Securing Next-Generation Mobile Networks with Advanced Software-Defined Security

Securing Next-Generation Mobile Networks with Advanced Software-Defined Security

Blog Article

As mobile networks transition to IP-based infrastructures with 5G, regulatory security requirements, especially in Europe, have become stricter. Ensuring secure traffic between radio cell sites and the mobile core is now a regulatory necessity, driven by the need to protect customer data, maintain network integrity, and prevent unauthorized access.

With the deployment of small cells, distributed RANs, and RAN sharing, mobile networks face increasing threats. Operators must manage growing traffic complexity and comply with strict security mandates. 6WIND’s Mobile Network Security solution meets these challenges with its software-defined SecGW, FW, and CGNAT, securing data between radio cell sites and the mobile core, ensuring compliance with regulations while maintaining performance, scalability, and cost-efficiency.

Rigid, Expensive Hardware Solutions
Traditional hardware security solutions from vendors like Juniper, Cisco, and Nokia use costly chassis systems and specialized cards, leading to scaling inefficiencies and increased operational costs.

End-of-Life Service Cards
Many MNOs face aging infrastructure challenges with service cards reaching end-of-life, forcing costly hardware upgrades or maintenance of outdated systems, increasing costs and operational inefficiencies.

Lack of Flexibility and Agility
Chassis-based systems are rigid and slow to adapt to the dynamic needs of modern networks, lacking the agility for scaling security, securing new services, or responding to new threats.