Difference between Micro-Segmentation and Network Segmentation


In this article, we will briefly go through Network Segmentation and Micro-segmentations differences. 

 To start with, let us consider a network as an ecosystem where the various systems are connected to one another by exchanging data packets at regular intervals. There can be several types of applications running on these machines which need access from different locations throughout the system. 

For instance, users may request information about products online while sales teams use application software designed specifically for tracking inventory levels among other things – all requiring connectivity in order to work properly.

What is Microsegmentation?

A good way to protect your data center from hackers is by creating microsegments. Micro-Segmentation logically divides the Data Centre into distinct security segments up to individual workload levels, which makes it easier for you to manage threats at each specific level rather than having one centralized defense against attacks on all of them as in Network segmentation where subnets are used (using VLANs or Security Zones).

Microsegmentation can be used to control and minimize the risk of security threats. This strategy requires centralized management, but it also helps create a zero-trust environment for individual machines by eliminating host-specific configurations which makes life easier when trying out new software or patches without risking any changes within your network’s integrity.

Micro-segmentation provides a way for enterprises to protect their key applications from breaches at the perimeter. This is done by enforcing granular tier level security within an application group, which can be more secure than just one big wall of defense where everything would have been protected beforehand due to not knowing what could happen next or how bad it may get if something went wrong with any part of said system. 

What is Network Segmentation?

Network segmentation is the process of creating subnets within a network to prevent lateral movement once inside, and it boosts system performance. 

Typically, companies build networks via VLANs or firewalls which create zones based on geographic region or existing tiering, data applications & networking respectively, administrators may group like resources by type (sensitive material) sensitivity level permits only specific communications between these different categories allowing for more efficient monitoring/ restriction settings through ago defensive measures such as encryption protocols.

The traditional model of network security breaks down when malicious actors inject themselves into a trusted environment. 

To make sure that only authorized parties are receiving information, micro-segmentation has been implemented which creates virtual segments within an organization’s data center or corporate server farm environments so only those with proper credentials can communicate freely on it. This also prevents hackers from using these networks as launching pads for attacks against other parts.

This passage discusses how perimeter defense strategies such as VLANs and firewalls fail in today’s public clouds because IP Addresses/ports protocol compilation aren’t protected by hardware anymore.

The idea of manually creating thousands of policies for each network zone is cumbersome and too time-consuming.

Network segmentation can’t be used as a primary method to manage east-west, internal traffic because it’s a heavy load that needs special attention when needed most which just happens rarely in today’s world with high packet speeds over VPN connections or other means where there are no traditional networks yet still necessary restrictions must be applied such what kind stranger danger might exist inside your own company’s walls.

Which Segmentation to use?

Network segmentation is a great way to protect your company’s assets from outside interference. However, it does not provide any protection if an employee decides they want to access and download information on the network without permission or try accessing data that shouldn’t be accessible by anyone in order for themselves self personally gain something beneficial for themselves such as credit card numbers, etc.

Microsegmentation adds another layer which can help stop attacks targeting specific parts of the server depending on what type you’re looking at – application-to server (with different applications running within one program), web servers hosting websites including eCommerce stores selling merchandise online using technology like PHP programming language; content delivery networks used when streaming media.


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