Microsegmentation has become an increasingly widespread practice in recent times, as it allows for the infrastructure of organizations to be broken down into smaller and more manageable components.
This makes releasing updates and new features much simpler, as specialists can create each part instead of having to go through a single development team. In this article, we’ll take a deeper look at automation step templates and how microsegmentation is used in the deployment process.
What are Automation Step Templates?
Automation step templates (also known as ASTs) are pre-defined sets of instructions that allow for automated deployment processes. They provide a standardized way to define repeatable steps that need to be performed when deploying something new or making changes to existing services.
ASTs make it easier for developers to create repeatable steps without having to rewrite similar code over and over again manually. They also allow different parts of a system to be released independently, which is especially useful when dealing with complex systems with different release cycles.
An example of an AST could be setting up a web server, where all the necessary components, such as security measures, databases, application servers, etc., are automatically configured via an AST while still allowing manual input from developers if needed. Furthermore, ASTs can also help ensure that certain criteria are met before deploying updates or new features; this allows organizations to avoid costly mistakes due to oversight or lack of proper testing before going live with changes.
Using Microsegmentation in Deployment Processes
Microsegmentation is often used with ASTs as it allows for further division of tasks during a release process.
It also helps improve security by restricting access between individual components; this reduces the chances of malicious actors taking advantage of weaknesses in one component or service while still being able to access other parts of the system they otherwise wouldn’t have access to.
Pipeline Access Control
Microsegmentation also provides granular control over which users can perform certain actions within each component; this ensures that only those who need access can gain it quickly and easily without compromising security or introducing risk into the system.
Another great benefit of process microsegmentation is its ability to increase visibility into cloud configurations. Organizations are able to gain insights into their current security status and detect any potential risks in real-time. This type of solution can help identify suspicious activity before it becomes too late for mitigation efforts by monitoring configuration settings over time.
Automation step templates are a great way for developers to efficiently create repeatable processes, while microsegmentation helps protect and secure production environments by managing user access with granular controls.
This combination of automation and segmentation boosts speed and decreases the risk of vulnerabilities emerging from inadequate testing or oversight before deployment.
- Microsegmentation has become increasingly widespread due to its ability to break down an organization's infrastructure into smaller, more manageable components.
- Automation step templates (ASTs) are pre-defined sets of instructions that allow for automated deployment processes and provide a standardized way to define repeatable steps.
- Microsegmentation is often used with ASTs as it allows for further division of tasks during a release process and helps improve security by restricting access between individual components.