MERN Stack Web Application Deployment in the Cloud and Automation Process Using Terraform
Moniruzzaman, Md (2022)
2022
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Julkaisun pysyvä osoite on
https://urn.fi/URN:NBN:fi:amk-2022120125351
https://urn.fi/URN:NBN:fi:amk-2022120125351
Tiivistelmä
This Bachelor’s thesis aimed to provide the audience with a clear idea of deploying a MERN stack application in the cloud and automation process using Terraform. Maintaining cloud infrastructure of any substantial size can often require performing the same actions or procedures over and over. There is, however, another way; the proposed solution was to utilize Terraform to automate a well-defined and concise way to deploy infrastructure resources and changes.
The introduction chapter introduced the theme of the thesis. Cloud technologies used in this thesis were evaluated with their pros and cons. In this thesis, a very tiny fraction of AWS cloud technologies was introduced. The work started by developing a step-by-step process of deploying the MERN stack application using AWS cloud-native technologies. This thesis has profiled brief research and implementation of DevOps practices using HashiCrop Terraform. The concluding chapter summarises the previous chapters and envisages how future studies will help to develop the system in the upcoming days.
It was evident that a complete cloud environment would be necessary to achieve high-performance web applications. However, this could not be accomplished while using the manual deployment technique. By adopting Terraform Technologies, these issues will be solved, thus resulting in a perfect solution to increase overall productivity.
The introduction chapter introduced the theme of the thesis. Cloud technologies used in this thesis were evaluated with their pros and cons. In this thesis, a very tiny fraction of AWS cloud technologies was introduced. The work started by developing a step-by-step process of deploying the MERN stack application using AWS cloud-native technologies. This thesis has profiled brief research and implementation of DevOps practices using HashiCrop Terraform. The concluding chapter summarises the previous chapters and envisages how future studies will help to develop the system in the upcoming days.
It was evident that a complete cloud environment would be necessary to achieve high-performance web applications. However, this could not be accomplished while using the manual deployment technique. By adopting Terraform Technologies, these issues will be solved, thus resulting in a perfect solution to increase overall productivity.