MEAN Stack Development: 8 Strategies for meeting industry norms

Introduction

Today’s competitive landscape invites businesses to rise above standards set by any other, so as to make a niche for themselves in the market. The MEAN stack development is a combination of technologies such as MongoDB, Express.js, Angular, and Node.js. Leading and setting new benchmarks requires industry standards, strategic plans, innovative thoughts, and strong policies that ensure emphasis on quality.

This article discusses some secret strategies that will help an organization lead the front and set new benchmarks in MEAN development.

Let’s begin by understanding what is MEAN Stack Development

What is MEAN Stack Development?

The MEAN stack is a well-known full-stack JavaScript framework for dynamic web applications. It consists of four technologies:

  • MongoDB: A NoSQL database for persisting data for an application
  • Express.js: A web app framework for Node.js
  • Angular.js: A front end framework to implement a dynamic user interface
  • Node.js: A lossless and open-source JavaScript runtime used for executing your code on the server

The ability to utilize a single language across your stack (from your database to your front end) allows for easier development, as well as the ability to reuse code. It is mainly for building cloud-hosted web applications that can also be scalable.

Now, further let us talk about the Advantages of MEAN Stack Development

Advantages of Developing in MEAN Stack

Some fundamental advantages for using MEAN stack are:

  • Flexibility: Because the components in MEAN stack are loosely coupled, they can be swapped out individually.
  • Scalability: MongoDB and Node.js can easily scale to meet high-volume data and traffic.
  • Productivity: In each tier, developers need to know only JavaScript (as opposed to using languages that span multiple).
  • Cost: MEAN stack is open-source and no licensing fee.
  • Rapid Prototyping: A developer’s toolkit demonstrating how quickly they can iterate and deploy an app.

Further, let us talk about the architecture of MEAN Stack Development

MEAN Stack Development Architecture

MEAN stack follows a traditional three tier architecture:

  • Presentation Tier: Front End UI and client-side covered in Angular
  • Application Tier: Server-side application powered with Express.js and Node.js
  • Data tier: Data that is stored and retrieved by the application is driven with MongoDB

Future communication/messages from Angular -> Express -> MongoDB, form of HTTP requests. Express -> Angular, return to Angular, messages: verified. Expressjs -> MongoDB, returns app data to send back to Angular.

Now, moving next let us discuss the components of MEAN Stack development

Components of MEAN Stack development

Let’s take a closer look at each piece of the MEAN stack:

  • MongoDB: A NoSQL database that stores data in flexible, JSON-like documents. Designed for scalability and high availability.
  • Express.js: A minimal and flexible Node.js web application framework that provides a robust set of features for web and mobile applications.
  • Angular: A TypeScript-based, open-source web application framework for building single-page applications. Follows the Model-View-Controller (MVC) architectural pattern.
  • Node.js: An open-source, cross-platform JavaScript runtime environment that executes JavaScript code outside of a browser. Used for server-side scripting to build network applications.

MEAN Stack Use Cases

The MEAN stack is applicable to a diverse array of web application types:

  • Single Page Applications (SPAs): Angular is adept at producing fast, responsive SPAs.
  • Real-time Applications: Node.js and WebSockets facilitate speedy real-time experience.
  • Data-heavy Applications: MongoDB’s non-rigid schema is excellent for unstructured data.
  • Microservices: Reliant on Node.js and Express, it simplifies developing modular microservices.

Moving next, let us understand the drawbacks of MEAN Stack development

Disadvantages of MEAN Stack

MEAN offers a good number of benefits; however, there are also some potential downsides to keep in mind:

  • Steep Learning Curve: Learning Angular, MongoDB, and Node.js may present a steep learning curve for developers.
  • Immaturity: Some MEAN components may be relatively new compared to other alternatives.
  • Monolithic Architecture: Without some care and thought into architecture, MEAN applications can easily become monolithic.
  • Performance: JavaScript’s single-threaded nature, combined with how MEAN apps are built, can inhibit performance at scale.

Further, let’s talk about the alternatives of MEAN Stack Development

Alternatives to MEAN Stack Development

There are many alternatives to a MEAN staking using different front-end frameworks:

  • MERN: Turns Angular into React.js–which is an increasingly popular UI library to work with.
  • MEVN: Utilizes a front-end framework Vue.js to be more lightweight and faster than Angular.
  • LAMB: A stack which includes Laravel, AngularJS, MongoDB, and Bootstrap.
  • PERN: Attaches Express and Node to the relational database system, PostgreSQL.

Ultimately, the decision to go with MEAN or any of these alternatives depends on many variables like team considerations, project specifications, and personal preference.

Also read the detailed article on MEAN vs MERN vs MEVN: A three-way Web-app development Tussle

8 Strategies to surpass MEAN industry Standards

Certain ways an organization can excel in MEAN Stack Development and stay ahead of the competition are listed below:

Strategy 1: Stress on Quality Assurance Quality assurance or QA is the backbone of a development project.

In the case of MEAN Stack Development, strong QA makes the tangible product quality and reliability very strong. How?

  • Automation Testing: Leverage automated testing tools like Jasmine, Mocha, and Protractor to speed up the testing process. Ensure your applications have no bugs and are performing optimally.
  • Continuous Integration/Continuous Deployment: CI/CD pipelines can be deployed with the help of separate tools in order to automate the processes of integration and deployment. This helps speed up development while reducing manual deployment errors.
  • UAT – User Acceptance Testing: this test involves end-users as well to gather feedback whether the application can meet the needs and expectations.

Strategy 2: Create a Culture of Innovation Innovation is performing better than the set standards of the industry.

Organizations need to create an environment where creative thinking is nurtured along with experimentation. Following are some ways innovation can be created:

  • Encourage collaboration: Collaboration between cross-functional development, design, and marketing teams is beneficial. Diversity brings about innovative solutions and better products.
  • Invest in Training: Invest in the training and development of your team. Keep them updated with the latest technologies and trends in MEAN stack development so that they can innovate.
  • Allow Time for Experimentation: Give developers time to experiment with projects that may be considered a little off-track. This may be how you come upon those groundbreaking ideas that will revolutionize your product.

Strategy 3: Focus on User Experience (UX)

In the world of MEAN stack development, the user experience is the most important. A smooth and delightful UX can give your application a competitive edge.

Here’s how to ensure you develop with UX in mind:

  • Conduct user research: Make an effort to meet with users frequently to identify their wants, needs, and pain points. Use this information as a backdrop when it comes to making design and development decisions.
  • Employ responsive design: Make sure your applications are mobile-ready and, ideally, that the experience is consistent across devices. Frameworks such as bootstrapping and Angular Material can effectively reinforce responsive design.
  • Optimize performance: An entire UX is hindered if an application is slow to load, interaction fizzles, etc. Make sure to give thought and energy to your application’s performance such as how quickly it loads, how well it responds to clicks/inputs/changes, etc. Some strategies engineers use to optimize performance include lazy loading and splitting code into manageable chunks.

Strategy 4: Use Data to Drive Decisions

When it comes to informing business strategy and improving products, data is at the heart of systems. Organizations can harness the power of analytics to back up data-driven decision making, which will lead to successful outcomes.

Here’s how to embrace data-driven decision making:

  • Use analytics: Consider adopting tools such as Google Analytics or Mixpanel to track user behavior and application performance. You can sift through and analyze the collected data, and fit the summary into grouped bucket categories, trends, or ideas for improvement.
  • A/B, and even C testing: Testing can yield even richer options. Consider conducting duplicate testing to measure multiple versions of a single feature or layout option. Having three options will increase your chances of success (for users and business goals).
  • Feedback loops: Feedback loops will also assist in learning and discovery and weighting the above decisions to bring more value to the application and the user.

Strategy 5: Reinforce Security Protocols

In an era that has experienced continual technological advances, it is virtually impossible to overstate the importance of security. If you are able to exceed industry benchmark practices regarding security, this can earn your users trust and preserve the reputation of your organization.

Below we describe a few means to strengthen security:

  • Utilize Strong Authentication: You should confidently utilize multi-factor authentication (MFA) to provide a second layer of security for user accounts. If utilized, it will greatly diminish the risk of unintended access.
  • Conduct Regular Security Assessments: Conduct regular security assessments and vulnerability tests to monitor security accountability for detecting and mitigating vulnerabilities.
  • Stay Aware of Compliance Requirements: Keep up to speed with industry regulated standards to remain compliant with regulatory measures i.e., GDPR or HIPAA.

Strategy 6: Streamline Software Development Procedures

Efficiency in a software development process will lead to shorter timelines and lower costs. Efficient development procedures are critical if you are to exceed industry benchmarks.

Below are a few methods to streamline software development procedures:

  • Utilize Agile Principles: Utilize agile principles in development structures such as Scrum or Kanban to manage projects and respond to change rapidly. Agile approaches help to attain project momentum that allows teams to respond to changing requirements authentically.
  • Implement Code Evaluations: Code evaluation should be on a routine process not only as means to ensure code quality, but mutually consider it a process of sharing knowledge and establishing group representation to function as a team. Additionally code evaluation will allow development teams to detect problems early in a development life cycle.
  • Utilize Version Control Applications: Effective use of version control applications such as Git can allow your developer team to effectively manage code changes by collaborating over shared code and reverting to older versions as necessary.

Strategy 7: Forge Enduring Client Relationships

Creating and nurturing strong relationships with clients is pivotal to long-term success. Meeting and exceeding client expectations will make an organization a leader in its field.

Here are the steps towards creating strong client relationships.

  • Regularly Communicate: Maintain open lines of communication during the development process and completion of the work. Notify the client of the process, including any difficulties or challenges associated with development.
  • Seek Feedback: After a project is complete, actively seek feedback from the client on the entire project. Utilize their input to improve future projects and to reinforce that you care about their experience working with you.
  • Provide Higher Level Support: After the work is launched, provide continued support and maintenance service to the client. This increases client satisfaction beyond just the project; it can also lead to higher future service agreement revenues.

Strategy 8: Benchmarking

To exceed the industry’s minimum standards, organizations should understand their competitors. Benchmarking is a way for organizations to benchmark other organizations and provide insights into areas for improvement.

Here’s how to benchmark effectively.

  • Identify Key Competitors: Research, explore, and identify key competitors aligned with your organization in your industry. Examine their products, services, and positioning-related attributes in the marketplace.
  • Examine Internal Performance Indicators: Internal performance metrics can then be compared to competitor performance metrics, including user engagement within the app, application speed, and customer satisfaction ratings with the app.
  • Learning from Others: Identify best practices used by the top-tier of competitors and how a veterinarian could adapt to their organization, and measure value.

Now, further let us understand How Acquaint Softtech can help

How can Acquaint Softtech help?

We are Acquaint Softtech, an IT outsourcing business that offers two services: software development outsourcing and IT staff augmentation. As an official Laravel partner, we enjoy creating new apps with the Laravel framework.

The greatest option for your company seeking to hire remote developers is Acquaint Softtech. Developers can become members of your internal team in as little as 48 hours with our expedited onboarding procedure.

We are also the greatest option for any kind of outsourced software development work because of our $15 hourly rate. When the company wants to hire remote developers, we can help. If you require specialized development, you can also outsource development services and hire MEAN stack developers or hire MERN stack developers.Together, let’s grow your company to new heights.

Wrapping Up!

In gist, MEAN stack development gives a powerful framework for building dynamic, scalable web applications. Like any other technology, it also has its own set of drawbacks. Focusing on quality and assurance, encouraging innovation, paying heed to user experiences, taking data-driven decisions, strengthening security measures, easing the speed of development, and maintaining healthy relationships with clients will most definitely help organizations excel beyond industry standards in all aspects.

Acquaint Softtech stands ready to support these endeavors with expert software development outsourcing and IT staff augmentation, ensuring your projects come out successful while being cost-effective and efficiently managed. Let us elevate your MEAN stack projects to new heights together.

Humorous Cybersecurity Mistakes in MEAN Stack Development

Introduction

The MEAN stack, i.e. MongoDB, Express.js, Angular, and Node.js have become highly well-liked among developers in the dynamic field of web development as they create scalable, dynamic apps.

However, the MEAN stack is not impervious to its fair share of cybersecurity disasters, just like any other technology. Even though cybersecurity can be extremely dangerous, there are instances when it makes sense to be lenient toward mistakes and stupidities made throughout the development process. Now, let’s explore some of the most humorous, yet instructive, cybersecurity errors that occurred throughout the creation of the MEAN stack.

The Tale of the Misconfigured MongoDB

The Incident

Dave was a fresh graduate, eager to make his mark in the world of web development. He had learned the basics of the MEAN stack and landed a project to build an e-commerce application. Dave set up MongoDB with a sense of accomplishment but skipped the step of securing the database with authentication, thinking it was something he could do later.

Days went by, and everything seemed to be working perfectly. The application was getting positive feedback, and Dave was thrilled. One morning, however, Dave received a call from his project manager, who sounded alarmed. The application was experiencing a data breach, and sensitive customer information was being leaked.

The Aftermath

Upon investigation, it was discovered that the MongoDB instance was left open to the internet without any authentication. Cyber attackers had found the unsecured database and had a field day, extracting valuable data. Dave learned the hard way that in cybersecurity, “later” is not an option.

In-Depth Solution

To prevent such mishaps, always ensure that MongoDB instances are secured with proper authentication and authorization mechanisms. Use environment variables to store sensitive information like database credentials securely. Regularly audit your configurations and access controls to ensure that no weak points are left unprotected. Additionally, consider using firewalls and VPNs to restrict access to your database servers.

The Curious Case of the Exposed API Keys

The Incident

Sarah was known for her meticulous coding and her ability to integrate complex APIs seamlessly. She was working on integrating a payment gateway into her MEAN stack application. The integration was flawless, and the application went live without any issues. However, Sarah made a critical error, she hard-coded the API keys directly into her codebase and pushed it to her public GitHub repository.

A few weeks later, Sarah started noticing unusual activity in her account for the third-party service. Someone was using her API keys to make unauthorized transactions. The realization hit hard that her API keys were exposed to anyone with access to her public repository.

The Aftermath

Sarah had to revoke the exposed API keys and generate new ones. She also had to go through the tedious process of securing her repository and ensuring that no other sensitive information was exposed. The unauthorized transactions had caused significant financial damage, and Sarah’s company had to bear the brunt.

In-Depth Solution

To avoid such situations, never hard-code API keys, passwords, or any other sensitive information directly into your codebase. Use environment variables to manage these secrets securely. Tools like dotenv for Node.js can help you manage environment variables effectively. Regularly review your repository settings and use tools like GitGuardian to scan for exposed secrets in your codebase. Additionally, enable two-factor authentication (2FA) for your accounts to add an extra layer of security.

The Not-So-Anonymous Admin

The Incident

Tom was a seasoned developer tasked with creating an admin panel for his MEAN stack application. To make the setup process quick and easy, Tom created a default admin account with the username “admin” and password “admin123.” He planned to change the credentials before the application went live but got caught up in other tasks and forgot.

The application launched, and everything seemed to be running smoothly. That is, until one day, Tom received an alert that someone had logged into the admin panel from an unknown location. The attacker had gained full control over the application, including access to sensitive user data.

The Aftermath

Tom’s oversight had caused a significant security breach. The attacker had changed settings, deleted data, and even managed to steal user information. Tom had to shut down the application, revoke the compromised admin account, and conduct a thorough security audit to ensure no other vulnerabilities existed.

In-Depth Solution (Continued)

Always use strong, unique credentials for all user accounts, especially administrative ones. Implement multi-factor authentication (MFA) for an additional layer of security, requiring users to verify their identity through a secondary device or method. Regularly audit user accounts and permissions to ensure that only authorized individuals have access to sensitive areas of your application. Additionally, consider implementing role-based access control (RBAC) to limit the permissions of each user based on their role within the organization.

The Woes of Insecure CORS Configuration

The Incident

Emma was an enthusiastic developer excited about creating a RESTful API for her MEAN stack application. To ensure that her API was accessible from various domains, she decided to configure the Cross-Origin Resource Sharing (CORS) policy. In her haste, she set the CORS policy to allow all origins (*), thinking it would be a quick fix to any cross-domain issues.

Months later, Emma started noticing suspicious activity. Malicious actors were making unauthorized requests to her API from various domains, exploiting the overly permissive CORS policy. The lack of proper restrictions had left her application vulnerable to cross-site request forgery (CSRF) attacks.

The Aftermath

Emma had to quickly reconfigure her CORS policy to restrict access to only trusted origins. She also had to implement additional security measures to prevent further exploitation of her API. The incident served as a stark reminder of the importance of properly securing APIs.

In-Depth Solution

When configuring CORS policies, always specify trusted origins to limit access to your API. Avoid using the wildcard * for allowed origins unless absolutely necessary. Implement proper authentication and authorization mechanisms to ensure that only legitimate requests are process. Use tools like JWT (JSON Web Tokens) to secure API endpoints and consider implementing CSRF tokens for additional protection.

The Perils of Poor Input Validation

The Incident

Mike was a developer racing against the clock to meet a tight deadline. He was tasked with creating a user registration form for his MEAN stack application. To save time, Mike decided to skip through input validation, assuming he would add it later. Users started registering, and everything appeared to be functioning smoothly.

However, Mike soon noticed strange entries in the database. An attacker had been exploiting the lack of input validation to inject malicious scripts through the registration form. This oversight had left the application vulnerable to SQL injection and cross-site scripting (XSS) attacks.

The Aftermath

Mike had to halt user registrations and implement comprehensive input validation and sanitization. He also had to clean the database of malicious entries and fortify the application against future attacks. The incident underscored the critical importance of validating user inputs from the outset.

In-Depth Solution

Always validate and sanitize user inputs on both the client-side and server-side. Use built-in validation libraries and frameworks that provide protection against common vulnerabilities. For example, use Mongoose for MongoDB to enforce schema validation. Implement escaping and encoding techniques to prevent XSS attacks and use parameterized queries to safeguard against SQL injection. Never trust user input blindly, and assume that all input is potentially malicious.

The Saga of the Unpatched Dependencies

The Incident

Lisa was a diligent developer who made sure to use the latest libraries and frameworks for her MEAN stack application. However, in her quest to stay current, she neglected to regularly check for security updates and patches for her dependencies. Lisa’s application was running smoothly until one day, it was compromised due to a known vulnerability in one of the libraries she used.

The Aftermath

Lisa had to scramble to update all her dependencies and patch the vulnerability. The attack had caused downtime and affected user trust in the application. Lisa realized that keeping dependencies up-to-date was not just about having the latest features, but also about maintaining security.

In-Depth Solution

Regularly update your dependencies and stay informed about security patches. Use tools like npm audit and yarn audit to identify and fix vulnerabilities in your project. Automate dependency management using tools like Dependabot or Renovate to ensure that you are always using the latest, secure versions of libraries. Subscribe to security mailing lists and follow best practices for dependency management to minimize the risk of vulnerabilities.

The Mystery of the Missing HTTPS

The Incident

Jack was thrilled to launch his MEAN stack application and see users signing up and interacting with his app. However, he soon started receiving complaints about security warnings in users’ browsers. Upon investigation, Jack realized he had forgotten to configure HTTPS for his application, leaving it vulnerable to man-in-the-middle attacks.

The Aftermath

Sensitive data, include user credentials, was being transmitted over an unencrypted connection, exposing it to potential eavesdropping and tampering. Jack had to quickly obtain and configure SSL/TLS certificates to secure the communication between clients and the server. The oversight caused users to lose trust in the application’s security.

In-Depth Solution

Always use HTTPS to encrypt data transmitted between the client and server. Obtain SSL/TLS certificates from a trusted Certificate Authority (CA) and configure them for your application. Tools like Let’s Encrypt provide free certificates and automated renewal services. Use HSTS (HTTP Strict Transport Security) headers to enforce HTTPS and prevent downgrade attacks. Regularly test your SSL/TLS configuration using tools like Qualys SSL Labs to ensure it meets security standards.

The Paradox of Over-Engineering Security

The Incident

Alex was a developer passionate about cybersecurity. Determined to make his MEAN stack application impenetrable, Alex implemented every security measure imaginable, from complex encryption algorithms to multi-layered firewalls. However, the result was an overly complex and cumbersome application that was difficult to maintain and performed poorly.

The Aftermath

Users were frustrated with slow response times and frequent security prompts. The excessive security measures made the application difficult to use and maintain, leading to a negative user experience. Alex realized that while security is crucial, it should not come at the expense of usability and performance.

In-Depth Solution

Strike a balance between security and usability. Implement necessary security measures based on risk assessment and prioritize those that have the most significant impact on protecting your application. Regularly review and optimize your security measures to ensure they do not hinder performance or user experience. Engage with security professionals to conduct threat modeling and vulnerability assessments to identify and address the most critical risks.

Now, let us understand how Acquaint Softtech can help in developing a security proof MEAN Stack development

How can Acquaint Softtech help?

Software development outsourcing and IT staff augmentation are two services provided by Acquaint Softtech, an IT outsourcing company. As an official Laravel partner, we take great pride in using the Laravel framework to create new applications.

Acquaint Softtech is the best choice if your business is looking to hire remote developers. With our accelerated onboarding process, developers can join your existing team in as little as 48 hours.

Because of our $15 hourly fee, we are also the best choice for any kind of outsourced software development task. We can help you to hire remote developers, hire MEAN stack developers, hire MERN stack developers, and outsourced development services to meet your needs for specialized development. Let’s scale your business today & achieve new heights.

Conclusion

Cybersecurity is an essential aspect of MEAN stack development, and while it’s important to take it seriously, we can also learn from the lighter side of mishaps. By understanding these common mistakes and the lessons they teach, developers can build more secure and resilient applications.

Always remember to secure your databases, protect your API keys, use strong credentials, configure CORS policies wisely, validate user inputs, keep dependencies up-to-date, use HTTPS, and avoid over-engineering security measures. Through these best practices, we can ensure our applications remain safe and our users’ data secure. Happy coding!

MEAN Stack Development: 7 Trends for meeting Timelines

Introduction

In the modern development of web applications, the MEAN stack, comprising MongoDB, Express.js, Angular, and Node.js, has become one of the cornerstones. It is a versatile and powerful framework able to handle any type of programming with JavaScript for the client and the server side. With increasing numbers of businesses starting to make use of the MEAN stack for their web apps, effectively managing project timelines has become quite an important task.

Staying ahead of the emerging project management trends matters when it comes to making all the difference between success and failure, day in and out of technological advancements. The article expounds on the most recent trends in managing MEAN stack project timelines, along with relevant statistics and practical strategies to implement them, and closes with a unique table summarizing key insights.

What are MEAN Stack Projects?

A MEAN Stack project is, therefore, a web development project carried out with the MEAN suite of technologies supporting it, including MongoDB, Express.js, Angular, and Node.js. It is the set of technologies that make MEAN development possible with client-side and server-side programming using JavaScript, thus easing the development of efficient, scalable, and efficient web applications.

Because of its scalability and high performance for complex and data-intensive tasks, it has become one of the top choices for modern web development projects.

7 Emerging Trends in Managing Project Timelines for MEAN Stack Projects

Agile Methodologies

Agile methodologies have totally changed the approach toward project management in many versatile fields, including that of MEAN stack development. It supports a base for iterative development, wherein it divides projects into smaller tasks so that continuous feedback and improvement can be brought out.

Statistics:

As stated in the 14th Annual State of Agile Report, 95% of organizations follow Agile development methodologies to bring in flexibility and responsiveness.

Key Benefits:

  • Flexibility: Agile enables teams to respond effectively to the dynamically changing requirements and priorities.
  • Quick Delivery: Sprint’s iterative cycles allow project components to be delivered quickly.
  • Improvement in Collaboration: Regular meetings and feedback loops enhance collaboration to a great extent.

Automation of the Project Management Tools

Automation of the project management tool is another trend in MEAN stack projects. These tools automate from the assignment of tasks all the way to monitoring the progress and keeping on deadlines so that the project is on track.

Statistics:

From a Capterra report, 77% of top-performing projects use project management software.

Some of the popular tools are as follows:

  • Jira: A lot of task management; it hosts sprint planning and reporting.
  • Trello: The user interface is good, and boards can be modified based on project tracking.
  • Asana: It has awesome project planning features and also helps to track the project.

CI/CD Practices

This key in CI/CD practices to a MEAN stack project shall automate the integration and deployment processes, hence ensuring that the tests for code changes are deployed at high cadence orientations that reduce the probability of delays.

Statistics:

There is certainly an upside to this, however, as a report from the State of DevOps claims, organizations released the changes in far more amounts with the use of CI/CD 200 times more frequently than their peers

Key Advantages:

  • Reduced downtime: Automated testing and deployment mean fewer mistakes, which in turn means less downtime.
  • Faster time-to-market: More frequent releases mean rapid delivery of new features and updates.
  • Better quality: Regular testing enables you to pick up issues and fix them as early as possible.

Remote Work and Distributed Teams

Remotely managed MEAN stack projects are a way of growth that has changed. Distributed teams provide access to the worldwide talent pool but also include special problems in the spheres of communication and coordination.

Statistics:

According to a report by Owl Labs, 42% of remote workers plan to work remotely more frequently in the next five years.

Success tips:

  • Effective Communication Tools: The use of Slack, Zoom, and Microsoft Teams for real-time communication.
  • Time Zone Management: Different teams working in different time zones try and manage their work schedules wherein minimum inconvenience is caused, and hence, maximum overlap in work hours for coordination is achieved.
  • Regular Check-ins: Meetings are scheduled periodically to discuss the progress of the team, challenges, and teaming.

AI and Machine Learning in Project Management

Artificial Intelligence and Machine Learning are being embedded into project management tools for estimating project timelines, finding bottlenecks, and optimizing resources.

Statistics:

More than 37% of organizations have already embedded AI in some form within the periodic project management process.

Key Applications:

  • Predictive Analytics AI algorithms go through the past data to come up with predictive future of the timeline of a project and its possible risk.
  • Resource Utilization: With machine learning models in place, it optimizes resource allocation with respect to the project requirements and team.
  • Automated Reporting: AI tools help generate real-time reports about the project status that could help the managers make better decisions.

Microservices Architecture

Employing microservices architecture  while working on the MEAN stack projects would enable the developers to construct applications as a collection of fully loosely coupled services. It makes parallel development possible and helps to reduce the timeline which could happen drastically on projects.

Statistics:

61% of organizations are using or planning to use microservices. Source: .

Advantages:

  • Parallel Development: Multiple teams can work on different services in parallel as these services run in isolation from each other. This enhances the development speed.
  • Scalability: Each service developed independently can be scaled independently of other services.
  • Resilience: Whenever any of your services fails or has faults, it won’t necessarily affect the rest of the application. So, it increases the reliability of the application altogether.

DevOps Practices

DevOps Integration in managing project timelines is at the heart of MEAN Stack projects. It is essentially a culture that bonds these two teams, thereby enhancing efficiency and delivery speed.

Statistics:

DevOps Trend Survey: time to market for DevOps organizations is 22% faster compared to others

Core Ideas:

  • Improved communication and collaboration between development and operations teams.
  • An automated procedure for the integration, testing, and deployment of code.
  • Regular feedback and iterative improvements in workflows and processes.

Now, let us understand the strategies for maintaining Project timelines in MEAN Stack development project

How can Acquaint Softtech help with MEAN Stack Projects?

Acquaint Softtech is an IT staff augmentation and software development outsourcing company. We assist companies in hiring remote developers to cover skills scarcity gaps in their workforce. We charge $15 per hour to to help you hire remote developers with ease.

As an official Laravel Partner, we provide MEAN stack development and MERN stack development services, so you may choose to hire MEAN stack developers or or MERN stack developers  to meet your software development needs.

If you’re facing problems with software development projects or web app development, our skilled development team can assist.

Wrapping Up!

Changes are happening in MEAN stack project management; hence, the adaptability of emerging trends and best practices can dramatically influence the outcome. Agile methodologies, automated tools, CI/CD practices, remote work strategies, AI integration, microservices architecture, and DevOps practices are important components in this dynamic environment. All these are probably bound to offer organizations that improve project time delivery and successful project outcomes.

These emerging trends are important for knowing not only when it is effective to manage project timelines but also to keep the organizations relevant in technological innovation to be in the lead. Thus, now that the MEAN stack is on the rise in popularity, such strategies will be imperative if an organization wants to remain competitive in the delivery of high-quality and scalable web applications.

MEAN Stack Development Project Trends: FAQs

What are MEAN stack projects?

These are web development projects that leverage the power of MongoDB, Express.js, Angular, and Node.js to allow developers to implement full-stack JavaScript to develop strong, scalable applications.

Why is Agile methodology important when undertaking MEAN stack projects?

Agile methodology gives iterative and continuous feedback in the development process. It provides flexibility and faster delivery of projects, hence best for dynamically handling mean stack projects.

How do automated project management tools help in MEAN stack projects?

Automated tools make task management, progress tracking, and deadline adherence more efficient to maintain MEAN stack project timelines.

What is the role of CI/CD in MEAN stack projects?

CI/CD practices automatically integrate and deploy, thereby decreasing downtime, increasing quality, and speeding up time-to-market for MEAN stack projects.

How does DevOps help in managing project timelines across MEAN stack projects?

Collaboration, automation, continuous improvement in DevOps practices raise efficiency and lower delays in project timelines related to a MEAN stack.

5 Deadly Mistakes in MEAN Stack Development: Don’t try them

Introduction

Building a web application with MEAN stack, comprises elements like MongoDB, Express.js, Angualr.js and Node.js which are a blend of powerful platforms to build a responsive and dynamic website and application.

Even with the powerful tools listed above, a developer may occasionally run into a few architectural difficulties that result in a rigid solution. To obtain a scalable and adaptive design, it is critical to comprehend the obstacles and how to avoid them.

We’ll discuss some typical blunders in this blog post, along with tips for building a more adaptable MEAN stack project. Additionally, we’ll comprehend a few aspects of MEAN Stack Development. Are you prepared to start now?

Let us first clarify what MEAN Stack Development is.

What does MEAN Stack stand for and mean?

The term “MEAN Stack” describes the process of building websites and applications with a select group of tools, such as Express.js, Angular.js, Node.js, and MongoDB. Since all of the aforementioned components are JavaScript-based, MEAN stack functions as a single programming environment for client-side and server-side development.

When developing dynamic websites and applications, MEAN Stack development is popular because it enables quick development using only JavaScript, from a client to a server to a database. A MEAN Stack is renowned for its ability to accommodate large-scale projects, real-time applications, and everything in between while producing efficiency and flexibility.

Let’s now discuss some data around MEAN Stack Development before going into its components and parameters.

MEAN Stack & Its game of Statistics

In order to appreciate the significance of MEAN Stack development, let’s examine some fascinating statistics:

  • One study from the Stack Overflow Developer Survey 2021 states that JavaScript is a widely used programming language for web development, with 67.8% of respondents using it for this purpose.
  • One of the most crucial parts of any MEAN Stack, Angular, has over 1.2 million packages downloaded from npm each week, which contributes to its popularity.
  • The NoSQL database MongoDB, which is part of a MEAN stack, is growing in popularity quickly. According to the Stack Overflow Developer Survey for 2021, it is regarded as the sixth most popular database.

As more firms begin utilizing the MEAN stack for their projects, specialized businesses that concentrate solely on this kind of tech stack.

Further, let’s understand the advantages and challenges of MEAN Stack development

MEAN Stack Development: Its Advantages and Challenges

FeatureAdvantageChallenge
Unified Language (JS)Streamlines development by using JavaScript across all layers of the stack.Requires comprehensive JavaScript knowledge.
MongoDBFlexible data schema suits varied data types and is scalable.Complex queries can be less efficient than SQL databases.
Express.jsSimplifies routing and middleware integration.Can be less intuitive for beginners compared to other frameworks.
AngularProvides a structured framework for building dynamic SPAs.Steeper learning curve; requires understanding of TypeScript and MVC concepts.
Node.jsEnables non-blocking I/O operations, enhancing performance.Handling CPU-bound tasks can be tricky without proper design.

Now, quickly let us understand the Common mistakes in any MEAN Stack development project.

Common Mistakes in MEAN Stack Development Project

Ignoring the Modular Design Issue

If a modular design isn’t implemented, a tightly connected component may result, making it challenging to scale or adapt the program.

Solution: It may be a good idea to start with a modular strategy. An efficient way to solve an application’s problems is to divide it up into smaller, independent modules that are built, updated, and scaled.

Ignoring Database Schema Design Issue

Because MongoDB lacks a schema, developers may undervalue the significance of a carefully considered database schema, which could result in inefficient data update and retrieval.

Solution: Take the effort to create a logical structure that satisfies the data needs of your application. Utilize the schema validation capabilities of MongoDB to guarantee data integrity.

Underestimating the Problem of API Design

Inadequately constructed APIs can restrict the scalability and flexibility of MEAN stack apps, making future growth or service integration difficult.

You should consider scalability and flexibility when designing RESTful APIs. Ensure that your API endpoints can handle versioning and future updates, and logically organize them.

Ignoring recommended security practicesIss

Although security is frequently overlooked, failing to follow security best practices in the beginning can result in vulnerabilities that are difficult to fix later.

Solution: From the beginning, put security best practices into effect. These include secure communication protocols, authentication and authorization techniques, and input validation.

Over-dependence on Packages from Third Parties

Using npm packages excessively without doing adequate vetting can lead to bloat and security issues, even though they can greatly speed up development.

Solution: Choose third-party software carefully after evaluating them. Review and update them frequently to reduce security flaws and maintain the application’s slenderness.

Let’s now examine the process of creating a flexible MEAN Stack architecture.

Building a Flexible MEAN Stack architecture – A 10 Step process

Creating a flexible MEAN (MongoDB, Express.js, Angular, Node.js) stack architecture is about building a system that’s not only robust but also adaptable to changing needs and scales. Let’s walk through a more relatable, step-by-step approach to setting this up:

Step 1: Understand What You Need

Start by getting a clear picture of what you need from your application. Think about who will use it, how many people might use it at once, and what kind of data you’ll handle. This is like planning a trip: knowing your destination helps you choose the right path and preparations.

Step 2: Laying the Foundation with MongoDB

Think of MongoDB as your adjustable shelving system, where you can move shelves around depending on what you need to store. Design it to handle whatever data comes its way, whether that’s a lot at once or very complex data sets. Use MongoDB’s built-in features to make sure it can grow with your needs, and keep your data safe and accessible.

Step 3: Build a Sturdy Backend

Use Node.js as the backbone of your server-side operations—it’s the steady base where your application logic lives. Express.js acts like a helpful assistant, handling the details of requests and responses, making sure data goes where it needs to safely and efficiently.

Step 4: Create a Dynamic Frontend

Angular is your artist, crafting the part of your application users will see and interact with. Organize your Angular project so that each part (components, services, and modules) has a clear role, much like organizing a team where everyone knows their job. This keeps things efficient and easier to manage as your app grows.

Step 5: Make Sure Everyone Speaks the Same Language

Ensure that the frontend and backend can talk to each other smoothly. Think of this like setting up good communication in a team is important. Decide whether to use RESTful APIs or something more complex like GraphQL, depending on your needs. Use effective communication tools to make the planned communication easier.

Step 6: Secure the Gates

Just like you’d secure your home, secure your application.Users should use proven methods like JWT (JSON Web Tokens) to prove their identities to the application and manage their permitted actions.

Step 7: Prepare for Growth

Your application might start small, but you want it to handle growth without stumbling. Use tools like load balancers to manage traffic, and consider using technologies like Docker and Kubernetes to make scaling up simpler. Think of it like planning a city, good infrastructure makes everything run smoother.

Step 8: Keep It Running Smoothly

Set up automated tests to catch problems early, just like regular health check-ups. Use CI/CD tools to keep your application updated and deliver new features safely, automatically.

Step 9: Keep an Eye on Things

Monitor your application’s health using tools designed to give you insights into how everything is running. It’s like having a dashboard in your car—you can see if something needs attention before it becomes a bigger problem.

Step 10: Document Everything

Keep good records of how things work, just like you’d keep a user manual for a complex device. This makes it easier for anyone new to quickly understand and work with your application, and it’s invaluable for future maintenance.

By taking these steps, you’re not just building a software application; you’re crafting a dynamic, efficient community that can grow and adapt to meet whatever challenges come its way.

Now, let us understand how I can help you in building an efficient MEAN Stack Architecture.

How can Acquaint Softtech help?

Acquaint Softtech is an outsourcing software development company and IT Staff augmentation company. We provide help to organizations to fill skill scarcity gaps by helping them hire remote developers. Our hourly rate for remote devs is $15.

We offer MEAN stack development and MERN stack development services as an official Laravel Partner, giving you the option to hire MEAN stack developers or MERN stack developers to handle your development requirements.

Our talented development team can help if you’re having trouble with software development projects or web app development.

Wrapping Up!

Embracing the MEAN stack development power with your web development needs to be provided with a smooth path, from concept to completion, guaranteeing the effectiveness and proving it for your applications.

It’s important to be aware of a few common pitfalls when starting or enhancing your projects, rather than having them steer clear of these issues.Any organization should ensure they avoid these mistakes of MEAN development to build a flexible architecture. Moreover, knowing all the parameters for MEAN Stack development should be kept in check.

At Acquaint Softtech, we guide you through flexible architecture, and our team stands ready to bring our expertise into your unique challenges. Lean on us and use the power of the MEAN stack to build strong, scalable applications that drive your business forward.

MEAN Stack Development: 7 Usage that makes it the best?

Introduction

Full stack development offers major advancements for enterprises or corporations that view cost savings as a means of leveraging new use cases for company development. Why? Full stack development facilitates frontend and backend development simultaneously, hence optimizing resources. MEAN Stack development supports the ideal technological stack for developing web and mobile apps, aligning with a complete stack development strategy

You will learn why you should consider MEAN Stack for any upcoming software development or application projects, whether small or enterprise-scale.

Let us first understand what MEAN Stack Development is.

What is MEAN Stack Development?

MEAN Stack got its name by combining the initials of four important technologies: Node.js, Express.js, AngularJS, and MongoDB.

MEAN is a framework for cloud-based apps that is fully supported by JavaScript.

  1. NoSQL document database MongoDB
  2. Express.js is a Node.js web application framework.
  3. AngularJS is a framework for frontend JavaScript.
  4. The JavaScript-based web server, Node.js

Angular.JS is replaced by React.js in MERN and AngularJS is replaced with MEVN Vue.js in MEAN, among other changes. MEAN Stack, on the other hand, consistently seems to be the best frontend framework when it comes to top JavaScript application frameworks.

Further, let us understand what are the use cases in MEAN Stack Development

7 Exciting Use Cases of MEAN Stack Development

  1. Single Page Applications (SPAs): Perfect for creating dynamic, responsive websites that load all content through a single web page dynamically.
  2. Real-Time Applications: Ideal for applications requiring instant data updates, like live chat apps and collaborative platforms.
  3. Enterprise Web Applications: Suitable for large-scale business applications due to its scalability and robust backend capabilities.
  4. E-commerce Sites: Supports complex features required for online stores, such as product management, shopping carts, and user accounts.
  5. Content Management Systems (CMS): Can be used to develop customizable, scalable content management systems with user-friendly admin panels.
  6. Social Media Platforms: Effective for creating social networks with features like user interactions, real-time updates, and multimedia content management.
  7. Cloud-Native Applications: Great for building applications that fully leverage cloud computing capabilities, including scalability and distributed processing.

Now, let us understand how efficient is MEAN Stack Development?

How efficient is MEAN Stack Development?

The three-tier software development approach is part of an effective architecture that is supported by the MEAN stack. Three “tiers” or “layers” make up the architecture, which is designed to make client-server system development simple. This design categorizes three essential components of a client-server system, which offers distinct advantages for both production and development. These components include,

  1. The display tier and user interface (Angular.js)
  2. Application/business logic layer (Node.js & Express.js)
  3. Database tiers and data storage levels (MongoDB)

Now, moving further let us understand how MEAN Stack Development actually functions?

How does MEAN Stack Development actually function?

When you hire MEAN stack developers ensure they are capable of dealing with JavaScript and JavaScript Object Notation or JSON in order to construct online applications or websites. This allows structured data to be represented using a common text-based format.

In web application development, developers utilize JSON to show the program on a web page, transferring data from the server to the client. Therefore, MEAN Stack development makes all of these tasks simple.

MongoDB for data storage

Having a data repository for various documents, including content, user profiles, uploads, comments, and many more for storage, is essential while designing an application. It is simpler to work with technologies like Angular, Express.js, and Node.js when a database is in place.

In this case, MongoDB proves to be an excellent database for storing JSON documents that are obtained from Express.js and Angular.js. On the other hand, MongoDB offers a productive way to store your data if you are developing your application in the cloud.

Angular.js – User Interface/Front End Tier

Modular View Whatever, or Angular.js, is an advanced JavaScript-powered MVW infrastructure that is the highest technological stack in MEAN Stack development.

Angular.js makes it simple and quick to create interactive online apps or user interfaces because it lets you explore HTML tags with metadata, unlike static HTML, JavaScript, or jQuery.

Angular is the most effective and fast front-end framework for back-end interaction.As a result, this framework allows for speedier form validation, such as built-in form validation or JavaScript validation for localization, customization, and communication.

Express.js and Node.js Application Tier

As we’ve seen, Express.js and Node.js are essential to each other in MEAN stack development. Express.js is a basic web framework that builds apps using Node.js.

Some of Express.js’s most well-known features include

HTTP requests and answers for URL routing

With the aid of Express.js, you may improve the performance of your application while interacting with XML HTTP Requests, POSTs, or GETs from Angular.js.

It is based on the V8 runtime environment engine of Chrome and uses Express.js to make all of these tasks possible. Data is accessed by Express.js from Node.js drivers for MongoDB.

Now, let us quickly understand the Key Features of MEAN Stack Development

What are the Key Features of MEAN Stack Development?

  1. Single Language Stack: Using JavaScript at every stage of the application is one of the main benefits of the MEAN stack. Because everything is written in the same language—from the client to the server to the database.
  2. Support for Model-View-Controller (MVC) design: MEAN facilitates the MVC design pattern, which helps to maintain the organization and readability of application code.
  3. High Performance: MEAN stack apps are quick and extremely scalable because to Node.js’s non-blocking architecture and Angular.js’s effective front-end processing.
  4. Open Source and Community Driven: The MEAN stack’s technologies are all free and open-source, which lowers the cost of development. Every component of the stack also features a robust ecosystem of libraries and developer-supporting tools, as well as a vibrant community.
  5. Reusable and Maintainable Code: The maintainable structure offered by Angular.js facilitates code reuse, hence lowering development effort and redundancy.
  6. Extensible and Flexible: MongoDB has an extensible document model that works well for managing a wide range of data kinds and quantities. Maintaining clean, consistent code is simpler because the same language is used throughout the client, server, and database

Now, let us understand some useful statistics and Key aspects of MEAN Stack Development

Statistics and Key Aspects of MEAN Stack Development

NatureDescriptionUnique BenefitsStatistics
Single Language StackUtilizes JavaScript across all layers of the stack, simplifying development and maintenance.Facilitates easier debugging and streamlined updates across the stack.JavaScript is used by 69.7% of developers globally.
MVC SupportMEAN stack supports the Model-View-Controller architecture, enhancing code organization and scalability.Simplifies collaboration among developers working on large-scale projects due to organized code structure.Enhances code maintainability noted in 80% of MVC-using projects
Open Source CommunityAll technologies within MEAN are open-source, backed by strong community support.Reduces development costs and accelerates innovation through community-driven improvements and plugins.95% of enterprises report using open-source software
JSON EverywhereMEAN uses JSON for data transmission, allowing seamless handling and storage of data in MongoDB.Streamlines data interchange between client and server, and integration with other systems and APIs.JSON increases data interchange efficiency by up to 60% in web applications
Cloud CompatibilityMEAN is designed with cloud functionalities in mind, with MongoDB providing robust support for cloud services.Lowers the operational costs and enhances the scalability of applications with cloud-based deployments.73% of organizations using cloud-native technologies prefer MongoDB for flexibility

Now, lastly let us understand how Acquaint Softtech can help with MEAN Stack Development

How Acquaint Softtech can help with MEAN Stack Development?

Software development outsourcing and IT staff augmentation are services offered by Acquaint Softtech, an IT outsourcing provider. As an official Laravel partner, we take great pride in using the Laravel framework to create innovative projects.

Acquaint Softtech is the best choice if your business needs to hire remote developers. Thanks to our accelerated onboarding process, developers can join your current team in 48 hours.

Because of low $15 hourly prices, we are also the best choice for any software development job that is outsourced. We can help you to hire MEAN stack developers and hire MERN stack developers, hire remote developers, and outsourced services to meet your demands for custom development.

Wrapping Up!

The MEAN stack, embodying the synergy of MongoDB, Express.js, AngularJS, and Node.js, offers a seamless & powerful framework for developing versatile web applications. It simplifies processes across the board—from development to deployment—ensuring that enterprises can launch robust, scalable, and efficient applications.

At Acquaint Softtech, we leverage this dynamic stack to bring your innovative projects to life, consistently and cost-effectively. With our expertise and rapid onboarding, we’re not just participating in the industry

Myths vs Realities in MEAN Stack Development: A known battle

Introduction

In the whirlwind world of web development, technologies evolve at breakneck speed. Today’s innovation quickly became yesterday’s news. Amid this relentless progress, the MEAN stack development—a synergy of MongoDB, Express.js, AngularJS, and Node.js—has stood as a bastion for developing scalable and robust applications. Yet, whispers of its impending obsolescence persist.

Let’s set the record straight by debunking these myths with a blend of facts, insights, and authentic data, reiterating the MEAN stack’s enduring relevance.

Let us begin by understanding what is MEAN stack development.

What does MEAN Stack Development Mean?

The term “MEAN Stack Development” refers to the process of building applications using a specific set of JavaScript-based technologies known collectively as the MEAN stack.

This stack includes MongoDB, Express.js, AngularJS (or Angular), and Node.js. Each component in the MEAN stack serves a unique purpose in the application development process, making it an efficient, modern approach to building both websites and web apps.

Here’s a brief look at each component:

  1. MongoDB: A NoSQL database that uses a document-oriented data model and a non-relational approach to store data. MongoDB is designed to handle large volumes of data and is known for its flexibility, as it allows developers to store data in a format that is similar to JSON (JavaScript Object Notation).
  2. Express.js: A web application framework for Node.js, designed to build web applications and APIs in a simpler and faster way. It is minimalistic and flexible, providing a robust set of features for building single-page, multi-page, and hybrid web applications.
  3. AngularJS/Angular: A structural framework for dynamic web apps, allowing developers to use HTML as the template language and extending HTML’s syntax to express the application’s components clearly and succinctly. AngularJS refers to the older version of Angular (versions 1.x), while Angular refers to the versions 2 and up. Angular is highly efficient for building interactive and dynamic single-page applications (SPAs).
  4. Node.js: A runtime environment that allows for the execution of JavaScript code server-side. Node.js uses an event-driven, non-blocking I/O model, making it lightweight and efficient, especially for data-intensive real-time applications that run across distributed devices.

Further, let us understand why you should use MEAN Stack Development?

Why Use the MEAN Stack?

The MEAN stack is popular for several reasons:

  • Uniformity: All components of the MEAN stack use JavaScript, which provides a streamlined development process from client to server to database.
  • Efficiency: The non-blocking architecture of Node.js, combined with the powerful data handling of MongoDB and the expressive frameworks of Express and Angular, make the MEAN stack highly efficient for developing complex applications.
  • Community Support: Each technology in the MEAN stack has a strong community, providing vast resources, extensive documentation, and active forums for troubleshooting and support.
  • Cost-Effective: Being open-source, all technologies in the MEAN stack are free to use, which reduces development costs.

MEAN stack development is particularly suitable for those looking to build modern, scalable, and easy-to-maintain applications using JavaScript across the entire stack. It’s a powerful choice for developers aiming to build dynamic websites and applications with ease and efficiency.

Now, finally let us begin the tussle game of Realities and Myths of MEAN stack Development and debunk the myths in the next section.

6 Hard hitting myths you didn’t know

Myth 1: The MEAN Stack is Yesterday’s News

It’s easy to think that the MEAN stack is sliding into the shadows, overshadowed by newer, flashier technologies. This myth paints a picture of a technology stack on the decline, struggling to keep up with the times. However, this isn’t quite accurate. The truth is that each component of the MEAN stack is not only surviving but thriving, thanks to continual updates and improvements.

For example, according to the Node.js User Survey Report, Node.js has been enhancing its performance with new features, with 85% of respondents using it primarily for web apps (Node.js User Survey).

The Reality Check: Technologies evolve, they don’t just fade away. The MEAN stack is no exception, with a vibrant developer community dedicated to pushing its boundaries and ensuring it meets the needs of today’s developers and tomorrow’s applications.

Myth 2: MEAN Stack Can’t Handle the Heat of Modern Apps

There’s a narrative that suggests the MEAN stack isn’t cut out for the complex, real-time demands of today’s applications, especially under heavy loads. At first glance, it might seem plausible—after all, how can something established keep pace with the new kids on the block? Yet, this underestimates the power of Node.js and MongoDB, both stars in handling I/O-bound tasks and massive volumes of data respectively.

The Reality Check: Node.js is tailor-made for real-time, high-concurrency applications, while MongoDB excels in managing large datasets with aplomb. Far from being overwhelmed, the MEAN stack is often the engine powering major companies’ applications, easily managing the complexities of modern web environments.

Myth 3: MEAN Stack Lacks Community Support

As shiny new frameworks and stacks emerge, it’s tempting to think that the MEAN stack has been left without a paddle. Yet, the reality is quite the opposite. The global MEAN stack community is as enthusiastic and active as ever. From extensive documentation and regular meetups to continuous enhancements, the community’s heartbeat is strong.

The Reality Check: The real strength of any technology lies in the people behind it—their passion, their innovations, and their willingness to help each other solve problems. The MEAN stack benefits from a community that’s as dynamic and robust as the technologies themselves.

Myth 4: MEAN Stack is Rigid

Critics often point out that the MEAN stack locks you into specific technologies, lacking the flexibility of other, more modern solutions that allow you to mix and match technologies at will. While it’s true that MEAN promotes a particular combination of technologies, this integration is actually one of its greatest strengths.

The Reality Check: The synergy between MongoDB, Express.js, AngularJS, and Node.js provides a seamless development experience, reducing complexity and speeding up project timelines. And yet, flexibility is at your fingertips, with the freedom to swap in alternatives like React in place of AngularJS if your project demands it.

Myth 5: The MEAN Stack is Only for Large Applications

Another prevalent myth is that the MEAN stack is only suitable for large-scale applications, making it overly complex for smaller projects. This misconception can deter developers from utilizing the stack for simpler applications, leading to missed opportunities.

The Reality Check: The MEAN stack is versatile and can be effectively used for both small and large applications. Its modular design allows developers to scale their applications as needed, making it an excellent choice for startups and small projects looking to grow without significant rework.

Myth 6: Learning the MEAN Stack is Too Difficult

Many aspiring developers believe that mastering the MEAN stack requires extensive knowledge and experience, making it an intimidating choice for newcomers to web development. This belief can create a barrier to entry for those eager to learn.

The Reality Check: While the MEAN stack does encompass multiple technologies, its reliance on JavaScript throughout the stack simplifies the learning curve. Many resources, tutorials, and community support are available, making it accessible for beginners to start building applications quickly.

Now, lastly before closing the discussion let us quickly understand a few trends in MEAN Stack development usage

MEAN Stack Usage Trends

To further illuminate the discussion, here’s a unique table depicting the growing adoption and versatility of MEAN stack technologies in various industries:

  • Financial Services: Real-time transaction processing – 45% adoption
  • Healthcare: Patient data management systems – 30% adoption
  • Retail: E-commerce platforms – 50% adoption
  • Education: Learning management systems – 40% adoption

Lastly, let us understand how Acquaint Softtech can help you with MEAN Stack Development.

How Acquaint Softtech can help you with MEAN Stack Development?

Acquaint Softtech is an IT outsourcing company that provides IT staff augmentation and software development outsourcing services. As an official Laravel partner, we take great satisfaction in building unique apps with the Laravel framework.

The greatest option if your company needs to hire remote developers is Acquaint Softtech. Within 48 hours, developers can join your current team thanks to our expedited onboarding procedure.

We are also the greatest option for any outsourced software development project because of our $15 hourly fees. To satisfy your needs for custom development, we can help you hire MEAN stack developers and hire MERN stack developers, as well as remote developers and outsourced services.

Wrapping Up!

The idea that the MEAN stack is technologically obsolete is more myth than reality. Like all robust technologies, the MEAN stack is continually adapting not just surviving but thriving in the competitive landscape of web development. By debunking these myths, we uncover a technology stack that remains as relevant and powerful as ever, capable of powering today’s applications and tomorrow’s innovations.

Choosing a technology stack should always be about alignment—with your project’s needs, your team’s expertise, and your strategic goals. For countless developers globally, the MEAN stack continues to be a key player in their technological arsenal, driving growth and fostering innovation in the digital age.

6 MEAN Stack Development Common Securities: How to prevent?

Introduction

The MEAN stack—comprising MongoDB, Express.js, Angular, and Node.js—offers a powerful and flexible framework for building web applications. However, like any technology stack, security is a critical concern. Developers and businesses often have questions about how to secure their MEAN stack applications effectively.

Read This article addresses some of the most common questions and provides best practices to ensure robust security in MEAN stack development.

What Are the Common Security Risks in MEAN Stack Development?

We can broadly categorize security risks in MEAN stack development into several areas.

Injection Attacks

Although MongoDB is a NoSQL database, it is still susceptible to injection attacks if users do not properly sanitize their inputs.

Similar to SQL injection, NoSQL injection targets NoSQL databases like MongoDB by manipulating queries to execute unauthorized actions.

Cross-Site Scripting (XSS)

XSS attacks occur when an attacker injects malicious scripts into web pages viewed by other users. These scripts can steal data, manipulate the DOM, or even execute arbitrary code.

Cross-Site Request Forgery (CSRF)

CSRF attacks trick users into performing actions they did not intend, such as changing account details or making unauthorized transactions, by exploiting the user’s authenticated session.

Insecure APIs

APIs that do not enforce proper authentication and authorization can expose sensitive data and allow unauthorized actions.

Weak Authentication and Authorization

Poorly implemented authentication and authorization mechanisms can allow attackers to gain unauthorized access to the application.

Data Exposure

Sensitive data stored in the database or transmitted over the network can be exposed if not properly encrypted.

How Can Injection Attacks Be Prevented in MEAN Stack Applications?

Preventing injection attacks involves sanitizing and validating user inputs and using secure coding practices. Here are some strategies:

Input Validation and Sanitization

Always validate and sanitize user inputs to ensure they conform to expected formats. Use libraries like mongoose for MongoDB, which provide built-in validation mechanisms.

Parameterized Queries

Use parameterized queries or prepared statements to prevent attackers from injecting malicious queries. In MongoDB, this can be done using $ operators and parameterized query methods.

Escape Inputs

Escape special characters in user inputs used in database queries to prevent the database from interpreting them as part of the query syntax.

How Can XSS Attacks Be Mitigated in MEAN Stack Applications?

Mitigating XSS attacks involves ensuring that user-generated content is safely rendered and not interpreted as executable code.

Output Encoding

Encode user inputs before rendering them in the browser to prevent them from being executed as scripts. Libraries like helmet can set security-related HTTP headers to protect against XSS.

Content Security Policy (CSP)

Implement a Content Security Policy (CSP) to control which resources the browser loads and executes. This implementation prevents the execution of malicious scripts.

Sanitize User Inputs

Use libraries like DOMPurify to sanitize HTML inputs and remove potentially dangerous code.

Example

javascript

const helmet = require(‘helmet’);

app.use(helmet());

const DOMPurify = require(‘dompurify’);

const cleanHTML = DOMPurify.sanitize(userInput);

How Can CSRF Attacks Be Prevented in MEAN Stack Applications?

Preventing CSRF attacks involves ensuring that every request made by the user is intentional and comes from a trusted source.

CSRF Tokens

Use CSRF tokens to ensure that requests made on behalf of a user are legitimate. This involves generating a token for each session and verifying it on each request.

SameSite Cookies

Set cookies with the SameSite attribute to restrict them from being sent along with cross-site requests.

Double Submit Cookie Pattern

Implement a double submit cookie pattern by sending a unique token both as a cookie and as a request parameter, and ensure the server matches them.

How Can Insecure APIs Be Secured in MEAN Stack Applications?

Ensure that only authorized users can access the API and transmit data securely to secure APIs.

Authentication and Authorization

Implement robust authentication mechanisms (e.g., OAuth, JWT) to verify user identity. Ensure proper authorization checks are in place to restrict access based on user roles.

Rate Limiting

Implement rate limiting to prevent abuse and limit the number of requests a user can make to the API.

Secure Data Transmission

Use HTTPS to encrypt data transmitted between the client and server, protecting it from interception.

Example

javascript

const jwt = require(‘jsonwebtoken’);

const expressJwt = require(‘express-jwt’);

app.use(expressJwt({ secret: ‘your-SECRET-key’, algorithms: [‘HS256’] }).unless({ path: [‘/login’] }));

app.post(‘/api’, (req, res) => {

const token = req.headers.authorization.split(‘ ‘)[1];

jwt.verify(token, ‘your-SECRET-key’, (err, decoded) => {

if (err) {

return res.status(401).send(‘Unauthorized’);

}

res.send(‘Welcome to the API’);

});

});

How Can Weak Authentication and Authorization Be Addressed in MEAN Stack Applications?

Strengthening authentication and authorization involves using secure practices to verify user identities and control access.

Strong Password Policies

Enforce strong password policies requiring a mix of letters, numbers, and special characters. Implement account lockout mechanisms to prevent brute-force attacks.

Multi-Factor Authentication (MFA)

Implement MFA to add an additional layer of security by requiring users to provide two or more verification factors.

Role-Based Access Control (RBAC)

Implement RBAC to ensure that users can only access resources and perform actions that their role permits.

How Can Data Exposure Be Prevented in MEAN Stack Applications?

To prevent data exposure, ensure encryption of sensitive data and restrict access to it.

Encryption

Encrypt sensitive data both at rest and in transit. Use encryption libraries like crypto in Node.js to encrypt data before storing it in the database.

Access Controls

Implement strict access controls to ensure that only authorized users can access sensitive data. Use environment variables to store sensitive information like API keys and database credentials.

Regular Audits

Conduct regular security audits and vulnerability assessments to identify and address potential risks.

Now, moving further let us learn about How Acquaint Softtech can help you in building effective MEAN Stack developments by solving the common security issues.

How Acquaint Softtech can help

Based in India, Acquaint Softtech is a leader in IT staff augmentation and software development. Our specialty is customizing applications and websites to exact client specifications utilizing the Laravel framework. Our fast onboarding procedure guarantees that you can hire remote developers for your team in as little as 48 hours for remote working organizations.

Furthermore, we charge a very affordable $15 per hour for these remote developer services. We are also adding MEAN Stack Development to our list of capabilities. You may add more creativity and efficiency to your projects by working with our MEAN stack engineers. Get in touch with us to increase your growth capabilities effectively and economically and hire MEAN developer now!

Let’s now conclude the conversation.

Conclusion

Security in MEAN stack development is paramount to protect applications from a wide range of threats. Understanding common security risks and implementing best practices enable developers to build secure and robust MEAN stack applications. These best practices include input validation, output encoding, CSRF tokens, strong authentication mechanisms, and data encryption.

Regular security audits, staying updated with security patches, and integrating security into the development lifecycle are essential steps to ensure ongoing protection against emerging threats. Addressing these common questions and concerns will help developers and businesses secure their MEAN stack applications effectively.

8 Powerful Steps to Build a Flexible MEAN Stack Development

Introduction

In the fast paced world of web development, the ability to adapt faster and efficiently can set a project apart from its competition. This is majorly true when you are working with the MEAN Stack, i.e. MongoDB, Express.js, Angular.js and Node.js which are a popular set of technologies well known for creating a dynamic and scalable web application. However, the true potential of these tools is unlocked only when it is integrated into a flexible architecture.

A flexible architecture is important for any business that anticipates growth and changes in the technology or user demand. Moreover, it supports scaling up or down smoothly by integrating new features without any downtime, thus managing performance under varying loads.

For a MEAN developer this means lesser time spent on costly redesigns and more focus on innovation and improvement.

In this detailed guide, we’ll talk about what we need to build a flexible MEAN stack architecture. No matter if an organization is looking to hire MEAN stack developers or they are doing it on their own, understanding how to structure your projects for flexibility can lead to more powerful, future-proof applications.

We’ll break down the complexities of the MEAN stack, provide practical steps for setup, and dive deep into strategies for modular design, effective data management, and scalable solutions. Get ready to transform the way you develop web applications by embracing flexibility at the core of your projects.

But before we jump into the technicalities let us understand what is MEAN Stack?

What is the MEAN Stack?

MEAN Stack development is a combination of four efficient technologies, i.e. MongoDBe, Express.j, Angular.js and Node.js. Each of the above technologies plays a vital role in web development, where MongoDB acts as the database, Express.js handles the backend, Angular.js manages the frontend and Node.js serves as the runtime environment.

This combination is popular for developing modern, dynamic web applications. But, building these applications isn’t just about using these technologies—it’s about creating a system that can adapt and grow. That’s where flexible architectures come in.

Before we dig into learning the process and the steps to be used let us first understand why does Flexibility matter in a MEAN Stack Development

Why Does Flexibility Matters?

In the fast paced digital era, businesses should look forward to adapting to the changing needs quickly. A flexible architecture would allow applications to scale, maintain performance and integrate new features without a complete overhaul.

When you hire MEAN stack developers, they would use this practice to build a system that can handle an increased traffic, larger data loads and an evolving business requirement efficiently.

Now, let’s understand the Process of building a Flexible MEAN Stack Architecture

Let’s benign the first point, i.e. What makes an Architecture Flexible

8-Step Process of a Building a Flexible Architecture

What Makes an Architecture Flexible?

A flexible architecture is scalable, maintainable and modular. It can grow as needed without wanting to make any significant changes in its core structure. It is quite easy to maintain because its components are well-organized and loosely coupled. Moreover, it reduces the complexity involved in adding or updating the features that are important for a continuous development and deployment.

What are the few benefits of MEAN Stack Projects?

For MEAN stack projects, flexibility means being able to:

  • Scale up the application when the user demand grows
  • Update the technology stack with minimal disruption
  • Develop and deploy new features quickly.

Now, let’s understand how we can set up a MEAN Stack Development environment

How can we Setup a MEAN Stack Environment

Before starting to develop MEAN Stack, you need to set up the environment properly. This would include an installation of MongoDB, Node.js and Angular CLI. Each of these component has an official documentation that guide the developers through the complete installation process.

MongoDB: Download and install from MongoDB’s official site.

Node.js: Download from the Node.js website.

Angular CLI: Install via npm (Node Package Manager) with npm install -g @angular/cli.

Now, let’s understand how you can design a Modular MEAN Stack Architecture

Designing a Modular MEAN Stack Architecture

Embracing Modularity

A modularity means breaking down an application functionality into smaller, interchangeable parts. Here each of the module handles a specific piece of application functionality and can operate independently of the others

How to implement Modularity in MEAN

In the MEAN Stack Development, modularities can be approached by

  • Creating a separate module for each functionality in Angular.js
  • Building a middleware and routing functionalities in Express.js to manage different business logic as separate modules.
  • Using MongoDB collections to logically separate different data entities.

Now, let’s understand how can we build a Scalable System

How to Build a Scalable System

Scaling with MEAN

Scalability means the capacity of your application to handle a growing amount of work or its potential to accommodate growth. For any MEAN developer this could include:

  • Using Node.js’s non-blocking I/O features to handle large numbers of simultaneous connections.
  • Implementing load balancing to distribute client requests across multiple server instances.
  • Consider a microservices architecture where different functionalities of the application are deployed as independent services.

Now further, let’s understand how you manage the Data effectively with MongoDB

Effective Data Management with MongoDB

MongoDB technology which is a NoSQL database excels in flexibility and ease of scale, making it an ideal option for projects that expect data growth and schema changes

Best Practices of Data management through MongoDB

  • Use indexing to improve query performance.
  • Organize data into collections and documents that reflect how data is accessed by the application.

Now further, let’s understand how you can create a Dynamic Frontend with Angular.

Creating Dynamic Frontend with Angular

An angular.js offers a few powerful features to build a dynamic, responsive UI. Moreover, it also supports a two way data binding, a real-time interaction and a dynamic content loading – which are important for modern web applications.

Now let’s understand about Node.js and Express.js the two two Backend frameworks of MEAN Stack Development

Backend Logic with Node.js and Express.js

Node.js and Express.js form the backbone of your application’s server-side logic. Express.js simplifies the task of building server-side routes and handlers, making it easier to develop RESTful APIs that your Angular frontend can consume.

But what about the Quality, what role does Quality Assurance and testing play in achieving a Flexible architecture in any MEAN Stack Development

Quality Assurance and Testing

Ensuring an Application Integrity

Quality testing has become important when you are aiming to maintain the quality and performance of your application. By incorporating unit tests, integration tests and an end-to-end test using tools like Jasmine, Mocha or Protractor.

How can Acquaint Softtech help you in building a Flexible MEAN Stack Architecture

Acquaint Softtech is a company, we are based in India and we  specialize in software development and IT staff augmentation services. We mainly use the Laravel framework to create websites and software that exactly match what our clients need. If your company operates remotely and you need to hire remote developers, we can help you find the right ones quickly. Our onboarding process is simple, allowing you to bring developers on board in just 48 hours.

What’s even better? Our affordable pricing. We offer remote developer services at only $15 per hour. We’re now expanding our skills to include MEAN Stack Development, and we invite you to hire MEAN stack developers from our skilled team to bring efficiency and innovation to your projects.

Now, quickly recap what we’ve learnt from this article.

Wrapping Up!

When you are building a flexible architecture with MEAN Stack it is more than just using the technologies, i.e., it is more about creating a system which is adaptable, scalable and also maintainable. As technologies and businesses evolve, so do your applications. With a solid foundation and a commitment towards flexibility helps you achieve a thriving MEAN stack development in this changing digital landscape.

Key MEAN Stack Development Trends for Modern Web Apps

Introduction

In the rapidly growing world of web development, staying ahead of the competition can be an uphealing task. However, staying updated about the latest trends can be helpful to ace the competition. One such trend in MEAN stack development is known as MEAN Stack architecture.

This technology stack consists of MongoDB, Express.js, Angular.js, and Node.js, which offers developers a powerful toolkit for creating dynamic websites and applications.

In this article, we’ll first learn What is MEAN Stack development, how it works, and 10 Trends of MEAN Stack architecture. Let’s first begin by understanding what the MEAN stack is.

What is MEAN Stack?

Before understanding the trends of MEAN Stack architecture, it is important to understand what MEAN stack is. MEAN stack is an acronym for MongoDB, Express.js, Angular.js and Node.js. Each component plays a vital role:

  • MongoDB stores your back-end application’s data as JSON (JavaScript Object Notation) documents, making it a document database..
  • Express.js is a back-end web application framework running on top of Node.js that makes the request-handling processes faster and more flexible.
  • Angular.js is a front-end web application framework that allows you to extend HTML vocabulary for your application, thus resulting in a more expressive, readable, and quicker approach to the development environment.
  • Node.js is a platform that is built on Chrome’s JavaScript runtime to easily build a faster, scalable network application.

Now, let’s understand how MEAN Stack Development works.

How does MEAN Stack Development Work?

The MEAN Stack development facilitates full-stack JavaScript development by eliminating the need to learn multiple languages more common in traditional LAMP or a .NET stack. Below is the summary of each component technology and how they are interconnected.

MongoDB

It is an open-source, non-relational database that stores a flexible JSON-like document with dynamic schemas. It is designed to scale rapidly on commodity server hardware and handle a large volume of read-heavy application data in a distributed highly-available cluster.

As a NoSQL database, MongoDB makes it easier for developers to store unstructured or nested application data without the need for complex table schemas enforced by a traditional SQL database.

Express.js

Express.js is a minimal yet very powerful server-side web application framework that runs over Node.js. It simplifies a common web development task like basic routing between application endpoints, connecting a middleware layer for requesting processing, rendering server-side templates for dynamic HTML generation, and handling cookies and sessions.

Express.js provides an MVC architectural foundation for a powerful NOde.js backend and REST API development. The simplicity yet customizability of Express.js helps MEAN stack developers craft a production-ready service.

Angular.js

Angular.js is a mature, stable client-side JavaScript framework to build a responsive UI component with dynamic data binding. It greatly simplifies web application development with a structured MVC code, a reusable component, and a two-way DOM data flow.

For MEAN Stack Development, Angular.js handles all UI rendering and user interactions, communicating with the backend Express+Node layer for data. The declarative nature of AngularJS uses a plain HTML for templates which are paired with powerful directives, thus making it easier to visualize the application UI flows.

Node.js

Node.js is a cross-platform JavaScript runtime to easily build a fast, scalable backend service. It has an event-driven, non-blocking I/O model which works fine for a real-time app that needs to handle a bunch of data and run on multiple devices.

Node.js accommodates the required level of concurrency for modern web apps through its asynchronous execution With Node.js handling a resource-intensive task outside of the browser, a client-side UI is freed up to focus purely on presentation and user experience.

In short, these technologies work together to support full-stack JavaScript development, using JSON to manage data consistently across all parts of the application. This close integration speeds up the process of building modern web applications.

Now, let’s understand a few trends of MEAN Stack Architecture

What are the 10 Trends of MEAN Stack Development?

MEAN Stack Development is an evolving technology with some exciting trends in the lineup that streamlines and enhances web application building.

Let’s understand all of them briefly.

Trend 1: Modular Architecture

MEAN Stack Developers are shifting towards a modular approach, breaking applications into smaller parts that can be managed, tested, and upgraded with ease. This method would speed up development and help the application to grow smoothly as and when the business needs to expand.

Trend 2: Hybrid Mobile Development

With an increased number of users of mobile phones, MEAN stack developers are increasingly using various frameworks like Ionic or React Native. This enables the creation of a mobile app that works across various platforms that use using same code for web applications, thus making development faster and maintenance simpler.

Trend 3: Real-time Application Development

Real-time features are now essential. MEAN stack’s use of Node.js and Socket(.)io supports live updates and interactions within apps, ideal for chat apps, notifications, or collaborative tools.

Trend 4: Full-stack JavaScript Environment

Using JavaScript from both server-side as well as client-side development would simplify the development process, as it allows the developers to use the same language throughout the application to improve efficiency and minimize errors.

Trend 5: Enhanced Cloud Integration

MEAN stack applications are increasingly integrating with cloud platforms like AWS, Google Cloud, and Microsoft Azure. Node.js’s compatibility with these platforms will enhance the app’s performance and scalability when reducing costs.

Trend 6: Performance Optimization

There is a very strong focus on making apps run faster and smoother. Developers use server-side rendering and advanced caching techniques to boost speed and improve user experience, which is crucial to keep users satisfied and improve SEO..

Trend 7: Security Enhancements

As web apps are more complex, security is also becoming crucial. A MEAN stack developer incorporates an advanced security measure like JSON Web Token and an OAuth to ensure safer data transmission and authentication.

Trend 8: Progressive Web Applications

MEAN stack, specifically Angular, is being used to build PWAs that offer a higher-quality user experience with varied features like offline use and background updates.

Trend 9: AI and Machine Learning Integration

AI and machine learning are becoming an important part of any MEAN Stack development, thus allowing for more intelligent and interactive applications. This includes personalized content and advanced data analytics.

Trend 10: GraphQL over REST API

GraphQL is replacing the REST API for many developers because it allows clients to precisely define what data they need, which enhances performance and efficiency.

How can Acquaint Softtech help you in building a Flexible MEAN Stack Architecture

Acquaint Softtech is an Indian company specializing in software development and IT staff augmentation company. We primarily use the Laravel framework for web development, offering custom solutions tailored to clients’ needs. We can help you hire mean stack developers that are available at $15 per hour, with an onboarding process that can bring developers on board in just 48 hours. We’re expanding into MEAN Stack Development, inviting clients to hire from our skilled team for innovative and efficient projects.

Wrapping Up!

A MEAN stack Development is not just about keeping up but it is also about pushing forward with innovations that improve the scalability, performance, and user experience of a web app. From adopting a modular structure to integrating cutting-edge technology, MEAN stack has become a top choice for remote developers who aim to build a dynamic and efficient web application.

These trends show how flexible and powerful a MEAN stack continues to be in addressing the modern-day needs of web development by using its four elements, i.e. MongoDB, Express.js, Angular.js, and Node.js.

MEAN Stack: 3 Use Cases that Make it a Go-To Choice

Introduction

The MEAN Stack Application is an open-source collection of JavaScript technology that has earned significant popularity. Using MEAN stack components can help in building complex full-stack web applications, thus making it an excellent option for front and backend development.

In this article, we’ll learn about four components of a MEAN Stack development, with its Use Cases. Moreover, we’ll also understand what makes MEAN the best choice for a full-stack application.

Firstly, let’s understand what MEAN Stack Development is.

What is MEAN Stack Development?

The MEAN stack is a set of tools for building websites and web apps, all based on JavaScript. It gets its name from four main technologies it uses:

  • MongoDB: This is where your app’s data lives. It’s a kind of database that’s good at flexibly storing lots of information.
  • Express(.js): This works on the server (the powerful computers that run websites) to help your app talk to the internet smoothly.
  • Angular(.js): This helps create the part of your app that people see and interact with within their web browsers.
  • Node(.js): This is also for the server, making it possible for your app to handle many users and tasks at the same time.

People have also made variations of the MEAN stack by swapping out Angular for other tools like React (making it the MERN stack) or Vue (making it the MEVN stack).

The MEAN stack is a popular choice for developers because it uses JavaScript everywhere, making it easier to build and manage web applications.

Before moving ahead towards understanding the advantages and drawbacks of MEAN Stack, let’s first understand What activities does a MEAN Stack developer perform?

What does a MEAN stack developer do?

By using MEAN Development, a developer can build a dynamic web application and website through free and open-source technologies.

MEAN Stack developers use a set of four technologies to build up a MEAN Stack to develop varied web applications. This role isn’t different from that of a full-stack developer, i.e. they also work on both front as well as backend systems. When you Hire MEAN Stack Developers you need to focus on all the below-mentioned functions that they perform

Some of the other responsibilities and expectations from a MEAN Stack developer includes:

  • Experience in working with each layer of MEAN Stack, i.e. MongoDB, Express.js, Angular.js and Node.js
  • They should also be comfortable in working with jQuery, PHP and Symfony
  • Thirdly, they are also responsible for testing varied web applications
  • They also perform deployment activities to deploy web applications
  • They are responsible towards creating various modules
  • A MEAN Stack developer is also responsible for designing databases.
  • Lastly, they are also responsible to integrate APIs

Now, let’s understand what are the advantages of MEAN Stack

What are the Advantages of MEAN Stack

The MEAN stacks make building full-stack, real-time web applications possible. Let’s understand a few of its advantages.

  • JavaScript Simplicity

The MEAN stack lets you use just JavaScript for both server-side and client-side, making it easier to handle coding and speed up the development process.

  • Easy to Grow

It’s built to handle growth well. You can easily add more power by connecting more servers, especially since it’s designed to manage data efficiently across several machines.

  • Supportive Community

There’s a big group of developers who use and improve MEAN, providing help and sharing resources. This means you have a lot of tools and help available, making it easier to add new features to your app.

  • Simple to learn

Learning the MEAN Stack is easier and can save businesses time and money on training. JavaScript is widely known, and there are many resources available to help coders learn the specific technologies of Express.js, Node.js, AngularJS, and MongoDB.

  • Secure

The MEAN Stack is very secure, which is important for apps dealing with private information. MongoDB makes it hard for hackers to access data due to its unique storage model. AngularJS helps keep data safe by encrypting it and checking inputs to prevent unauthorized access.

Now, let’s understand what are the drawbacks or disadvantages of MEAN Stack

What are the Disadvantages of MEAN Stack

Despite MEAN Stack being beneficial for many, it is not preferred by everyone. MEAN Stack has its own set of drawbacks. Let’s understand a few of them in this section.

  • SQL Database Compatibility

The MEAN stack prefers MongoDB, which doesn’t use traditional tables like SQL databases. If your project needs a strict way of organizing data, MEAN might complicate things.

  • Handling Heavy Tasks

Node.js in MEAN processes tasks one at a time. This is efficient for most tasks but can slow down if the work gets too heavy or complex.

  • Learning Curve

Starting with Angular and MongoDB can be challenging. Angular is feature-rich and updates often, while MongoDB’s flexible approach to data might be new to those used to SQL databases.

Now, finally let’s jump to the most anticipated section of the article to understand the Use Cases of MEAN Stack

What are the 3 Vital Use-cases of MEAN Stack?

Although MEAN Stack has a few minor drawbacks, it is still preferred as an ideal choice for developing a wide range of applications.

Single-Page Applications

MEAN Stack is efficient in building single page applications, such as an ecommerce application, a CMS, i.e. Content Management System and varied social networking applications.

The SPAs must offer a dynamic personalized update without requiring an end user to reload the page. MEAN Stack’s Angular component ensures the creation of this view using its component-based architecture, templating, and a two-way data binding. Moreover, it also allows you to customize your UI as per users’ preferences and updates in real time based on its interactions with the page.

Further, by combining Angular with Express.js you can enhance the user experience. Here Angular will dynamically render the UI, whereas Express.js will provide routing and middleware to handle client requests and communicate with the database or an external service.

Real-time Web Applications

A MEAN is ideal for building any real time web application, like a gaming site, chat applications  and collaboration tools. Node.js, a component of MEAN stack, helps real-time data processing using an asynchronous I/O model. Moreover, it also provides web sockets to enable a seamless data transfer between the client and the server without the need of any multiple HTTP requests.

This connection enables applications to deliver live messages and updates. When the user is sending the message in a chat application, and when the server immediately broadcasts it to an intended recipient they would experience an all-but-invisible benefit of a persistent connection.

Data-Intensive Application

MEAN is well-equipped to manage the demands of data-intensive processes which drive applications like ecommerce platforms and finance software.

Node.js is an efficient option to process and manage a larger amount of data without impacting the performance. Moreover, MongoDB is efficient in handling large and complex data sets. It can also manage complex data sets, not only this it can also read-and-write operations to the databases that are crucial functions for applications which store, update and retrieve data faster.

What makes Acquaint Softtech the best IT Staff Augmentation Company?

Acquaint Softtech is a Software Development & IT Staff augmentation company based in India, specializing in providing IT staffing and software development services. We focus on using the Laravel framework to build websites and software that precisely meet client requirements. If your organization works remotely and you’re looking to hire remote developers, we can assist in finding the perfect fit. Additionally, our onboarding process is straightforward and quick, enabling you to get developers on board within 48 hours.

What’s more exciting? Our pricing. We offer services at just $15/hour. Now expanding our expertise in MEAN Stack Development, we invite you to hire MEAN developers and hire MEAN Stack developers from our talented pool to enhance your projects with efficiency and innovation.

Now, let’s quickly wrap up what we’ve learnt from this article

Wrapping Up!

It makes it easy to build complex apps using JavaScript for both the user interface and server side, thanks to Angular and Node.js. It’s good for creating responsive and scalable applications like websites and chat services, supported by a large community and many development tools.