3 Ways to Streamline Network Security Automation That Will Transform Your Organization
“It takes twenty years to build a reputation and few minutes of a network security breach to ruin it.”
Network Security automation uses machines to programmatically execute security tasks. Although, network security automation manages the low-complexity, high volume aspects of detection, investigation, and mitigation. Automation is used to separate false alerts from true threats among the 10,000 alerts every enterprise receives on an average day. Although automation can be used in a much more strategic manner, strengthening the organization as a whole rather than solely focusing on streamlining tedious processes in understaffed, overworked security operations centers (SOCs). Regardless of that, automation is still an emerging technology that many organizations haven’t yet mastered.
Following are 3 ways to streamline network security automation:
- By Automating Your Business, and not your tasks: A relationship between DevOps and SecOps, by continuous compliance, and the ability to manage that volatile threat environment is solid advantages of automation. Automation supports your entire business instead of just streamlining low-complexity, high-volume tasks. By automating your organization, you will have a comprehensive blueprint of security policy automation capabilities that drive smart security process automation to effectively address your unique use case, infrastructure, or compliance requirements. Also, a multi-level approach to security automation drives efficiency, agility, and efficacy by aligning automated tasks to your specific requirements across your on-premise, hybrid, and multi-cloud environments, whereas supplying your flexibility to manage the automation journey at your pace confidence level.
- By always being on compliance and fear-free auditing: Almost every change to infrastructure can affect an organization’s state of compliance. For example, misconfiguring a firewall or failing to use a patch are common mistakes that will throw an organization out of compliance. In today’s advanced environments, those errors are so pervasive that it’s unlikely any organization is actually in compliance at all, and won’t be for the predictable future. Gartner says that between now and 2023, 99% of firewall breaches are going to be caused by misconfigurations, not firewall flaws something automation helps prevent.
Organizations ought to try and get prior to the approaching wave by anticipating the tasks and policies that may be expected of them and begin to implement and test the appropriate software tools asap.
For example, one sensible step businesses can take without any delay is to get rid of manual configuration and administration tasks from all business processes that involve sensitive data, client privacy problems, and cyber security concerns. Instead, use automation to continuously monitor the infrastructure for compliance.
Getting prior to restrictive requirements delivers the additional advantage of a quicker return on investment (ROI), as the time and costs currently spent configuring policies and guaranteeing readiness to satisfy advanced audit demands are reduced, as an example a number of ways in which network security automation supports compliance are by performing activities in network risk analysis; recertifying existing rules and policies; scoring and trending IT risk posture, and generating standardized reports.
- By Ending the Friction between DevOps and SecOps: Developers are struggling to unendingly improve potency and enhance usability. They’re stereotypic as not caring a lot regarding security, however, that’s not true. The fact is that they care, however they lack the ability to include gold-standard security into the applications they write. This isn’t a knock on developers: they aren’t trained to be security professionals, even as security professionals aren’t trained to jot down applications.
A good thing about automation is that it will organically support each development operation and security operation, eliminating the friction which will exist between the wants of those groups. For example, developers can spin up a replacement development server and therefore the amendment will change automatically be ingested into the infrastructure map. Or an organization can create security as a part of the software development lifecycle (SDLC) by building testing automation into the method rather than tacking it on at the end of the cycle.
Planning for automation needs both teams to figure together and perceive the priorities of the other, resulting in better communication—for the automation set up and beyond.
None of this should be surprising: despite its wide adoption in the enterprise world, automation is still an emerging technology that many organizations haven’t yet mastered.