Another example of this is no-code sites compared to custom sites. Some languages are better suited for speed (such as C or C++), while others are better suited for ease of use (such as Python). Performance: The tech stack you choose will impact your software's performance. And there are some tech stacks that can start small and go big, while others do not grow with you. Some tech stacks are better suited for smaller applications, while others are best for mass scale. Scalability: The tech stack you choose will affect how easily you can scale your software. If you choose a tech stack that you or your team is not familiar with or is known to be more time intensive (here's looking at you Angular!), it could take more time to learn and develop in it. This one is personal, so it goes first! If you are developing using a less common tech stack, it will be much harder and much more expensive to draw the right talent.ĭevelopment speed: The tech stack you choose will impact how quickly you can develop your software. Talent Pool: The tech stack you choose will affect which talent you attract. When considering the list below, consider how your tech stack solves you needs today, and your future needs.Ī tech stack that wont grow with you is a bad look. Overall, just as a cake's layers work together to create a delectable treat, a tech stack's layers work together to create a delectable, and functional, piece of software.īefore we dive into the specifics of what elements make up a tech stack, it's important to understand the implications of whichever stack you decide to go with. The middle layers of the cake, such as the filling or frosting, are akin to the development and middleware layers of the tech stack, which includes programming languages, frameworks, and libraries.įinally, the top layer of the cake, which has all the glitz and glamor, is comparable to the user interface layer of a tech stack, which includes the graphical user interface (GUI) and the user experience (UX). The bottom layer of the cake provides the foundation, similar to the infrastructure layer of a tech stack, which includes the hardware, operating system, and network components. Just as a cake is made up of different layers with distinct functions, a tech stack is made up of different layers of tech and tools that work together to achieve a specific goal. Think of your tech stack as a tasty cake, such as the AI art we created above (I ran out of MidJourney credits, sorry). Thanks Bing for the interesting "layered cake with beautiful decorations on top" Hence, our layering of technologies makes up our tech stack. These languages, frameworks, libraries, etc, often layer on top of each other to create your application or website. The term tech stack refers to a combination of programming languages, frameworks, libraries, databases, and other software components used to build a software application. This represents the technology used to enable a single piece of software. Think quickbooks for accounting, Pipedrive for a CRM, Gmail suite for business tools, and so on. A macro tech stack refers to the collection of apps, websites and software suites that a company uses to accomplish business. So what even is this tech stack? First, let's zoom out to the macro level. So what is a tech stack? What are the elements of a tech stack? And why is it important to understand your tech stack? We'll answer (out of order, no less!) those questions in this week's article. Whether you're a software developer or a CEO, you've likely heard the term "tech stack".
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