Categories
Mobile App Development Technology

Why Use MEAN Stack for Enterprise Application Development?

 

MongoDB, Express, Angular, and Node.js are all part of MEAN, a popular and reliable JavaScript web development stack. The opportunity to choose an integrated stack for building enterprise apps is highly valued by developers. The developers can spend more time working on applications that define and distinguish a business by deploying sets of common building blocks. In the absence of a standardized development stack, development teams typically splice together disparate components to form a patchwork that they refer to as an application. This blog will take you through the MEAN stack, how it works, and why it’s so important for creating game-changing enterprise apps.

MEAN Stack Architecture

AngularJS is a client-side language that uses JavaScript. As a result, anytime a user submits a request, AngularJS is the first to process it. After that, the application moves on to the Node.js phase. A server-side language is another term for this phase. The request is then forwarded to Express.JS, which is also known as phase 3. Once the request is made in phase 3, MongoDB receives all of the data before giving the response to Express.JS. The data received by Express.JS is given to Nodejs, which subsequently returns the response to AngularJS.

This cutting-edge technological stack is commonly utilized to create cloud-ready applications. When developers dug further into this technology stack, they recognized that knowing each component of MEAN would help them optimize its value from beginning to end. Furthermore, MEAN is available in a variety of forms. MERN, which uses React.js instead of Angular.js, and MEVN, which uses Vue.js, are two of the most popular.

How MEAN Stack Works?

In terms of JavaScript, Angular.js is considered a client-side language. This means that Angular.js is the first to execute any requests made by users. After that, the program moves on to the Node.js component, where the second phase begins. A server-side language controls this phase. Finally, Express.js is used to process the request. The MEAN stack is now in its third phase. The request is forwarded to MongoDB, a NoSQL robust open-source database with a data model driven by documents, once it is raised in the third phase of the technology stack.

Finally, MongoDB retrieves the data that was requested. The database then returns the retrieved data to Express.js. The data received by Express.js is subsequently transferred to Node.js. Finally, the user is returned to Angular.js in the response. The MEAN stack as a whole is scalable and capable of handling high numbers of user requests without breaking a sweat. That is why, as an open-source stack, a business app development company invests in MEAN. MEAN is also quick and follows a well-organized operating procedure.

As a result, it is understood what MEAN is and how it functions. Now is the time to delve into its advantages. The benefits of this technological stack have completely transformed the enterprise app development scene.

MEAN Stack Benefits that Generate Breakthroughs

The MEAN stack has numerous advantages. It is based on the JavaScript programming language, which has been utilized in a variety of applications. This development stack uses a unique method to update enterprise-class app development and streamline the process. Now, let’s look at the five things that make MEAN stack such a popular platform for building enterprise apps.

  • Providing an Easy Isomorphic Coding Outlet:

    The MEAN stack makes it easy to move code from one framework to another as quickly and smoothly as possible. Most forward-thinking businesses are looking into new technologies that may be utilized in conjunction with the MEAN stack to speed up the development of websites and web apps.

  • Providing Flexibility that Makes a Difference:

    MEAN stack web development is known for providing developers with game-changing flexibility. The developer will be able to test the app on several cloud platforms once it has been constructed utilizing this web technology stack. The MEAN stack’s flexibility is evident throughout the development, testing, and deployment phases of enterprise applications. Furthermore, the developer has the freedom to include any level of data in any field. Most importantly, MongoDB provides outstanding support in addition to automated replication features. Adding new pieces of information to the application and its backend architecture becomes much easier and less expensive this way.

  • Cost-effectiveness is Prioritized:

    The cost of developing an enterprise application has always been a significant stumbling point in the development process. When compared to the LAMP stack, the MEAN stack requires fewer developers to be enrolled. Consider the following example: The LAMP stack requires developers to be knowledgeable in a variety of technologies, including JavaScript, MySQL, and PHP. The MEAN stack, on the other hand, necessitates excellent command of a single language in order to complete corporate app development projects.

  • Introducing New-Age Reusability and Pace:

    One of the most important things for any user is high-speed application development. The architecture of Node.js benefits the MEAN stack, which promises to increase reusability while increasing speed. Angular.js, on the other hand, is an open-source framework that improves testing, reusability, and maintenance.

  • Next-Generation Cloud Compatibility:

    This web development stack makes extensive use of public repositories. The availability of such a large library collection aids in expediting the development process from beginning to conclusion. By depending on a single piece of JavaScript technology, a developer employing the MEAN stack can save development costs. Not only that, but MongoDB reduced disc space expenses – something that can only be accomplished by merging various cloud features into an enterprise software.

Final Thoughts

Using this technology stack, web applications can be developed with a unique architecture that is both scalable and data-handling capable. The MEAN stack’s flexible development strategy for building corporate applications makes it an attractive alternative for businesses all over the world. Best of all, businesses that use the MEAN stack will only need one type of developer: JavaScript developers. Because this technological stack solely uses JavaScript, developers may create fewer, faster scripts, allowing the entire enterprise app development process to be sped up.

Choose an expert technology partner who can help you unleash MEAN development goodness if you have an enterprise application idea in mind.

MEAN Stack Development Services by Digital Crafters

MEAN stack technology is always improving. To offer cutting-edge web and mobile applications, most of the best web and mobile app development businesses rely heavily on MEAN stack technology.

If you would like to build a website or application using MEAN stack technology, connect Digital Crafters.

Rest assured, our specialized team of experts in this field can assist you in developing apps that are both flexible and performant, resulting in a significant increase in your ROI.

Categories
Mobile App Development

Investment App: Key Features and Development Essentials

 

Investing and trading used to be so complicated that trading stocks and generating passive income required a specialist degree. Investing, on the other hand, has become so simple thanks to technological improvements that even a teenager can do it.

With the rise of cryptocurrency, investing became even more popular, to the point that some of the most popular stock trading apps now also support cryptocurrency trading. Investors pick open-end funds for long-term portfolios because they diversify risk by investing in a variety of equities, gold, cryptocurrencies, and bonds. Because of mobile applications, ordinary people now have a profusion of financial alternatives.

What is an Investment App?

In general, an investing app is software that helps manage numerous investment-related operations. The investment app can be used to manage publicly traded financial information, receive professional recommendations, and manage assets. Apps for investing come in a range of shapes and sizes, depending on the type of financial problem they solve. Budget trackers, stock trading systems, and social networking apps for finance-focused communities abound on the market.

Furthermore, mobile investment apps can range from fantasy stock games (such as Invstr and Wealthbase) to actual robo-advisors (like Wealthfront and Betterment). In essence, an investment app can act as your personal financial advisor, coach, and helper through the internet. Of course, this does not imply that investing is any less risky, but the software is an excellent tool for making this activity easier to begin and manage.

The Key Characteristics of High-Quality Investing Apps

Investing applications typically include a variety of features, based on the specific focus product creators have chosen. Nonetheless, there are a few characteristics that every successful investment app should possess. We’ll reveal them right here.

  1. Personal Account:

    To access a personal profile with a virtual private office, an investment app requires a login method. As a result, it’s critical to take your time with this stage. Make a personal account as simple and intuitive as possible to avoid turning off your customers from the start of their interaction with your software.

  2. Digital Wallet:

    In a nutshell, here is where the balance for future investments is kept. The key rule is great security, as well as quick access for anyone who is authorized to administer the assets held there. An investment app should be able to connect to the bank and card networks for real-time updates, as well as securely store data on the phone.

  3. Money Management Instruments:

    People dislike having money solely for the sake of having it. They want to put their money into something productive. As a result, your mobile app should provide a variety of capabilities to meet these requirements. You can integrate gamification components, dynamically changing charts, credit management dashboards, tables comparing many investment options, and so on, depending on the exact appearance and your app development goals.

  4. Chatbot:

    Users can interact with any app with ease when they have instant access to help. This function can be used by beginners to seek professional help. More experienced users can also profit from and solve the issues that arise when using an app while on the go. The existence of a chatbot improves the trustworthiness of your trading app in general.

  5. Security Elements:

    Any investing app should include data protection as a standard feature. Consider implementing a robust IDPS to handle DDoS attacks, encryption methods, two-factor authentication, anti-spam, and phishing protection. The more security tools you add, the better the user experience will be.

  6. Notifications:

    Real-time alerts are a must-have tool when it comes to investing. They enable users to monitor performance and make required modifications in real time. Customers’ happiness with trading apps is frequently harmed by the lack of timely notifications.

Guidelines for Developing an Excellent Investment App

Developing an investing app necessitates a cautious approach and consideration of several aspects. As a general rule, finding a dependable vendor and establishing excellent communication and regular interaction with the development team are critical. Prepare to learn the ins and outs of building an investment app so you and your IT partner are on the same page.

These seven pointers can help you get started.

1. Adhere to the Development Basic Implementation Plan:

Making an investment app, like any other sort of software development, involves careful planning and execution. Ascertain that your IT partner is aware of and capable of developing a mobile app in this manner.

The following is the basic development roadmap for building investing apps:

  •           Planning
  •           Picking a business model
  •           Building the core app
  •           Adding custom features
  •           Testing

Naturally, not every investment app development follows this approach to the point — especially when it comes to personalized investing apps. Nonetheless, this plan can serve as a long-term foundation for achieving appropriate development outcomes. Using the Agile methodology, you can keep the development process moving forward while quickly resolving any issues that arise.

2. Put in a lot of effort to create a good algorithm:

The capability of robo-advisors or an algorithm that assists in managing your investments is used by the majority of successful investment applications. The benefit of this feature is self-evident: it’s pure magic for consumers to acquire easy-to-follow and effective investing strategy advice. Once in place, this mechanism encourages users to use your app more frequently.

3. To enter an app, request a minimum amount:

Due to the low cost of installation and testing, all of the top-performing trading apps are simple to get started with. Some believe $50 is all you need to get started investing, while platforms like SoFi Invest simply ask for $1. Regardless of your readiness to offer the lowest feasible price in order to attract as many customers as possible, choosing the proper amount to maximize your budget is critical.

4. Don’t make users’ registrations too difficult:

Using investment applications follows a standard method. As a result, while creating your own software, ensure that the installation plan follows these steps:

  • Please sign up (include an opportunity to use social media accounts for that).
  • Connect with your bank account (also, make it easy for users to fund it in your app).
  • Choose an asset to invest in.
  • Track the performance of your stocks (the notifications features is highly useful here)
  • Invest in assets.

5. Ensure the highest level of security possible:

Many users are concerned about the safety of utilizing an investment app. Money is a sensitive subject, and your users are exceedingly cautious when sharing their personal financial information. As a result, when dealing with an app, you should pay special attention to data privacy and the overall security of the user experience. Ensure that your efforts are noticed and recognized by your users.

6. Accurately use APIs (Application Programming Interfaces):

Third-party APIs will definitely be required while designing investment apps. They can occur in a variety of ways:

  • Adding a bank account
  • Obtaining financial details
  • Updating the market data feed
  • The stock exchanges
  • Conversion of currencies

It’s critical to employ only trusted solutions in this case, such as Plaid, Paybook, and Xignite.

7. Hire a Vendor for Outsourcing:

Hire the team on an outsourcing basis to get the most out of your collaboration with the software development firm on developing investment apps. This technique has several significant advantages for creating SaaS products:

  • Cost-cutting
  • Setup time is minimal.
  • Upgrades are ongoing.
  • Scalability and ease of access

Contact Digital Crafters for Building an Investment App

We at Digital Crafters are glad to assist you if you’re looking for a skilled and successful software development partner. We have a long list of successful projects executed for businesses of all sizes and in a variety of industries. By recommending your investment app to us, you can be assured that we’ll give it our full attention and enhance its functionality with a diverse set of high-performing features and aspects.

Categories
Technology

Node.js vs Python – Choosing the Best Backend Framework

 

Choosing the right programming language for a new project is one of the most difficult decisions programmers make. In the world of programming, there is no such thing as a master of all trades and every new project comes with a unique problem. Different programming languages have their own strengths and weaknesses which make them fit for some situations but not all. Node.JS and Python are in the group of the most popular technologies for backend development. We will compare these two technologies to figure out which works better in which case. 

What are Python and Node.JS?

Python is the most popular language for Machine Learning and GitHub’s second most popular language. It is an object-oriented programming language that is dynamically typed and supports multiple programming models. It is used to create applications for web, desktop and mobile and comes with an all-inclusive collection of libraries and packages to smoothen the process of development. 

Node.JS is majorly used as a backend framework and is a JavaScript runtime environment created on Google Chrome’s V8 JavaScript engine which is the dominant contributor to enhancing the efficiency of Node.JS code. It is used to build scalable and efficient web applications that run on JavaScript and can be used for frontend and backend development as well. 

Detailed Comparison of Python and Node.JS Development

To give a better understanding of both the competitors, here is a detailed comparison with some of the pre-defined factors. 

Speed and Performance: In Python web development, the processes requests in a single flow whereas, in Node.JS, multithreading is possible. Django makes it easy to handle high loads up to a limit but this does not make it a great option for mobile applications.

With the V8 engine, the speed and efficiency in Node.JS development are vastly enhanced, it interprets JavaScript code to machine language enabling it to deliver excellent performance. While developing real-time web solutions, Node.JS should be the first option where updates are also generated and shared. 

Trending Technologies: In the smart technology era, Python development service is the go-to choice for cutting edge technologies like Data Science, Machine Learning and IoT. For ML and IoT, there are various tools, libraries and variants of Python along with experts in the community.

Node.JS possesses the capability to build IoT devices but is more popular than Python for developing web applications including real-time communication. Because of JavaScript’s popularity, Node.JS development is being increasingly used as a server-side framework. 

Architecture: Python requires special tools to provide support for asynchronous programming. The Node.JS architecture includes a single thread event loop which enables it to handle thousands of concurrent connections when paired with the non-blocking nature of Node.JS. This makes Node.JS the best option for real-time web applications. 

Syntax: With Python’s syntax, it is possible to write fewer lines of code to get more. It is free of curly brackets which makes it easier to understand and debug. It is a beginner-friendly programming language and most people can read the code easily with a bit of technical knowledge.

The Node.JS syntax is largely similar to the browser’s JavaScript syntax and with prior knowledge of JavaScript, one should face no challenges while working with Node.JS. 

Universality: Python comes bundled with macOS and Linux and can be used for frontend and backend cross-platform development. It is a powerful programming language for desktop and web development but is an impractical choice for mobile development.

Node.JS is also commonly used for the frontend and backend development of web applications. It also reduces development costs and efforts creating a variety of cross-platform applications on mobile, web, IoT and cloud. 

Scalability: Python development lacks scalability as the runtime interpretation of Python code makes it a slower programming language. It also lacks support for multi-threading as the internal lock mechanism prevents it from running multiple tasks together. These limitations can be reduced by using Python implementations like Jython or CPython.

Node.JS development is naturally scalable as it is built into the runtime environment and includes a cluster module that possesses the capability of handling the full power of your machine. It also allows for horizontal and vertical scaling of web applications by adding new nodes for horizontal scaling and additional resources for vertical scaling. 

Extensibility: Python can be easily extended with several frameworks like Flask, Django, web2py and more for web-only and full-stack development. The features can also be extended for the C/C++ programming language with an API given in the C source file.

Node.JS has a pool of frameworks for extending its features like Loopback.JS, Derby.JS, Koa.JS, Hapi.JS and many more which enable the developers for faster application development. 

Error Handling: In the case of Python development, it is easier for developers to find and debug errors because of its compact and readable syntax. Python has an upper edge when compared to Node.JS for better and easier error handling.

Node.JS development is also capable of finding and debugging errors and includes superior exception handling options. It can handle the error at any point in the lifecycle of an application. 

Final Words

Node.JS and Python, both are very powerful options for programmers to develop web applications. Choosing between the two depends on two important factors – the skill of the developer and the purpose of the project. They both offer some advantages over the other but these will never dominate the requirements of the project as there is always a solution for the shortcomings. It also depends on how comfortable your team can work on any one of the technologies. 

About Digital Crafters

Digital Crafters is a well-known Node.JS application development company with hands-on experience in creating feature-rich and high-performance Node.JS solutions for clients across the globe. Being a leading Python web and software development company, we deliver best-in-class web applications using outstanding Python development frameworks, programming language, Databases like Django and other advanced tools. The dedicated full-stack Python developers with us work exceptionally to give amazing results for the client’s Python application development project. We perceive the business of the client as our own and transform the out of the box ideas into profitable web applications and websites. Write to us at info@digitalcrafters.tech for a free consultation.