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Selecting the right technology stack before developing an application often gives a tough call to the CIO/CTO, developers, as well as the businesses. The diverse options available can be quite confusing and if you are a non-technical person, a wrong step in choosing the right technology stack for the application can yield grievous consequences. Many of us ignore the fact that there are only a few prominent factors to consider during this decision process. As a first step, let us clear the misconceptions around the term ‘tech stack’ and make the classification of technologies much simpler.
The term Technology stack refers to a combination of client-side and server-side technologies, also popular as front end and back end. Client-side is where the real interaction with the user happens. The back end consists of a server, an application, and a database. When one layer of the web application is built on top of the other with the help of codes and hardware modules, it forms a stack. Typically, a stack consists of different layers of components/servers which are used to build software applications and solutions.
One key factor influencing the web tech stack choice is the type of the project. If the project is a small-sized one that needs to be delivered in shortest time, the developer prefers simple options such as CMS (WordPress) which consists of many in-built features and templates. And if the project is a mid-level or large one, it would need a combination of technologies that can enable seamless integration across various platforms.
The knowledge base and expertise of the development team involved in the project not only influence the decision-making process but also the success of the project. In case a member of the team is not able to tackle an issue, there should be at least one such developer who can properly manage the situation and solve the issues without wasting much time. A Test-Driven Development approach should be adopted to the team where Quality Assurance is done after completion of each module.
There is a deadline for each project. The product developed must be launched on the planned date. While choosing a tech stack, you need to be sure that timely delivery of the product will be possible using this stack without any monetary or time loss. Also, adhering to timelines and on-time delivery of projects uplifts your goodwill in the market and makes you a credible partner.
Scalability refers to the stage of the product when the owner decides to upgrade it to enhance productivity. This can happen after the prototype launch and customer feedback. After choosing the tech stack, a Minimum Viable Product (MVP) version should be built first without exploiting the allotted budget or time. Using this MVP model, the developers should be able to scale it up with upgraded functionalities.
Any tech stack chosen for the software solution development should have easy to use and manageable codes. If the codes are too lengthy, the developer would need a long time to process it and take long hours of work to complete it. In other cases, very shorter and concise codes become difficult to debug. The chosen tech stack should have codes that are short, easy to manage and transit.
These days most of the tech stacks are available as open source with few in-built features. But for advanced functionalities, you might need to purchase the licensed version. While choosing a tech stack, you need to carefully analyse both inbuilt as well as premium features to check its compatibility with your project and see if falls within your budget criteria.
Now, if you are wondering which technologies we recommend and practice for building robust applications here is the list.
.NET has extensive features and is a thoroughly battle-tested framework exclusively used for building dynamic applications .NET stack is a subset of Overflow Stack, a wide-ranging tech stack with high capabilities to fulfil the developer’s requirements. NET stack is often used with other open source technologies to build robust small scale as well as huge enterprise level applications. .NET stack consists of 60 frameworks, platforms including CLI languages spread over 13 layers.
The LAMP stack is one of the earliest and popular stacks, which is made of all open source software components. LAMP stack is an open source Web development platform. LAMP uses:
It is also the most traditional stack model around, and very solid with high flexibility, customizable and easy to handle features.
Variations of LAMP include:
The variation of MEAN includes MEEN - MongoDB, Express.js, Ember.js and Node.js.
Ruby on Rails stack enables quick app development due to its faster integration features. The framework is highly scalable, follows the ActiveRecord pattern and is compatible with MySQL on the back end. Ruby on Rails has its own built-in database and has a vast collection of open source codes. It can easily accommodate changes without spending much time.
To make it easier, here’s a collated list of some of the popular tools and frameworks used in a tech stack.
To get started with selecting the right stack for your project, get your homework done first! You need to understand thoroughly the basics of your project requirements. If you know what you need by the end of the development cycle, it is time to study the different tech stacks currently in use today and their benefits.
Rather than relying on time-proven technologies, the need of the hour is to be practical by deeply analysing the pros and cons of each tech stack. A talented team of skilled and professional web developers with proven technical expertise can be one of your valid guidance sources. Similarly, there can be many other factors that can help you with this decision making. Hence, cross-check all the aspects and make sure you get it right the first time itself!
Ajith is a Senior Software Developer having over 5 years of experience in software development with proven expertise in top-notch Open Source Technologies. He has played major roles in creating and delivering critical software development projects for prominent clients in the western markets. He is a creative and innovative software developer with a keen interest towards open source platforms and experienced in latest project development models such as Agile Scrum and Kanban. Prior to Ignitho, Ajith was part of software development at Qburst and was actively involved in critical project development areas.