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CV0-003 · Question #83

Which of the following will allow for configuration of a round robin, load balanced environment?

The correct answer is C. HTTPS. This question tests knowledge of which technology can be configured to distribute traffic across servers in a round-robin fashion. Among the choices, only an HTTPS load balancer operates at a layer where round-robin distribution is applicable.

Cloud Architecture and Design

Question

Which of the following will allow for configuration of a round robin, load balanced environment?

Options

  • ADMZ
  • BFAT
  • CHTTPS
  • DEXT

How the community answered

(24 responses)
  • A
    4% (1)
  • B
    8% (2)
  • C
    88% (21)

Why each option

This question tests knowledge of which technology can be configured to distribute traffic across servers in a round-robin fashion. Among the choices, only an HTTPS load balancer operates at a layer where round-robin distribution is applicable.

ADMZ

A DMZ is a network security zone that isolates public-facing servers from internal infrastructure, not a mechanism for load balancing or traffic distribution.

BFAT

FAT (File Allocation Table) is a legacy disk file system format used for data storage, and has no relationship to load balancing or network traffic management.

CHTTPSCorrect

HTTPS load balancers operate at Layer 7 (application layer) and can be configured to distribute incoming client requests across multiple backend servers using a round-robin algorithm. This makes HTTPS the appropriate context for configuring a round-robin, load-balanced environment, as the other choices are file systems or network zones entirely unrelated to traffic distribution.

DEXT

EXT refers to extended file system types used in Linux environments for disk storage, not a network or server configuration technology capable of load balancing.

Concept tested: HTTPS load balancer round-robin traffic distribution

Source: https://nginx.org/en/docs/http/load_balancing.html

Topics

#load balancing#round robin#network configuration#DNS

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