What is a benefit of implementing edge computing in Akamai’s network architecture?

Implementing edge computing in Akamai’s network architecture provides significant advantages, among which decreasing latency for content delivery is a key benefit. Edge computing strategically distributes processing and storage closer to the end-users, meaning that data doesn't have to travel long distances across the network to reach its destination. This proximity reduces the time taken for data transmission, which translates into faster response times and quicker access to content.

By leveraging edge servers, Akamai can cache content and perform processing tasks locally, allowing users to experience a seamless and efficient interaction with web applications and services. This is particularly important for applications that require real-time data, such as video streaming or online gaming, where any delay can impact user experience.

Other choices, while they may have some relevance, do not accurately reflect the true advantages of edge computing. Zonal processing does not eliminate the need for data centers; rather, it complements them. Centralizing server processing is contrary to the goal of edge computing, which is to decentralize and bring resources closer to users. Additionally, while infrastructure costs are an important consideration, one of the primary motivations behind edge computing is often to optimize and enhance existing structures, potentially leading to cost efficiencies rather than increases. Therefore, the decrease in latency is a primary and clear benefit