An organization runs their application on a virtual machine, but every time they want to edit specific features, they have to bring the system offline to update the applica-tion. What would be a…

The correct answer is B. Containers. Containers enable modern deployment patterns such as rolling updates, blue/green deployments, and canary releases, which allow new application versions to be deployed without taking the entire system offline. Each container runs an isolated application instance, so traffic can…

Cloud-Native Architectures

Question

An organization runs their application on a virtual machine, but every time they want to edit specific features, they have to bring the system offline to update the applica-tion. What would be a more appropriate solution for their app?

Options

AGPUs
BContainers
CHypervisors
DSolid State Disk

How the community answered

(31 responses)

B
94% (29)
C
3% (1)
D
3% (1)

Explanation

Containers enable modern deployment patterns such as rolling updates, blue/green deployments, and canary releases, which allow new application versions to be deployed without taking the entire system offline. Each container runs an isolated application instance, so traffic can be shifted gradually from old to new containers. GPUs provide GPU-accelerated computing, hypervisors are the virtualization layer beneath VMs (not a deployment model change), and SSDs improve storage I/O speed - none of these solve the offline-update problem.

Topics

#Containers#Application Modernization#Cloud-Native Deployment#Zero-Downtime Updates

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