Is the existing trend on serverless architecture provide an overview of what the future holds regarding web development? Are developers expect it to be quicker, more affordable and reliable with reduced risk of potential failure?
Other related questions when it was released included, “Will serverless framework be employed for online apps of each type from enterprise to production of products of heavy loads?” Can this architecture assist in mitigating the shortage of software developers in the industry, along with the involved risks in offshore collaboration models?
Complex web apps that have become successful brought significant shelf-life that needs maintenance and updates for years after their initial launch. Based on the industry details, the existing development task requires about 80% of the total all-time costs related to the app. So what is the impact of serverless architecture in web apps?
Does it have the capacity to aid firms and software developers to prevent the risk of some apps being considered as ‘legacy monsters’?
For this article, the developers of the serverless framework will respond to the essential questions regarding the trend of enhanced automation in web development.
The growing need for Spring engineering
The industry highlights the growing need for Spring Java engineers compared to the basic Java language engineers. Basically, Spring provides well-developed, tested, production-proof components that are being prepared by high-level engineers for configuration in the enterprise web development. Can having a custom security web framework be justified commercially according to price, time, and failure risk?
As the industry makes an investment in R&D, testing, and production proof for components, it is necessary that the components should be reusable. It is only logical that software engineering follows the same direction. This leads us back to the importance of serverless architecture.
For the previous years, web engineering has been shifting toward standardization high-level components such as protocols, frameworks, and libraries. Today, web frameworks such as frontend Angular, .NET, and React and backend Spring, are considered a standard in web development.
Meanwhile, cloud serverless technology is the succeeding process in evolution. The expected standardization in web development can go beyond than in mechanical engineering. In this type of engineering, it moves components that are difficult to standardize as they transfer things with various physical qualities.
However, there exist some multi-purpose parts like the band conveyor. One advantage of software engineering is that only the details are moved and will always be in bytes or the same general format.
This provides an opportunity to create and re-use high abstract-level components necessary for each web app such as user management, booking order flow, notifications, and payment components.
A strong link in building a web app
These basic components are used as a wrapper for the core custom modules that offer something unique. In the cloud environment, core modules can be created using any technology and linked to serverless common cloud elements to build a web app.
For example, you want to develop a booking app for a medical clinic. The main proposition of your app is to create a link between doctors and patients, enhancing their mode of communication. This involves creating a more efficient scheduling and payment scheme. Literally, this requires to enable the doctor to be one click away from the patient.
Using this quite standard application will need a lot of customized work from software developers. This includes user management, payment, notification, logging, and DevOps infrastructure. Many of these are not directly connected to your main objective, which is connecting doctors and patients to make life easier and to attain a more efficient business model for a clinic.
As a developer, you may have a divided focus. For working over months on the custom components, it is possible to lose control of the final product or the main goal of the app.
The development and configuration of serverless technology require only days and not longer periods such as weeks or months. Eliminating all the hassles about infrastructure, all of your hard work can be product-focused with emphasis on achieving the simplest, most effective approach from the user’s perspective.
In serverless frameworks, issues such as reliability, scaling, and security are resolved. As a developer, you simply need configuring complex components. Common risks brought by using custom solutions in a production environment are addressed. In case your initial judgment of your product requirements have flaws, you don’t have to waste a huge amount of time and money in solving the problem.
With faster, more affordable software engineering, the component standardization provided by serverless architecture ensures a boost to attaining innovation. It minimizes that potential risks of failure.
A giant leap in web development efficiency
Serverless web engineering enables enterprises to have a distinct opportunity to reduce costs, failure development risk, and less time-to-market. You can reuse pre-fab with the highest abstraction level of cloud components for transferring and processing various pertinent information such as user management (e.g. register, profiling, and authorization), notification management (e.g. engagement hooks and push notifications), data management (e.g. different cloud databases), video processing and streaming, big data, blockchain, and artificial intelligence.
What lies ahead in web development
Serverless cloud-powered apps will the predicted mass product web development of the future. With reliable, tested, and quick-to-implement standardized components, the apps can be easily configured ‘out-of-the-box’ to create any scalable web app.
Serverless cloud components are built and monitored daily by the best software engineers. The products’ core will always be tailor-made and well-guarded. However, all the wrapping surrounding the core will be created from a re-usable, conventional, and serverless cloud stack components. This is necessary to achieve more development focus on the part of the users in meeting their needs and less on infrastructure requirements.
One benefit of this technology is that while serverless is becoming more prevalent, it is very useful in your next app project so you don’t need to spend time and resources to redesign the whole process. Write the core while the serverless consultants can work on it in the cloud-based, tested, and standardized components. This secures your infrastructure faster and costs effectively.
There are many issues to be addressed before selecting the technology in your next app. At this development stage, serverless is not recommended as a ‘silver bullet’ applicable for any application. However, several applications have some benefits from being serverless.