Your Challenges
Telecommunications companies operate some of the most complex and targeted networks in the world:
- 5G infrastructure introduces new architecture (network slicing, edge computing, virtualized core) with new attack surfaces
- Core network security must protect signaling protocols (SS7, Diameter, GTP) from interception and manipulation
- Subscriber data protection across billing systems, CDRs, and customer databases is both a regulatory and trust requirement
- Massive IoT connectivity means telecom networks carry traffic for billions of devices with varying security levels
- Supply chain risks from network equipment vendors create concerns about backdoors and hardware integrity
- DDoS attacks against telecom infrastructure can disrupt service for millions of users
How We Help
5G Security Assessment
We evaluate your 5G architecture end-to-end: radio access networks, core network functions, network slicing configurations, and edge computing deployments. Every new 5G capability gets tested for security weaknesses.
Core Network Penetration Testing
Our testing covers signaling protocols, roaming interfaces, and interconnection points. We identify vulnerabilities in SS7, Diameter, and GTP that could allow call interception, location tracking, or fraud.
AI-Powered Network Monitoring
Our AI agents monitor network traffic patterns at scale, detecting anomalies across millions of sessions. Automated threat detection works at telecom speed and volume.
Subscriber Data Protection
We assess how subscriber data flows through your systems, identify where it is exposed, and help you implement controls that satisfy privacy regulations and protect customer trust.
- We understand telecom-specific protocols and architectures, not just generic IT security.
- Our AI monitoring scales to handle telecom traffic volumes.
- Continuous testing fits the always-on nature of telecom operations.
- We help you secure new 5G capabilities without slowing down rollouts.
Get Started
We start with a scoping session to understand your network architecture, 5G deployment status, and security priorities. From there, we design an engagement that addresses your most critical risks first.
