CIO Review APAC

"Everything as Code"and Why it's Important

CIO Review APAC | Tuesday, November 29, 2022

Everything-as-Code (EaC) manages IT infrastructure and builds systems and tools that support modern software applications.

FREMONT, CA:A technique for managing IT infrastructure and creating tools and systems that enable contemporary software applications is called Everything as Code(EaC). It converts human labour-intensive manual tasks into computer code so that machines can perform them in their place. Anything that requires team collaboration is documented and codified as a configuration file that computers may read and execute.

Imagine if the kitchen could somehow comprehend preferred recipes and then choose the appropriate prep materials, cooking methods, and even the appropriate wine and dessert pairings before serving the same dinner repeatedly whenever requested.

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Developers may tell their cloud providers or local systems exactly what they need to serve up the ideal application using Everything as Code, and the systems, tools, and processes will all carry out their plan to make it happen.

Using Development Best Practices to Accelerate Time to Market

EaC completely transformed how developers create, deploy, and update software. It has been as much a cultural shift as it has been a technological one. Before code, for instance, a small business would have to go through several procedures just to operate an application. The appropriate quantity of physical onboard disc, CPU, and RAM would be ordered for a physical server by an IT administrator. A few weeks later, it would arrive, and the administrator would need to set up the operating system, optimise the kernel, and connect the server to a physical network. Time-consuming, prone to human error, and difficult to scale, these were just a few things that needed to be done.

A developer using the as-code method can specify the same infrastructure in a policy configuration file, which informs their preferred cloud provider of the precise server environment to spin up. The cloud provider can set it up in a matter of seconds, and development can begin immediately. The developer only needs to amend the file in the code and submit it again. The cloud provider will update it in a matter of seconds if they need to make changes or switch from a test environment to a production environment later. Since computers can carry out activities far more quickly than people can, this exponentially increases speed and scale. If done properly, it can also reduce human mistakes and repetitious work.

Two of the most popular examples of code that are part of the Everything as Code movement are infrastructure as code and policy as code:

Infrastructure As Code

Hyper-virtualized environments, which are used to run modern software, add complexity but also give users an unmatched level of customisation. Application code is executed in virtual containers, which are then executed on virtual machines, all connected via virtual networking and under software control. Developers can now specify the requirements for their apps in software code rather than calling for a server. The cloud platforms run that code, creating the necessary environment automatically. This is crucial because it enables businesses to scale on demand. As a result, they only pay for the actual usage at any given time and can adjust their scale as necessary.

Policy as Code

This is when policies are a collection of formalised rules applied throughout many systems. Consider policy as code, a set of boundaries that specify what is permitted and never permitted. The policy is detached from the infrastructure or the app. The rest of the app or infrastructure needs to be updated, and a developer has to worry about altering or breaking it if a policy needs to be altered. This means it can modify the policy's coding without modifying the app's coding. Open Policy Agent (OPA), a general-purpose policy engine that offers a single standard for a policy that can be applied anywhere, is an excellent example of policy as code.

Top Three Benefits of an Everything-as-code Approach

Everything as Code assigns machines the duty of enforcing human decisions about what is right.

Replicability: All procedures, guidelines, and descriptions are codified in code for simple replication. Consider a scenario in which a developer for a large bank wishes to implement a rule that prohibits anyone outside of the central United States from accessing business accounts between the hours of 9 a.m. and 5 p.m. CT. If a different developer in Europe wishes to implement the same rule but use a new time zone, they can do so without difficulty.

Scalability: A system can scale up or down on demand with a low risk of error to define configuration as code. Additionally, testing becomes simpler because environments are now actually described in code and can be created anywhere. Development, testing, and production settings should be as similar as possible so that lessons learned in one environment may be transferred to others with simple policy modifications. Developers can test their changes before they are implemented in production using a coding methodology, which lowers the possibility of errors and security threats. Additionally, automation frees up developers' time so they may concentrate on more distinctive work.

Security: When security policy and configuration are formalised in policy files as opposed to dedicated black boxes, PDFs, and team meetings, teams can handle those policy files exactly like any other software file. By checking it in and peer-reviewing it, they mean. They refine it and put that security in place everywhere. It can be moved in either direction as needed.

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