This episode will be available to stream at 11am ET.

The traditional networking model, built around increasing capacity and faster speeds, is being outpaced by the demands of AI-driven, distributed workloads and tighter power constraints. Infrastructure now needs to adapt continuously, even as the pace of innovation exceeds the limits of fixed-function silicon and traditional hardware refresh cycles. In environments where upgrades are impractical or impossible, from Edge locations to orbit, switching silicon must evolve in place, without adding operational complexity. This episode explores how network design is shifting toward more flexible, programmable architectures that can keep pace with changing requirements, making programmability practical rather than complex. Key topics include:

• Why fixed hardware refresh cycles no longer align with the speed of network evolution
• How closed, fixed-function silicon is becoming a constraint in dynamic environments
• How modern approaches remove the traditional complexity of programmable silicon
• How operators can plan for infrastructure that must adapt without physical replacement