SR-MPLS Workshop Materials

Key Takeaways

• SR-MPLS workshop hosted at ITNOG 10 in Bologna
• Slide deck, lab topologies, and usage guide available online
• Materials enable hands‑on learning of segment routing MPLS
• Remote participants can follow labs via GitHub repository

Pulse Analysis

Segment Routing over MPLS (SR‑MPLS) has emerged as a pivotal evolution in carrier‑grade networking, combining the simplicity of source‑based routing with the proven reliability of MPLS transport. By eliminating complex protocol stacks and enabling centralized path computation, SR‑MPLS reduces latency, improves traffic engineering, and streamlines network automation. As service providers transition to 5G, edge computing, and cloud‑native architectures, mastering SR‑MPLS becomes essential for delivering scalable, low‑cost services.

The ITNOG 10 conference in Bologna served as the backdrop for a focused SR‑MPLS workshop, delivering a curated slide deck, ready‑to‑run lab topologies, and step‑by‑step usage guidelines. Participants accessed the resources through IPspace links and a GitHub repository, allowing both on‑site and remote engineers to execute real‑world scenarios such as LSP provisioning, fast reroute, and traffic steering. The hands‑on labs simulate multi‑vendor environments, giving attendees practical exposure to vendor‑agnostic configurations and the nuances of SR‑MPLS policy enforcement.

Beyond the immediate training, the workshop addresses a broader industry talent gap. As operators roll out SR‑MPLS at scale, the demand for engineers fluent in its concepts outpaces supply. Open‑access materials lower the barrier to entry, fostering a community of skilled professionals who can accelerate network modernization. In the long term, widespread expertise will drive faster adoption of advanced services, improve network resilience, and support the economic growth of digital ecosystems worldwide.