Thoughtful explorations of architectures and control systems that shapelarge-scale packet networks – where complexity is understood, not hidden,and design is driven by intent rather than syntax. Beyond configuration. Into engineering intent.
Master segment routing architecture with hands-on TI-LFA implementation and fast reroute techniques for service provider networks.
Learn More →Comprehensive analysis of IS-IS Type-Length-Values, extensions, and their role in modern routing protocol implementations.
Learn More →Design and implement scalable MPLS architectures with L3VPN services for enterprise and service provider networks.
Learn More →Traffic engineering in networking is the process of optimizing network performance, reducing congestion, and maximizing resource utilization
Learn More →Stay updated with our newest technical deep dives, protocol analyses, and hands-on networking guides
IntroductionFor years, Interior Gateway Protocols (IGPs) like OSPF and IS-IS have relied on a single metric-based calculation to determine the…
Read ArticleBGP Route Optimization: Border Gateway Protocol (BGP) is the backbone of the internet, responsible for routing traffic between autonomous systems…
Read ArticleBorder Gateway Protocol (BGP) route optimization is critical for service providers and large enterprises seeking to control traffic flows, improve…
Read ArticleI am an engineering leader with over 20 years of experience working on large-scale packet networks in Service Provider and latency-sensitive environments.
My work has centered on end-to-end architectural ownership of backbone and edge infrastructures — spanning platform and vendor selection, routing and control-plane design, and the evolution of networks under real operational and economic constraints. These systems operate at scale, where performance, reliability, cost efficiency, and long-term sustainability must be balanced deliberately, not optimised in isolation.
Over the years, I have been closely involved in multi-vendor environments, platform lifecycle decisions, and the unification and simplification of complex networks into cohesive, production-grade systems. A significant part of this work involves driving optimisation, enabling lower-cost technology adoption, and making architectural decisions that improve operability without sacrificing correctness or resilience.
PacketBytes is a personal space where I document the engineering thinking behind these systems — examining architectures, control planes, and design trade-offs as they behave under real traffic, real failures, and real operational pressure, beyond configuration and into intent.
