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D-ECS-DS-23 · Question #133

When designing an ECS networking solution for a high-traffic web application, which of the following would be a primary consideration?

The correct answer is B. Load balancing across multiple compute nodes. Load balancing (B) is the primary consideration because ECS orchestrates containerized workloads across multiple compute nodes, and distributing incoming traffic evenly is essential to prevent bottlenecks, ensure high availability, and maintain performance under heavy load…

ECS Networking Design

Question

When designing an ECS networking solution for a high-traffic web application, which of the following would be a primary consideration?

Options

  • AThe color scheme of the network cables
  • BLoad balancing across multiple compute nodes
  • CThe brand of physical routers and switches
  • DOffice network's Wi-Fi password complexity

How the community answered

(33 responses)
  • A
    9% (3)
  • B
    88% (29)
  • C
    3% (1)

Explanation

Load balancing (B) is the primary consideration because ECS orchestrates containerized workloads across multiple compute nodes, and distributing incoming traffic evenly is essential to prevent bottlenecks, ensure high availability, and maintain performance under heavy load - core requirements for any high-traffic web application.

A is wrong because cable colors are purely aesthetic and have zero impact on network architecture or performance. C is wrong because ECS is a cloud-managed service (AWS); physical router/switch brands are abstracted away and irrelevant to the design decisions you control. D is wrong because office Wi-Fi credentials have nothing to do with cloud-hosted container networking.

Memory tip: Think "ECS = Elastic Container Service" - the word elastic hints at scaling and distribution. Whenever you see high-traffic + ECS, your instinct should jump to load balancing, since elasticity only helps if traffic is actually spread across your scaled-out nodes.

Topics

#load balancing#high-traffic web application#networking design#compute nodes

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