. They can be located in harsh environments and are expected to function for decades.
The nature of the network connection is another variable. Some devices require little bandwidth over short distances. Others need short bursts of high bandwidth over long distances. These unique qualities call for a new approach to connectivity and security.
Companies gain autonomy in communications
5G connectivity will introduce private networks. It will give companies “autonomy in communications.”
In a world of 5G technology, companies can run their own “sections” of the private networks. However, running an internal network demands security competencies. It generates sensitive data that must be encrypted at rest and in motion. Companies must ensure that only authorized personnel can access that data.
Previously, only vertical markets such as government, aviation, and defense considered these issues. However, 5G connectivity and the IoT will change this. Smaller companies from various sectors will enter the market.
Telecommunications companies can help. They can be “security as a service” partners for those companies. But it won’t be easy. Historically, MNOs have focused on enabling security for smartphones. In the world of 5G technology, they will need to extend this experience to many types of devices and industry verticals.
The data-driven network must be cyber-secure
The 5G network will increase threats to cybersecurity and data privacy
Historically, the mobile business has done an excellent job of stopping cyberattacks. However, the confluence of the abovementioned factors (virtual 5G Core, private network slicing, IoT connections) will bring new threats.
5G connectivity is the first cellular generation to launch in the age of global cybercrime perpetrated by prepared syndicates and even nation-states.
Virtualization ensures that data is no longer stored centrally but is held at the “edge.” The simulated nature of the 5G network core gives these attackers new entry points. 5G technology also exponentially increases the number of connected devices.
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