Future-Proofing CX with Modern Tech Stacks: Secret Behind Web Application Success

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Improving by Modern Tech Stacks Future-Proof CX

Customer experience (CX) is at the core of every business success. Application developers worldwide should future-proof CX for better value creation. Meanwhile, in web application development, maintaining CX is all about better experiences throughout the user interface. In terms of web application development, software developers can employ existing tools and libraries for enhanced CX.

However, increasing the accessibility of applications across various devices requires smooth, user-friendly functionality. Thus, modern tech stacks bring solutions to highly functional application development. Such components of software are further clubbed to create a technology stack.

This blog will describe how implementing modern tech stacks is effective in future-proofing CX. Moreover, this study will help us explore the right tool behind web application success.

What is Modern Tech Stacks and their significance

Understanding modern tech stacks requires insights into web app development’s core purposes. Subsequently, technology stacks and relative components are other factors. Meanwhile, adopting tech stacks includes faster and more interactive user experience development. A tech stack is a set of technologies enabling end-to-end application building. Furthermore, modern tech stacks optimize data processing and analyzing different events in software development. Various factors like project requirements and clients are responsible for choosing an effective technology stack.

The main components of an excellent technology stack involve server-side (backend), client-side (frontend), and databases. However, a technology stack is frontend, backend, or full stack, which combines both front and backend.

The significance of modern tech stacks involves more connected, data-intensive, and interactive application development. Meanwhile, in terms of web applications, a modern tech stack increases customer experience with more responsive design development. Besides, frontend stacks, in this case, assist in creating a seamless user experience. Moreover, modern tech stacks confirm using advanced backend technology and databases for seamless user interactions.

For instance, a real-time chatting app uses a modern tech stack to connect two users across different devices. However, geolocation displayed to the various mobile devices results from using modern technology stacks.

Modern Tech Stacks for Future-Proofing of CX

Software developers across the globe are leveraging the power of technology stacks to boost productivity in application development services. Understanding modern tech stacks supports creating compelling user interfaces and processing data for innovative app development. Meanwhile, future-proofing customer experience involves addressing customer needs in a way that fulfills future requirements. Customer experience future-proofing enables innovation that supports value. However, modern tech stacks encompass all performance evaluation, monitoring, processing, and analytics elements.

Significantly, technology stacks include data-processing languages in modern terms. A modern tech stack in the web app development process includes various frameworks and a range of operating systems. Meanwhile, this strategy caters to multifunctional and fully developed web applications. Overall, this modern technology stack considers developing fully functional and responsive applications.

Different Types of Tech Stacks for Web Application Development

Effective technology stacks for web applications fulfill project specifications. Top listed web app developing tech stacks are:
MEAN: For web app development, MEAN provides accessible, open-source technologies based on JavaScript. MEAN constitutes Angular for the front end, Express.js for the back end, and MongoDB for databases. Node.js runtime followed by JavaScript stack supports the application of codes across an application. Software development companies adopt MEAN to produce scalable, fast, and highly efficient web applications or software.

MERN: Replacing Angular with React in backend technology gives rise to MERN. For web application development, MERN enables the use of full-stack technologies. Adopting MERN is beneficial to develop an effective frontend for an application. Further, user-interactive designs with powerful libraries of React support future-proofing of overall customer experiences.

MEVN:MEVN is another MEAN variation using Vue.js instead of Angular in the frontend framework. Vue.js integrates effective features of both Angular and React for highly responsive application development.

LAMP: One of the effective technology stacks, LAMP integrated all open-source and free layers of technologies. LAMP consists of Linux as an operating system, Apache for web server, and MySQL as a database. Moreover, LAMP constitutes PHP as a programming language. Besides, this tech stack enables adaptability to the rapid changes occurring in web pages.

Python-Django: As a modern tech stack, Python-Django encourages full-stack web application development. With tech stacks like Python-Django, developers can integrate technologies like Python, PyCharm, CSS, HTML, and Javascript.

“A study found that HTML is the highly accepted technology skill among tech stacks in web development with 75% votes (statista.com).”

Components of Modern Tech Stacks

In terms of web application development, frontend, backend, and databases serve as crucial components. Web application development primarily involves frontend and backend tech stacks. These modern tech stack components are involved in enhancing end-user experiences, such as:

Frontend Tech Stack

In modern tech stacks, the frontend involves client-side technologies. Across any browser or platform, choosing the right frontend tech stack supports web application development with appearance. Moreover, user-friendly interface development is possible with such a range of tech stacks. However, modern web app development follows HTML, CSS, and JavaScript as frontend frameworks.

HTML caters to the appealing layout of the newly developed web application. Moreover, CSS is responsible for handling web page styling. Further, JavaScript codes provide dynamic events of a web application.

Backend Tech Stack

For web application development, backend technology stacks control server-side applications. Meanwhile, backend tech stacks involve operating systems, frameworks, servers, and databases. Backend technologies facilitate logical structure development for a web page.

Full-stack technology stacks

Full-stack technology is popular for web application development. In this term, application engineers use both frontend and backend technologies with full stack. Meanwhile, a personalized CX is an outcome of using such full-stack technologies.

Furthermore, modern tech stacks include major components like:

Frameworks: Meanwhile, web app developers adopt modern technology stacks with relevant frameworks. Such frameworks enable reusable logic for an application across various platforms. Laravel, Django, Express, and .NET are some examples.

Programming Languages: Adopting effective programming languages are the components supporting relevant logic in app development. For instance, the most used programming languages are PHP, Python, JavaScript, and C#.

Database: Within a tech stack, databases support safety for dynamic operations in web pages. Furthermore, MongoDB and MySQL are popular databases with high functionality.

Servers: For web application development, servers as components process client-side queries by passing them to the database. One of the popular web servers is Apache HTTP.

Right Tech Stack for Web Application Success

Choosing the right tech stacks for web application development and its success involves several steps.

Step 1: Project requirement

As a primary step, project requirement and size analysis will help choose the appropriate tech stack. For instance, a software developer may choose modern tech stacks like Python-Django or LAMP for a small project. Moreover, developers may opt for MERN or MEAN for medium to large-sized projects. For future-proofing CX, developers should evaluate project functionalities.

Step 2:Addressing design and user experience

User experience has a prime role in designing effective applications during web application development. Meanwhile, as a modern tech stack, MEAN can support fast and responsive customer experience development.

Step 3: Considering scalability and flexibility

Adopting appropriate technology stacks supports web developers to handle extensive and user requests for better results. For example, developing data-intensive applications may consider MongoDB for more scalability. Meanwhile, adapting to the rapid changes across the single codebase of an application results from modern tech stacks.

Step 4: Functionality

An application engineer should evaluate the functionality of the web application. Meanwhile, predetermined functionality supports adopting appropriate technology stacks.

Step 5: Technology Ecosystem

Web app developers should maintain a tech stack ecosystem with selected technologies for an intuitive user experience. The involvement of a definite ecosystem enables multifunctional applicability for innovative web apps.

Step 6: Cost-effectiveness

Selecting innovative tech stacks like cloud technologies reduces maintenance and development costs in web application design. Moreover, software engineers should focus on easily integrating technologies for web app development.

Step 7: Security check

Developers can choose technologies supporting best security practices for customized web application development. Further, identifying and eliminating vulnerabilities through the web application development phase is possible with modern tech stacks.

Factors Behind Choosing Modern Tech Stacks for Web Application Development

Selecting appropriate technology stacks considers some internal and external factors.

Target application goals

The prime concern for innovative web application development is understanding the purpose and goal of an application. Identifying the complexity level of an application helps consider the appropriate technology stack.

Target audience and customer experiences

A web app developer should identify target customers and their preferences for better user experience development. For instance, selecting tech stacks based on user experience can improve usability and functionality.

Resources

Technology stacks range from free sources to payable services. Meanwhile, developers should adopt tech stacks for application development based on requirements and resources.

Conclusion

Selecting the ideal tech stack for application development requires a deep understanding of user demand and requirements. Modern tech stacks with a range of innovative technologies enhance overall customer experience with intuitive interface development. Meanwhile, selecting the right technology stack supports positive customer insights development with data-intensive and engaging app development.

Pratip Biswas
Pratip Biswas, is the Founder and CEO of Unified Infotech, a New York based tech-company which has been featured in Deloitte Fast 500| Fastest growing tech companies in 2018. His company is working with Enterprises, SMB’s and Start-ups to improve their efficiency through Digital Adoption and help them discover new possibilities through constant innovations.

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