The Learning Firewall is a next-generation security product built specifically for the demands of communications networks. At its core, it delivers all the essential firewall functions to protect your critical service applications by blocking unauthorised access and filtering malicious traffic. It continuously ensures that only valid, trusted traffic flows between customers and services.
What makes it different is its ability to go beyond static rule-based protection. Conventional firewalls depend on thousands of manually configured rules, which are difficult to manage in the complex, high-traffic environment of a communications network. The Learning Firewall uses advanced learning algorithms to automatically understand what normal traffic looks like in your network. From this baseline, it creates optimised policies that detect anomalies, stop evolving threats, and reduce false positives. Notably, it also helps you mitigate attacks and abuse by letting you control service access times and request rates.
By combining proven firewall protection with adaptive intelligence, Learning Firewall transforms service application security from a reactive, manual process into a proactive, self-learning system that strengthens as your network grows.
Communication service providers manage some of the most demanding and dynamic environments in the world. Massive traffic volumes, ever-changing customer behaviour, and the rapid evolution of services place constant strain on conventional security tools.
Conventional firewalls, dependent on static, manually updated rules, can’t keep up. They leave blind spots, increase operational effort, and struggle to adapt to real-time network conditions.
Learning Firewall was built to change that. It brings intelligence and automation to services firewall management by learning how your network actually behaves.
When you launch new services, from day one, it automatically provides the protection and control you need, with full visibility across your network.
Here’s how it works across real-world scenarios:
All Rights Reserved | Copyright 2026 ©