AI will both create new vulnerabilities and become a powerful tool to fight security threats, and the challenge is to integrate AI carefully to avoid the first and benefit from the second. In this blog, we explore how AI, ML and automation will change the approach to security in wireless networks.
Monolithic and homogeneous networks are no longer capable to address our growing and increasingly diverse connectivity needs. With hybrid networks, evolution to new technologies is not about rip and replace: it is about flexible and dynamic integration and coexistence.
Digital transformation and virtualization erase the borders across elements and layers and bring end-to-end visibility into wireless networks. Networks without borders unlock the power of location.
In this blog on the benefits of virtualization, Monica Paolini, Senza Fili, argues that to gather the knowledge they need and leverage it to optimize their networks, service providers need to change the way they run their networks, concurrently along multiple dimensions.
How will 5G change the way we use and build wireless networks? And is there a business case for 5G?
In this blog on the benefits of virtualization, Monica Paolini, Senza Fili, argues that to gather the knowledge they need and leverage it to optimize their networks, service providers need to change the way they run their networks, concurrently along multiple dimensions.
Automation in wireless networks is still surprisingly limited in both scope and depth, but operators have been trying to automate some functions over the years. This type of automation has been driven by a top-down, static approach that translates the knowledge of engineers into scripts that execute repetitive actions. As networks become more complex and powerful, though, this type of automation is no longer sufficient.
Virtualization opens up new ways to architect, deploy and operate wireless networks, and its flexibility allows mobile operators to experiment with new network topologies. Virtualization has a profound impact on mobile networks end to end.
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