At Cisco Live 2025, CEO Chuck Robbins highlighted AI's transformative impact on networking, akin to the early internet revolution. This evolution requires heightened programmability, observability, and optimization, pushing traditional network roles to adapt. The shift from legacy routers to programmable platforms, as articulated by CTO Thomas Graf, emphasizes the integration of functionalities like firewalls into networking hardware. The introduction of DPU-enabled switches enables better management of these advanced capabilities, moving from traditional operations to more dynamic GitOps approaches, fundamentally changing developer interactions with networking technology.
AI is reshaping networking, demanding new programmability, observability, and optimization, with implications for developer roles, akin to the Internet's impact in the 1990s.
AI is changing the networking landscape, heralding a shift from traditional, static infrastructures to programmable, versatile systems that will redefine how developers interact with these technologies.
DPU-enhanced switches allow for integrated network functionality, such as firewalling and load balancing, directly within the networking fabric, replacing legacy hardware with software-defined solutions.
The transition from 'ticket ops' to GitOps represents a fundamental evolution in networking practices, enabling developers to manage network operations with greater flexibility and automation.
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