Building Resilient 5G Networks -- Embracing Failure for Greater Reliability

As 5G networks become increasingly complex, the demand for scalability, flexibility, and high reliability has never been greater. The key to achieving these goals lies in cloud-native network functions (CNFs)—architected with the assumption that failures are inevitable. Rather than focusing on preventing every failure, modern 5G networks prioritize rapid recovery, ensuring uninterrupted service for critical applications like autonomous vehicles, industrial IoT, and ultra-reliable low-latency communications.

In this webinar, we’ll explore how cloud-native principles—microservices architecture, containerization, and automated orchestration with Kubernetes—enable 5G networks to self-heal, auto-scale, and optimize performance under peak demand. We’ll also dive into real-world failure scenarios, including pod crashes, resource constraints, and network contention, and discuss how chaos engineering is emerging as a vital tool to stress resilience strategies before issues arise.

Join experts from Spirent and Heavy Reading as they break down the essential strategies for designing a fault-tolerant, high-performance 5G infrastructure that thrives under failure rather than succumbing to it.

Key Takeaways:

• How cloud-native architectures enhance 5G network resilience
• Common failure scenarios and their impact on performance
• The role of Kubernetes in self-healing and automated recovery
• How chaos engineering helps identify and mitigate weak points

Who Should Attend?

• Network Operators & Engineers
• Cloud & DevOps Professionals
• Telecom & 5G Infrastructure Specialists
• IT Leaders Focused on Network Resilience

Don’t miss this opportunity to gain insights from industry experts and future-proof your 5G infrastructure.