Web Development in Future: Coding as a service?

 Web Development in the Future: Coding as a Service

How much does it cost to launch a website?

Not much, as it turns out. Google will charge you $12 per year for a domain. Webhosting on Google App Engine or Amazon Web Services is free to begin with; after you reach a certain number of users, you'll have to pay. That's pretty much– $12 per year if you know how to code.

But what if you don't have any technological experience? That's not an issue. Create a free Wordpress or Wix website. There is no need for coding, however the possibilities are restricted. However, you will be online in less than an hour. And, don't worry, you're not alone. WordPress is used by over 26% of all websites.

Companies like Weebly, Squarespace, and Bluehost, to name a few, can provide you with more themes and functionality for a little fee.

On average, I'm talking about less than $10 a month. For the cost of two Venti Iced Caramel Macchiatos each month, you can run a good website with little to no technological knowledge.

Do you want to sell your items on our website? With monthly charges or minor transaction costs, Shopify and Stripe have you covered. This is the start of what we'll refer to as Coding as a Service. In 2017, we're starting to take it for granted, but even 10 years ago, most people would have thought you were insane.

Lesson in History. The Sun Ultra II was Google's first server, purchased in 1998. Depending on the specifications, this may cost anywhere from $16,500 to $60,000 new. That was too expensive, especially for startups. But it was 20 years ago; certainly the cost has decreased since then.

Yes, but it's still expensive for a large firm hosting servers, as the table below from Sherweb neatly demonstrates for 2015. Sherweb bases their research on use and spec assumptions (2 vCPUs, 8GB of RAM, 512GB of disc storage), So, while this isn't a one-size-fits-all evaluation, you get the concept. Due to server update cycles, the expenditures in years 1 and 5 are much greater.

Amazon was the first big computer firm to see that the expense and pain of servers might be turned into a profitable business opportunity in 2006, and they began hosting servers using Amazon Elastic Cloud Compute, or EC2 for short. This has a huge impact on the globe.

Today, both major corporations and startups, such as Snap(chat), rely on Infrastructure as a Service (IaaS), often known as the cloud. This indicates that in the future, computers will not require much computing power because all computations would be performed in the cloud. Devices will become smaller and more linked as time goes on.

Amazon Echo, anyone? This is what's paving the way for the Internet of Things revolution.

Coding as a Service (CaaS), like IaaS before it, is a further stage in this progression. All of today's site builders rely on human programmers to create our templates.

This is time-consuming and labor-intensive now, but that will change shortly. Artificial Intelligence will make it possible to automate the fitting of increasingly complicated code combinations. Consider the coding that makes up webpages as jigsaw pieces. With today's technology, website builders may create 100-piece puzzles for example.

There is considerable intricacy, but the granularity is still quite simple. Drag-and-drop or formulaic templates are available. When artificial intelligence (AI) is added to the equation, these website builders will be constructing 10,000-piece puzzles. With AI, the number and quality of customisation will be astounding. For the end user, this implies it will be both easier and less expensive.

But let's see how this works in practice- Consider conversing with an AI whose main purpose in life is to create webpages. Because the AI uses natural language processing, it can fully comprehend your expressed intentions. The AI also has lightning-quick and never-ending coding skills, as well as a perfect grasp of functioning.

So the AI will construct and update your website right before your eyes, with the only restriction being how soon you can pronounce "Razzle Dazzle Rose" for the background colour. The ultimate result is a website that looks and behaves precisely how you want it to be, simply speaking to it.

As you may have guessed, AI-powered CaaS will not be confined to those who create ‘interesting' websites. CaaS will, in the end, save the time and money required to develop new capabilities in a variety of settings, from corporate to social. In the short future, however, CaaS will effect programmers who perform relatively simple or scheduled activities, such as accessing databases.

We won't need legions of engineers who know how to fit if else statements into loops, whether they're written in Ruby or Angular. AI will be able to do this considerably more quickly, with fewer mistakes and a better grasp of system needs.

In other words, software will continue to rule the world, but fewer and fewer humans will create it.

Web apps that are progressive

The PWA technology should be mentioned among the top web development trends. A Progressive Web App (PWA) is a website that offers a mobile app experience that is nearly identical to that of a native app. It is a native application that runs outside of the browser and interacts with the consumer.

Let's take a closer look at the benefits of PWA development and the benefits they provide to both users and company owners:

•     Lower development and support expenses;

•     Quicker market entry;

•     Easier to distribute;

•     Simple to set up;

•     Reducing the amount of power and storage used by the device;

•     Effortless upkeep and upgrading.

Are you interested in learning more about this cutting-edge website building technology? Then read our in-depth post to discover more about the expenses of developing progressive web applications.

What's the big deal about progressive web apps?

According to Ericsson's analysis, worldwide mobile data traffic is expected to grow 4.5 times by 2026, reaching 226 EB per month.

It indicates that individuals will begin to rely more on their mobile devices to meet a variety of requirements. Furthermore, 5G networks will handle 54% of all mobile data traffic by 2026, allowing for quicker and more responsive mobile services.

PWA development is not rocket science, despite the fact that this technology is very new. Simultaneously, it enables firms to remain competitive in today's market. As a result, all of the web apps created by the Codica team are progressive by default.

Creating a UX/UI design that prioritises user experience is one of the most essential parts of developing a PWA. Progressive web apps should have a look and feel that is as near to native apps as possible, and it is critical to provide an intuitive user experience and aesthetically appealing UI design.

Finding a new way to interact with your mobile users is a wise investment in your business's relationship with potential or current customers. As a result, PWA technology appears to be a promising development for enterprises.