Why Is Automation Key to Cloud-Native Security?

Cloud-native is a new approach to designing and deploying applications by leveraging native cloud capabilities. For developers, it allows fast shipping without sacrificing reliability. In terms of operations, cloud-native delivers automatic management and huge economic gains. Today, automation of security procedures to the cloud is quickly becoming a requirement for enterprises deploying software at scale.

Automation Key to Cloud-Native Security

As organizations Understanding the why, how, and what of this allows them to make better decisions regarding cloud security. In this post, you will get to know why automation is important to cloud-native security.

Overview Automation Key to Cloud-Native Security

Current cloud-based organizations are moving at a very fast pace. Huge enterprises can even deploy several thousand times per day. In the same period, the number of changes to the code could be hundreds of thousands. 

Migrating to Atlassian Cloud can be complex and needs good communication and project management to ensure a seamless transition for your teams and business. Atlassian awarded Sentify Service Partner of the Year 2021. This award recognises partners who go above and beyond and play an instrumental role in customer success.

To be in control of the cloud environment demands security automation. As developers release updates fast, they are at the same time distributing risks. So, cloud-native security must follow the same automated path and speed as development.

This way, the development toolchains can automatically perform checks and protections without interfering with programmers.

When you add to this the fact that technology companies can have hundreds of developers, it becomes hard to track every project. Such volume and speed of operations mean previous procedures devised to have a security team inspect and test code are no longer practical.

Thanks to the adoption of DevOps, security teams are empowering developers to build more securely. Developers today are responsible for delivering secure code and building secure foundations in secure cloud environments.

Automation Implications to Cloud-Native Security

Below are some of the considerations that go into securing cloud-native environments:

1. Continuous Delivery and Security

With microservices and containers replacing traditional and monolithic applications in cloud-native environments, both software delivery and deployments are now continuous. The traditional alert-based security operations are unable to keep up with the almost limitless scale and the dynamic nature associated with cloud-native systems. So, manual workflows are not an option.

Thus, for cloud-native security, it is a must to have automated detection and response at scale. Automation is important to developing security at scale since it eliminates human error.

When you automate, you catch more threats and mitigate them. The goal of automation is to make the life of a developer as easy as possible. Automation of cloud-native security works best if it does not create friction with developers.

2. Integration with Automation Tools

Seamless integration with the various components orchestrating your container workload and automating deployments ensures the security tool can automatically work alongside the workload under protection.

It is a must for a cloud-native environment. With event-driven computing replacing physical servers, security must find the correct insertion point in the new era to be visible and mitigate threats.

It has to do so in a way that allows innovations and changes to the intricacies associated with continuous delivery within a cloud-native setting.

3. Continuous Monitoring

Security evaluation can be complex because components in a cloud-native environment are distributed. However, security monitoring must minimize its effect on performance. So, the security architecture should be distributed, without system bottleneck, and capable of scaling with the workload.

Automation of native cloud security provides rapid detection and response to decrease the fallout if there is a security incident. The logic results in smart controls and rapid decision-making to stop malicious behaviour.

In the cloud-native environment, it is possible to have a smart detection system that can spot an attack as it starts.

Why Automate Security for Cloud-Native Applications?

With cloud-native security, it requires re-focusing security to match the overall cloud-native strategy. So, cloud-native applications are secured from an application context. Such an approach addresses the changes in processes, infrastructure models, and teams responsible for building and operating cloud-native applications. 

Thus, the focus of cloud-native security is on cloud-native application security. It ensures vulnerabilities are found and mediated in development. Automation of cloud-native security is becoming another important component to iterate on and improve.

1. Increase the Speed of Development

With automation, your application can go live as soon as it is ready which is a boost to developers. This makes it easy to push it out fast and satisfy customers and possibly earn revenue.

Automating cloud-native security allows various developers to push out features simultaneously, which makes it a great advantage, too. Automation makes it possible to test all the features independently in the cloud without hold-ups. It is another reason cloud-native application development is contributing to high development.

2. Establish an Automated Responsive System

With automated cloud-native infrastructure, you get extra technologies that highlight possible problems for you. Some include software capable of recognizing specific classes of errors to make it easy for you to deal with issues as they arise.

You can automate the resolution of previous issues when you grasp the errors that can be accounted for in automation. Automation saves the developer time and avoids the need for your team to respond manually.

3. Drastically Decrease Downtime

An increase in demand can result in extra issues namely, downtime. So, if your application faces major spikes in users, automation can help you deal with unforeseen infrastructure bottlenecks. With the automation of cloud-native security, your application can scale up and down whenever necessary. By leveraging cloud infrastructure, you can deftly deal with security issues as they arise.

The scaling factor is especially pronounced in the cloud-native environment. Moving from manual handling of alerts allows detectors to act on them or discard them automatically without any input from you. Thus, the task of decreasing and normalizing security alerts into signals is important in the cloud-native environment.


Modern safety systems require the adoption of cutting-edge principles in security analysis. Within the cloud-native environment, practice is particularly important. The use of automation in cloud-native security is critical since without it would be almost impossible to detect issues the traditional way.
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