Which of the following is not considered an advantage of network segmentation?

Network segmentation is a design strategy used to improve the performance and security of a network by dividing it into smaller, manageable sections or subnetworks. Each segment can operate independently, which allows for various advantages to be realized.

When examining the benefits of network segmentation, improved network performance is achieved because traffic is limited within segments rather than overcrowding the entire network. Enhanced security is another key advantage, as segmentation can isolate sensitive data and resources, thereby restricting access and improving overall security posture. Additionally, segmentation leads to a reduction in broadcast traffic since broadcasts are confined to each segment, which minimizes unnecessary load on the entire network and improves efficiency.

In contrast, the option regarding an increased risk of broadcast storms signifies a downside rather than an advantage of network segmentation. A broadcast storm occurs when there are excessive broadcast packets transmitted on the network, overwhelming the network resources. Network segmentation actually helps to mitigate this risk, since limiting broadcasts to specific segments prevents them from affecting the overall network. Thus, the correct answer is one that identifies a misconception about the effects of network segmentation, highlighting that not all outcomes of network design are beneficial when viewed through the lens of segmentation.