GNS3 and WeOS 5: Virtual Industrial Network Simulation | Westermo

Design, simulate, and validate industrial Ethernet networks virtually using GNS3 and WeOS 5. In this webinar, Westermo experts demonstrate how virtual network simulation can help engineers reduce risk, accelerate deployment, and validate network designs before installing physical hardware. Learn how to test redundancy, VLANs, routing, failover scenarios, and configuration changes in a virtual environment. The session includes a practical demonstration showing how to build, simulate, validate, and export configurations from GNS3 to real-world Westermo industrial networking devices running WeOS 5. Topics covered: • Industrial Ethernet network design • Virtual network simulation with GNS3 • VLANs, routing, and network segmentation • Redundancy and failover testing • Configuration validation before deployment • Exporting configurations to physical devices Presented by Westermo experts Peter Ahlström and Dakota Diehl. 🌐 Learn more about GNS3 and WeOS 5: https://www.westermo.com/solutions/we... #GNS3 #NetworkSimulation #NetworkDesign #WeOS5 #Westermo ━━━━━━━━━━━━━━━━━━ ⚙️ ABOUT WESTERMO Your partner for mission-critical industrial networks and computing Westermo delivers secure and reliable data communication and computing solutions for the world's most demanding environments. For more than 50 years, we have helped organizations connect, monitor, and protect mission-critical operations where reliability, security, and availability are essential. Our portfolio combines industrial networking and computing solutions with deep technical expertise to support applications across rail, energy, utilities, manufacturing, defence, and other critical infrastructure sectors. With a strong focus on innovation, cybersecurity, and sustainability, Westermo provides the hardware, software, and expertise needed to build resilient, future-ready networks and digital infrastructure. 🌐 Discover Westermo's industrial networking and computing solutions: https://www.westermo.com