Public Videos: Segment Routing 101

Key Takeaways

• Jeff Tantsura's 2017 Segment Routing webinar now publicly available
• ITNOG 10 workshop attracted ~100 attendees for practical SR training
• Free videos can be accessed without an ipSpace.net account
• Additional binge‑watch resources listed on ipSpace.net subscription page
• Segment Routing adoption accelerates as operators seek scalable routing

Pulse Analysis

Segment Routing (SR) has emerged as a cornerstone of modern IP networks, offering source‑routing flexibility, simplified traffic engineering, and reduced reliance on traditional MPLS label distribution. By encoding paths directly into packet headers, SR enables operators to steer traffic with fine‑grained control while minimizing state in the network core. As data‑intensive applications proliferate, carriers and enterprises alike are turning to SR to improve scalability and operational efficiency, making educational resources critical for successful deployment.

The newly released videos capture two pivotal moments in SR education. Jeff Tantsura’s 2017 webinar laid the theoretical groundwork, explaining SR concepts, architecture, and use‑cases to an audience of IETF participants. Fast‑forward to April 2026, the ITNOG 10 workshop, led by Tiziano Tofoni, translated that theory into hands‑on practice for roughly 100 network engineers. By making both recordings publicly accessible without login, ipSpace.net removes a traditional gatekeeper, allowing anyone—from seasoned architects to newcomers—to study the material at their own pace.

For the broader networking community, this open‑access initiative accelerates skill development and shortens the learning curve associated with SR adoption. Operators can now benchmark their own designs against proven best practices, while vendors gain a more informed customer base ready to evaluate SR‑enabled solutions. The supplemental binge‑watch library further enriches the ecosystem, positioning ipSpace.net as a go‑to hub for continuous, up‑to‑date routing education as the industry moves toward even more programmable, intent‑based networking models.