Routing and Switching form the core foundation of modern enterprise connectivity—enabling reliable communication between users, applications, datacenters, and cloud services. A well-architected routing and switching design prioritizes resiliency, performance, security, and operational simplicity through standardized topology, consistent IP addressing and segmentation, deterministic routing behavior, and robust Layer 2/Layer 3 controls. This foundation is essential for maintaining uptime, reducing latency, supporting growth, and ensuring predictable change outcomes
Business-driven design — Align availability, latency, and growth targets to application and SLA needs.
Modular architecture — Core/Distribution/Access or Leaf-Spine with clear roles and fault domains.
Resiliency by design — Redundancy, fast convergence, and proven failover (N+1, dual-homing, HA pairs).
Layer 2 containment — Minimize L2 blast radius; prefer L3 to the edge where practical.
Segmentation strategy — VRFs/VLANs, policy boundaries, and controlled inter-VRF routing.
Routing policy & control — OSPF/BGP design, summarization, filtering, and deterministic path selection.
High availability switching — MLAG/vPC, port-channels, and consistent STP strategy (or STP avoidance).
Addressing & summarization plan — Hierarchical IP plan enabling aggregation and simpler operations.
QoS end-to-end — Classification/marking at the edge, queuing in the core, and WAN consistency.
Security foundations — Secure management plane, control-plane protection, and hardening baselines.
Observability & telemetry — Streaming telemetry, NetFlow/sFlow, syslog, SNMP, and actionable dashboards.
Operational excellence — Standard templates, automation/version control, documentation, and lifecycle planning (upgrades, testing, rollback).
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