Protect telecom networks with Mobileum’s Cross-Protocol Signaling Firewall — an AI-powered solution that defends against fraud, spoofing, and signaling threats across SS7, Diameter, GTP, and HTTP/2 in real time.
Mobileum’s Cross-Protocol Signaling Firewall is an AI-powered security platform that protects telecom networks across SS7, Diameter, GTP, and HTTP/2 protocols. It combines intelligent threat detection with protocol-specific firewalls to safeguard signaling infrastructure, prevent fraud, and ensure end-to-end visibility across legacy and next-gen networks.
With telecom fraud, spoofing, DoS attacks, and signaling manipulation on the rise, operators need a firewall that delivers real-time protection across all protocols. Mobileum’s solution uses AI and cross-protocol correlation to detect anomalies, enforce security policies, and block threats before they impact network performance or subscriber trust.
Stops 99.9% of telecom fraud with firewalls designed for each protocol.
Deploys across legacy and next-gen telecom infra (2G-5G, IMS).
Threats blocked within milliseconds with automated rule-based actions.
Leverages AI-driven analytics to detect and prevent 99.9% of signaling fraud, ensuring real-time protection for telecom networks.
Provides layered protection for SS7, GTP, Diameter, and 5G Core signaling, ensuring seamless network security.
Reduces false positives by 40% with machine learning–based anomaly detection across signaling traffic.
Responds to threats within milliseconds, automatically blocking unauthorized access and securing sensitive subscriber data.
Trusted by 1,000+ operators across 190+ countries
AI-powered defense for signaling, voice, SMS, and data
Block attacks as they happen — with zero manual lag
Cross-protocol protection for 2G to 5G, VoLTE, and IoT
Mobileum’s Provisioning Assurance provides comprehensive auditing and monitoring of customer account and service provisioning, ensuring timely and accurate service delivery across multiple telecom platforms to protect your revenue streams and reduce delays on service delivery.
