Compared to the static web pages of the early days, today’s web has come a long way in terms of content served to users and the technology used. Websites of the past with a handful of pages delivered via a Content Delivery Network (CDN) have expanded to using backend servers, databases, dynamic content, and myriad other technologies to provide users a better experience while solving problems that arrive with ever-increasing demand. With all these changes, modern web development has grown to be an incredibly sophisticated field.
Perhaps, it’s a reason why the emergence of Jamstack, which talks about returning to the simplicity of the early days, has become a baffling concept to some developers. Is it possible to bring back the days of delivering static web pages via a CDN when the web has already gotten so complex? How can it provide the performance and functionality of already established stacks like LAMP and MERN (more about these below).
To find the answers to these questions, we have to look a little deeper into what Jamstack is and how it compares with traditional stacks like LAMP and MERN on different fronts.
Jamstack is the technology stack used to deliver fast and secure web apps to users by pre-rendering pages and serving them from a CDN, eliminating the need to manage servers.
As mentioned at the beginning of the article, Jamstack is an attempt to bring back the simplicity of the static web by using two main principles.
The first is prerendering. It refers to the idea of generating as much web page markup as possible during the site build time so that the content can be directly served via a CDN. It eliminates the need for setting up backend servers and other complex configurations associated with it—like managing clusters/nodes, implementing security measures, and caching—to serve dynamic content at user request. As a result, Jamstack websites can load faster and serve a better experience to users. The removal of the backend from the picture also makes Jamstack websites more secure simply because it exposes fewer components to the outside world.
The second main principle behind Jamstack is decoupling. With the introduction of powerful frontend frameworks to the market, the line between the frontend and backend is gradually becoming blurry. Inevitably, this has led to increased complexity in frontend development. In the Jamstack, decoupling looks to reestablish this clear divide between the frontend and backend by outsourcing backend tasks to third-party APIs and services.
The reason why Jamstack has been able to bring back the simplicity of earlier websites, without losing the advanced functionality supported by traditional stacks, is the ecosystem that surrounds it. The components of this ecosystem have grown independent from Jamstack in the last decade. But now, combined together, they have formed a stack that lets us build faster, secure, cheaper websites.
Jamstack ecosystem primarily consists of the following components:
To understand this point even better, let’s compare Jamstack against two of the most popular traditional stacks on the web, LAMP and MERN.
Proven against the test of time, LAMP has been a go-to technology stack of web developers for more than a decade. Even the most famous app on the web, WordPress, runs on LAMP. The four letters in LAMP represent four open-source components that make essential contributions to running dynamic web apps.
Today, LAMP is supported by a mature and extensive ecosystem that supports building robust dynamic websites for any kind of use case. Its completely open-source architecture gives developers full control of their sites with no fear of vendor lock-in.
Despite these positives that have popularized LAMP in the development community, when compared against newer technology stacks like Jamstack, LAMP comes with too much complexity and too little flexibility for modern-day websites.
Compared to LAMP and Jam, MERN is an open-source web development stack still in its early days. However, due to its relative simplicity and scalability, MERN has become immensely popular among developers in the past couple of years. It provides a full-stack solution to web development that consists of four main components:
However, MERN is still tied to the burden of backend, namely dynamically processing content at request time at the cost of site performance. It’s also an ill-fit for working with highly relational data. Though replacing the non-relational MongoDB in this stack with a relational database is a solution to this problem, Node still lacks ORMs that are advanced enough to support complex queries. This results in developers having to manually write SQL queries, increasing the complexity of the development process.
Although the learning curve and the maintenance cost of a LAMP stack based website or web app is quite steep, learning the Jamstack can be quite challenging as well
You need to familiarize yourself with
WebriQ has solved the two major obstacles to Jamstack based web and ecommerce implementations;
Jamstack implementations are typically handling multiple vendor relationships and pricing conversations which makes the overall Total Cost of Ownership difficult to determine quickly and accurately. With a Digital Experiences platform approach , including W-Studio and C-Studio, WebriQ overcomes this obstacle in a big way.
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