Posts tagged "web applications"

Why Should You Use JAMstack Framework for Your Web App?

JAMstack is a popular framework for various reasons, including hosting an application on static servers, using content delivery networks (CDNs), and making applications quicker than dynamically generated apps. This essay will explain why JAMstack is so popular throughout the world. Learn why JAMstack has been dubbed the “future of web development” and how it is rapidly being used for all types of contemporary online applications.

Web development has come a long way since its humble beginnings. Several new changes and trends have emerged in the domains. JAMstack is one of the best-known web development architectures in recent times, and it is one of the numerous new trends.

To put things into perspective, the total proportion of JAMstack-powered web pages in 2020 was 0.91 percent for desktops and 0.85 percent for mobiles. This is an 85 percent and 147 percent increase over 2019. JAMstack is an acronym that stands for JavaScript, API, and Markup (JAM). These are the three technologies that make up the JAMstack framework. Mathias Biilmann invented the term to characterize this current web development architecture.

This web development architecture combines three technologies, and the platform is built on client-side JavaScript, reusable APIs, and prebuilt Markup. JAMstack is a superior solution for web applications than all of its pieces; as Aristotle once stated, “the whole is genuinely more than the sum of its parts.”

Adopting JAMstack for your web apps is a good decision. We’ve spoken about why and how JAMstack may be the ideal web development architecture for your apps.

What Is Considered a JAMstack?

There are a few factors to consider when determining what constitutes a JAMstack. However, it is critical to understand and remember that if an application delivers pre-rendered pages from a static host, it may be classified as a JAMstack.

One of the major characteristics of a JAMstack is that the core site is statically served. That being said, not all apps require all three features of JAM.

  • On the front end, a site may not need the usage of JavaScript.
  • API calls from the UI may also be unnecessary.
  • In addition to Markdown, the app may employ a serverless content management system (CMS) for content generation.
  • To manage user interaction and other progressive upgrades, the site may not require JavaScript code.
  • API calls may not be used to enhance the application.

In addition, any misconceptions regarding the framework must be dispelled so that you do not have unreasonable expectations from the platform. To be clear, JAMstack is not a specific front-end-backend-database-platform stack, such as a MEAN stack (Express, MongoDB, Angular, Node) or a LAMP stack (Linux, MySQL, Apache, and PHP).

When it comes to defining what situations do not qualify as a JAMstack, the following arguments must be made:

  • An application that dynamically produces pages on the server using Java, Node, Python, Ruby, and other programming languages.
  • When a single-page app renders isometrically on the server.
  • When and if a site is built on a strongly linked server-side CMS.
  • WordPress, Drupal, and Joomla are all examples of content management systems.

Why Should You Use JAMstack for Your Web Applications?

To get to the core of this post, there are numerous reasons why JAMstack might be the ideal option for your web applications. If you are unfamiliar with JAMstack, it is a framework-agnostic approach for organizing a web application to improve its performance. JAMstack may host apps on static servers, allowing them to run much quicker than dynamically generated applications.

Many developers, including large companies, are migrating to JAMstack for their web apps, and the reasons stated below should make it abundantly apparent why this is a sensible and long-term move. Let’s have a look at why JAMstack could be the best web development architecture for your web applications.

Page Loading Times are Extremely Fast

JAMstack simply provides static files from a low-latency edge server that is closer to the user geographically. This makes it considerably quicker than any typical application, even when caching is enabled, which will run logic to render HTML.

This leads us to the difference between how caching works in regular apps and a JAMstack application. In an application where caching happens at every stage, deciding what is cached and not is an additional load.

Such activities will need specialized settings at various locations, as well as the deployment of new code. Because everything is cached in JAMstack, it becomes incredibly straightforward. You also gain improved search engine rankings in addition to quicker website loading speed. The golden rule of SEO is that faster sites rank better in search engines. Sites built with current JavaScript frameworks will have low search ranks.

Server-side rendering and other third-party technologies can significantly enhance this. Even after that, they will not be able to compete with JAMstack apps in terms of speed.

Superior Scalability Or Improved Adaptability To Traffic Surges

JAMstack apps are just unrivaled when it comes to scalability. JAMstack apps are extremely capable of handling traffic smoothly. This is one of the primary reasons why many large businesses prefer JAMstack since they can avoid traffic surges using JAMstack apps. Another significant advantage is that the content is provided via CDNs. Even under severe pressure, these systems can deliver static content rapidly. This is because they are geographically separated and have many built-in redundancies.

They are also designed to handle high traffic and hardware failures more effectively than original servers. It operates differently in a conventional application. The technical architect assesses the possible load on each layer of the application at this point.

Seamless and convenient deployments

Another significant advantage of JAMstack is the fact that it greatly simplifies installations. This is because it operates by transferring files to a static server or CDN.

Netlify, for example, is a service that has prebuilt facilities for continuous deployment. This results in the automated initiation of builds, followed by deployments, whenever a modification is made to a Git code repository (like Bitbucket, GitHub, etc.).

They are traditionally distributed in a certain order to several levels of the application in traditional deployments. These include scripts that must be deployed to the database, web server frontend modifications and API changes on the application server.

Aside from this, to-be-cleared caches, configuration changes, and so on are also included in the order of layers. JAMstack is a collection of static files that make deployments immutable. This means you may go back to any previous version of your site at any moment without worrying about it not working.

Outstanding Development Experience

The amazing development experience provided by JAMstack is a significant reason why it is a popular architecture among current web developers. JAMstack is incredibly simple to grasp. Web developers may construct sophisticated websites using only HTML, CSS, and JavaScript. Even if a new developer is on the team, their local development environment may be easily and quickly set up and ready to go.

Another important feature is that developers do not need to be concerned about the behavior of their code in different levels of the application after deployment. Developers can quickly run the build on their local computer, examine the results, and be certain that the modifications they have made will work as expected.

Superior Security by Design

One of the main features that make JAMstack valuable is that it provides greater security for your application. The design substantially and effectively increases your application’s security. This is accomplished by completely disconnecting your dynamic application backend from the event when a request is made.

Before deployment, the dynamic apps are disconnected during the build process. As a result, when a user requests a page from a JAMstack application, it is just serving a static file. This is a feature made possible by design. All of the moving pieces of a JAMstack application run on their own infrastructure. This effectively decreases the application’s vulnerability to cyberattacks.

Are There Any Constraints of the Jamstack Framework?

Jamstack may be one of the best frameworks for application development, but developers may encounter a few issues. They are as follows:

  • A lengthy application development procedure
  • Good web development knowledge and abilities are required.
  • The use of real-time data is limited.
  • Built a complex API

To summarize, it is abundantly obvious why JAMstack is the solution to the contemporary world of web development. After reading this article, you should better understand the JAMstack web application framework and its usefulness. It is one of the most environmentally friendly options and can be used to create complex, functional, and adaptable web applications.

So, if you were wondering, “Why to Choose JAMstack Framework for Your Web Application,” we hope you now have an answer!

Make Application Development Easy With Quasar Engineers

Modern technology makes our lives easier. Our processes are becoming simpler by using different tools. One such tool that eases our worries is the Internet. It builds connections and makes us reach people. Currently, there are approximately 4.39 billion users who use the internet around the world, and this proves how vital it is in helping communicate and exchange information. Businesses have banked on this opportunity by relying on the internet to build connections with customers. For example, through applications.

Businesses communicate with their clients through the web and different applications. Customers gather information about the services, contact the client through mediums – leading to business transactions. Therefore, the web & mobile industry has been climbing to the top. Since web and mobile applications ask for different techniques, there are ways through which applications can be designed to target both web and mobile users. It assists in entering and grabbing hold of cyberspace with applications.

One such way is to use the Vui.JS framework, a front-end framework. It allows developers to build responsive web applications. Moreover, you can view these applications from any screen, whether it’s a desktop or a mobile. Along with SPAs (single-page applications), they copy the behavior and performance of domestic mobile applications. Ultimately making the interface look attractive and providing the user with premium service.

Vue has met new frameworks that provide a better experience in developing cross-platform web applications, making them faster than before. The article focuses on the towering Vue.JS-based web application development tools, which is called the Quasar framework.

An outlook of Quasar Framework

An application development framework based on Vue.JS. It allows developers to hasten their development process in cross-platform applications. Moreover, it responds quickly, provides quality to the domestic app web applications and allows the development of mobile applications. Also, you can create both web and mobile applications at the same time, without using a different code base saving extra work.

Quasar is a fresh framework, as it was released to the public in August 2016, it works wonders for the developer community. On Quasar’s GitHub page it has collected 9,835 stars and gathered 194 contributors from the developer community – these are outstanding figures compared to its young age.


Multiple Platform Support:

Quasar grabs cross-platform support from one source code. Developers only need to develop once and can set the application as an effective web application that grants native-quality performance (it utilizes the single-page application, plus progressive web application tech), mobile apps, plus desktop applications (using the Electron framework tech).

Best Practice Compliance

It follows various practices that exist in the industry for developing web and mobile applications, is built to back developers that use the Quasar framework too. It uses minification, grants feature that allow accessibility, utilizes lazy loading to split code, does ES6 transpiling and uses tree shaking. Together, they’re implemented without the developers providing any configuration.

Right-to-Left (RTS) Scripting

Often, languages and frameworks are Left-to-Right (LTR) scripts, they exist for LTR writing systems (English alphabet). But few writing systems read from RTS. Quasar provides RTL scripting to assist the people who rely on this way, so codes are written and read R-to-L.

Enhanced Quasar Framework 

Quasar CLI

Quasar banks on a developer-friendly command-line interface (CLI). It grants desirable features for developers. Quasar CLI is renowned for the state-preserving hot module reload (HMR).  Developers don’t have to refresh/restart anymore, they can edit the code and view the results immediately. It has its error compilation overlay technology and developers do not need to manually refresh/restart the app development servers of Quasar. Quasar CLI is easily installable. It needs Node JS installation on the machine, and it’s easy as a single on the command line:

Npm install -g quasar-cli

Platform Support & Wide Developer

Quasar sits on the top with a responsive developer community – they assist each other. It has an official forum for freelance Quasar developers, a Discord server, an official Twitter account! Talking about platform support, Quasar works with Windows, Linux, and macOS along with famous browsers and common operating systems.

Quasar VS Vuetify

Constructed atop Vue.JS, Vuetify is coming up to pace with Quasar. Hence, it’d be convenient to compare the two.

Quasar stacks at 436 KB while Vuetify is 815 KB – making Quasar light. This allows Quasar apps to load quickly. Vuetify faces backlash from the developers’ community as it lacks detailing in several of its functionalities, it asks for edition on the inner workings. Whereas, Quasar’s documentation is appreciated for being competent. Moreover, if you’re strict with adopting the principles of material design then Vuetify is tailored for your needs (proving minimum customization) whereas Quasar grabs material design as an option but allows customization.

It seems that Quasar takes the win here! Owing to its outstanding features, the Quasar wins by a considerable margin.