How Do Security Automation Platforms Work?

 

Automation is key to securing your business, especially in the ever-changing

 cyber security landscape. The last thing you want to do is constantly be on 

guard and worry about being hacked. 


SOAR platform vendors utilize this unique and comprehensive platform

 that allows you to screen how integrated devices and systems 

programmatically take actions in reaction to events without human 

instructions. This leads to faster actions, reduced costs, and greater 

efficiency for companies.


This reading will explain how the security automation platform works and 

how to utilize it. By implementing its complex algorithms and various 

cybersecurity measures, the SOAR platform gives your company a 

proper defense every single time. 


How Does Security Automation Work?


Security automation is implementing proactive cyber-defense measures to 

provide early warning of threats and prevent cyberattacks. Here are the 

following highlights of how it works:


  • Correlation of Data


Security vendors collect massive amounts of threat data that can provide 

little value unless converted into action. To do this effectively, organizations 

first need to assess the entire threat infrastructure by analyzing all 

components accurately.

SOAR platform helps you collect threat data across all attack vectors and 

from security technologies within your infrastructure and global threat 

intelligence outside of your infra ecosystem.


  • Generating Faster Protection


Once an emergency has occurred, defenses need to be put up and 

distributed before the attack can carry through your entire network, 

endpoint, or cloud. 


Also, manually creating a full set of protections for the different security 

technologies and enforcement points capable of countering future behaviors

 is tedious. 


SOAR platform allows INFOSEC teams to create robust protections that can

 be created quickly and efficiently, ensuring that products remain current 

even as the threat landscape changes.


  • Implementation of Faster Protection Wall than Attacks


Once a threat has been identified and protection measures have been 

taken, the next step is to ensure that all current and future behaviors are 

protected. Although this may seem like a simple task, it's extremely 

important to allocate enough resources to all of these tasks. 


Using the SOAR automation platform to protect your product and IT 

ecosystems can help you move faster. The automated SOAR platform  

releases protections and enables IT teams to react more quickly to 

cyberattacks by stopping an attack in its tracks. It allows you to shut down 

the source before more damage is caused - also helps your team move 

from receiving alerts and forensics on individual user requests. It makes it 

possible to respond to cyber alerts efficiently with predictive machine 

learning data and prevent attacks.


  • Detecting Network Errors & Infections

The moment there is a security threat on your company's networks, a clock 

starts to count down. The window of opportunity to stop an attack before it 

closes quickly. You have to be ready to take advantage of any available 

information as quickly as possible to stop it from happening.


Automation allows for faster analysis of suspicious behaviors and actions. 

It allows for faster analysis and should a host on your network become 

compromised. It'll help prevent the problem from spreading further.


Summing Up!


Attackers move fast, and they deploy new threats at breakneck speed. 

Because of this, defenders need to rely on automation to keep up and 

respond efficiently because human error is the biggest vulnerability.


The best way to protect your IT infrastructure and ecosystems is by using a 

Security Automation Platform like SOAR. If a defender isn't using 

automation in their cybersecurity efforts, they are playing a losing game. 


Hiring one of the best SOAR platform vendors allows you to install your 

organization's next-gen security automation platform. It rapidly analyzes 

data by turning unknown threats into known threats and building attack 

DNA to stop cyberattacks at the start of the attack lifecycle.

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