Networking Reliability Engineering: advanced-level guide to designing, operating, and scaling highly reliable network infrastructure using proven prin (Paperback) (ISBN-13: 9798257384783)

In today's hyper-connected, always-on world, network downtime isn't just an inconvenience-it's a business risk. Networking Reliability Engineering is your definitive, advanced-level guide to designing, operating, and scaling highly reliable network infrastructure using proven principles inspired by SRE (Site Reliability Engineering) and modern cloud systems.

This book goes beyond traditional networking. It equips you with the mindset, frameworks, and engineering practices required to build fault-tolerant, resilient, and self-healing networks at scale.

• Designing fault-tolerant network architectures for high availability
• Defining and measuring SLOs & SLIs for network performance
• Managing error budgets to balance reliability vs innovation
• Applying Chaos Engineering to test and strengthen network resilience
• Implementing incident response & postmortem strategies
• Building observability systems for proactive monitoring
• Ensuring Business Continuity Planning (BCP) for critical infrastructure

Traditional networking focuses on configuration. This book focuses on reliability as a system discipline.

You'll learn how top tech companies engineer networks that:

• Stay operational under extreme conditions
• Automatically recover from failures
• Scale seamlessly with demand
• Deliver consistent performance across distributed systems

• Advanced Network Engineers
• DevOps & SRE Professionals
• Cloud & Infrastructure Architects
• IT Leaders responsible for uptime and resilience

• SRE principles applied to networking
• Real-world reliability engineering patterns
• Practical frameworks you can apply immediately
• A systems-thinking approach to infrastructure

If you're ready to move beyond basic networking and engineer systems that are resilient, scalable, and production-grade, this book is your blueprint.

Start building reliable networks at scale today.