These are not “nice-to-haves”; they are prerequisites for distributed cognition, operating at machine speed. As Tatipamula and Cerf point out, the network can no longer simply host intelligence. It ...

Traditional cloud architectures are buckling under the weight of generative AI. To move from pilots to production, ...

Companies must continuously innovate to stay ahead. The rapid evolution of technology makes this essential. In the past decade, traditional businesses shifted to cloud-native architectures, gained ...

Simply running an application on a remote server doesn’t make it cloud-native. It’s about specific design principles for scalability and resilience. Cloud-native applications are increasingly the ...

Enterprises often discuss AI, but the true driver of progress is beneath the surface. It resides within the infrastructure ...

Last week, the Cloud Native Computing Foundation (CNCF) announced that it is accepting Knative as an incubating project joining the likes of Cilium, Crossplane, Dapr, and Flux projects. In November ...

For the past decade, the cloud-native paradigm — defined by containers, microservices and DevOps agility — served as the undisputed architecture of speed. As CIOs, you successfully used it to decouple ...

In the fast-evolving world of cloud-native networks, modern infrastructure designs have shifted toward microservices and containerized environments. These systems are powerful, but they also introduce ...

Engineering teams are at the center of a major workplace transformation. As hybrid work and globally dispersed teams become the norm, and product development cycles accelerate, traditional methods of ...

Cloud native networks are not SDN reborn but a fundamentally different way to look at networks. While SDN seemed to take physical network machines and virtualized them, CNFs are not merely ...