There are several basic concepts and principles that are important for any front-end developer to understand. These include:
HTML/CSS
HTML and CSS are the foundation of front-end development, and it’s important to have a strong understanding of these languages. This includes understanding how to structure and style webpages, as well as how to use tags and selectors.
<
p>HTML (HyperText Markup Language) is a standardized language used to structure and organize content on the web. It allows developers to create webpages and add text, images, and other types of media to them. HTML uses tags, which are special keywords surrounded by angle brackets, to define different types of content and elements on a webpage. For example, the
tag is used to define a paragraph, while the tag is used to add an image.
HTML is the foundation of the web, and it is used in conjunction with other technologies, such as CSS (Cascading Style Sheets) and JavaScript, to create dynamic and interactive webpages. It is a crucial skill for any front-end developer to learn and master.
In order to create visually appealing and user-friendly websites and applications, it’s important to understand basic design principles such as typography, color theory, and layout.
With the proliferation of devices with different screen sizes and resolutions, it’s important for websites and applications to be responsive and adapt to different screen sizes. This includes understanding how to use media queries and design layouts that adjust to fit different screens.
By understanding these basic concepts and principles, you can build a strong foundation for your front-end development skills and create effective and engaging websites and applications.
Once you have a strong foundation in HTML, CSS, and basic design principles, you may want to focus on learning intermediate front-end development skills. Some skills that are important for intermediate front-end developers to learn include:
Intermediate Skills
JavaScript Programming
JavaScript is a fundamental programming language used in front-end development, and it allows developers to add interactivity and dynamic functionality to websites and applications. Learning JavaScript will allow you to create more advanced and interactive web experiences.
An API (Application Programming Interface) is a set of rules and protocols that allow different software systems to communicate with each other. As a front-end developer, you may need to work with APIs to access data or functionality from other systems.
As you work on more complex projects, it’s inevitable that you will encounter bugs or errors. Learning debugging techniques, such as using the console or using a debugger, will help you identify and fix problems in your code.
By learning these intermediate skills, you can take your front-end development skills to the next level and build more advanced and sophisticated web experiences.
You will need a coding IDE like VS Code and to familiarize yourself with GIT.
VS Code is a tool for creating code, it incorporates a text editor, a computer terminal, and extensions for code completion and IntelliSense. This is a complete environment for writing websites and applications.
Git is a version control system for tracking changes in computer files and coordinating work on those files among multiple people. It is primarily used for source code management in software development, but it can be used to keep track of changes in any set of files.
With Git, users can track changes made to files, revert to previous versions, and collaborate with other people on projects. Git stores this information in a data structure called a repository, which contains the complete history of all changes made to the tracked files.
Simply said, if you don’t want to lose the work you did, or if you work with teams of people and don’t want to have your hard work overridden, you use GIT
Once you have mastered the basics and intermediate skills of front-end development, you may want to focus on learning advanced skills to further enhance your capabilities. Some skills that are important for advanced front-end developers to learn include:
Modern Front-end Frameworks
There are many modern front-end frameworks available, such as React, Angular, and Vue which provide a set of tools and libraries for building scalable and maintainable web applications. Learning a modern front-end framework can greatly improve your development productivity and efficiency.
These modern frameworks also include scaffolding tools. A scaffold is like a template. In the simplest sense, you can say “Start Project” and all of the core files and folders you need for a working project get created.
Server-side rendering refers to the process of rendering a web application on the server rather than the client (i.e. the user’s web browser). This can improve the performance and SEO of a web application, and is a useful skill to have as a front-end developer.
As a front-end developer, it’s important to understand how to optimize the performance of a web application. This includes techniques such as minimizing the number of requests made to the server, minimizing the size of assets, and using caching strategies.
By learning these advanced skills, you can become a highly proficient front-end developer and create high-quality, scalable, and performant web applications.
Coming Soon (Part 3) — Practice and Staying up to Date
“We need to be MORE creative, MORE innovative…. Give me more innovation!”
Does that statement sound familiar?
Most organizations try to commoditize innovation. They do this by creating a dedicated innovation lab or an innovation team. The team's goal is to drive the future growth of new technology within the organization. Often, this is the only way that true future technology can be developed. Dedicated resources in a controlled environment may get the best results sometimes. But, does that provide for general innovation amongst the entire platform?
The biggest problem with the innovation lab approach is the size of your team. Not everyone gets to work on the innovation team. This means that people start to feel left out. Like if they are not picked for that team that there’s something wrong with them.
“Why do I not get to work on the Innovation team? Am I not innovative? Am I not creative enough. Am Ijust supposed to build what someone else designs?”
This can affect the engineers to a point where they don’t want to work on the ideas coming from the innovation team. They may even start to resent the innovation work.
Is There Another Way?
First, you need to understand what you are trying to do.
Are you trying to create a brand new idea, brand new product, or brand new platform? If so, the Innovation team or lab may be your best approach.
But, are you trying to drive innovation within the platforms or applications that you already have? If you’re trying to drive innovation across your entire platform then there’s a better way.
It’s All In Your Head
How do you run your development teams today?
For most of us, the agile process is mundane. It’s an endless loop of:
Feature requests
Understanding the stories meaning
Getting to the root issue
Estimating story points
Creatively solving a single feature
In that cycle, we may encourage our team members and developers to think creatively about the solutions that they come up with. But is that still limiting in its own way?
We are allowing our developers to solve a very specific feature request in a creative manner. But, are we allowing them to go beyond those bounds and become innovators in the platform itself?
The solution lies in how we think. We want to become enablers of our development teams giving them the ability and the permission to be innovative in their day-to-day job.
We didn’t build a new team or building. We simply allowed everyone to be empowered, gave them the “OK” to think differently. We then supported their efforts by listening and creating a process to roll the ideas back into the product.
WWSOD: What Would A Software Owner Do?
Funny enough it starts with a simple question, what would a software owner do?
Asking this question shifts the thought process of the developers. It moves from “how will I solve this problem” to “what would I do if I was in charge and I owned this platform”?
Software owners are concerned with far more than just implementing a feature in a creative way.
Software owners have to think about how that feature compares with other products they are selling against. They have to see if that feature really benefits the platform and be willing to push back on those that don’t. They need to be able to take that feature and look beyond the ask to see what other enabling features would make that a first-class product.
What are the results of this way of thinking?
Developers will start to “look past the ask”. Every feature request takes on a new context. Developers may have good reason to request to scale back the request. Through research, they may determine that the feature was not used in other platforms.
On the other hand, the developers may feel like the feature request does not go far enough. After research, they may feel that adding or expanding the request would greatly increase the functionality of the platform. This expanded functionality is now coming from the core development teams, from those that know the platforms best.
This new freedom can turn into a whirlwind of creative and innovative ideas. But, you need a process to keep track of it all. The process does not need to be complicated, in fact, if it is it will fail.
Process Example
Breakdown the feature request
Compare the feature to the “open market”
Backlog any changes or updates to the original feature.
In a backlog review, discuss and features brought by this process first.
What about the “open market” comparison? What if you don’t have a direct competitor? Is this worthless?
You may need to break down the feature. For instance, say you are working on payment functionality. You might not be creating a Stripe.com but can you compare what you are doing against Paypal, Stripe, and Amazon? By taking a small amount of time to not reinvent the wheel you will get a better product.
Hear how this fits into “Shifting Developer Mindsets”
TL;DR
Companies feel that innovation can only come from a dedicated team or a lab with a dedicated budget. But innovation can be a mindset that’s driven by every member of every team. This requires that managers and developers both have a forum for these ideas. A place to raise these concepts and be able to change how things get developed.
Encourage people to think as if they own the software platform that they’re working on. Put them in the mindset that their profit and loss were based upon the ideas that they put into it. Help them measure how competitive they are to the market. It will start to drive innovation from the lower tiers up to the higher tiers.
This solution does not need more money, a dedicated budget or, a special team environment. All you do is give your engineers the freedom to raise ideas and a process to be able to handle them. Your process needs to have the ability to rank them and roll them into your dedicated sprint schedules.
You are creating ownership and dedication in the teams. You create an environment for your teams that shows that you care about their ideas and that they are valuable members of the team.
React is a JavaScript library for building user interfaces. It is one of the most popular and widely used libraries for developing web and mobile applications. With React, developers can create high-performance and responsive applications with minimal code. React is an open-source project maintained by a large community of developers.
React makes development easier by offering a powerful and flexible way to create user interfaces. It allows developers to create components that can be reused throughout the application and eliminates the need to write large blocks of code. Additionally, React is incredibly fast, making it a great choice for developing high-performance web applications.
If you’re just getting started with React, there are many great resources available to learn the basics. YouTube has many great tutorials on React, such as the popular series by The Net Ninja. Finally, there are various online courses that offer in-depth tutorials and guides on React.
No matter which resource you choose, you should be off to a great start in learning and using React.
Benefits of React
React offers a variety of benefits that make it an ideal choice for developers looking to create dynamic, responsive web applications.
One of the main benefits of React is its declarative nature. With React, a developer can create components that describe how the user interface should look, rather than having to manually update the DOM. This makes it easy to build complex interfaces quickly since you don’t need to worry about managing the DOM elements yourself.
React components are also reusable and can be used to create multiple versions of the same user interface. This makes it easy to reuse components across different projects, saving development time and keeping code organized. React also comes with helpful built-in features, such as state management and lifecycle methods, that make it easier to manage user interaction and data.
Additionally, React’s powerful debugging tools can help developers easily identify and fix any bugs that may crop up. This makes it easy to create bug-free code, allowing developers to focus on the functionality of the application rather than debugging.
Overall, React has a lot to offer developers looking to create dynamic web applications. To learn more about React and how to get started with it, check out this video tutorial from the official React YouTube Channel:
You can also find a variety of helpful blog posts and tutorials from the React website, including this one which offers an overview of the React library: https://reactjs.org/tutorial/tutorial.html.
Create a React Environment
Creating a React environment can seem intimidating, but it doesn’t have to be! With the right tools and resources, the process can be straightforward and easy.
You will need a code editor. Visual Studio Code is a popular, free, and open-source editor that many React developers use. You can download the latest version of Visual Studio Code.
If you need an extra hand getting started with React, check out this helpful YouTube series
Now Follow the Steps Below
Download Node.js
If you are ready to get started with React, the first step is to download Node.js. Node.js is an open-source, cross-platform, JavaScript runtime environment. This means that Node.js can be used to create applications that are run by a browser or in a server environment.
To install Node.js, visit the official website at https://nodejs.org/en/. Here you will be able to download the most recent version of Node.js for the operating system of your computer.
Once you have installed Node.js, you can begin to learn React. It is highly recommended to watch some tutorials on YouTube or to read blog posts about React to familiarize yourself with the technology. Here are some helpful resources to get you started with React:
Learn React JS — Full Course for Beginners
React Tutorial for Beginners: Learn ReactJS in 5 Hours
Now that you have downloaded Node.js and have familiarized yourself with React, you are ready to start developing your own React applications!
Install Create-React-App
Getting started with React is easy and can be done quickly with the help of Create-React-App. This is a command line utility that lets you quickly create and setup a React project. To install Create-React-App, you will need to have Node.js and npm (Node Package Manager) already installed on your computer. Once you have these tools installed, you can install Create-React-App by running the below command in your terminal.
npx create-react-app
This will create a new directory with the project name which will contain all of your React project files.
Write Your First React Component
A component is a self-contained piece of code that can be used to output content to the page. It’s a great way to break down your app into smaller parts, allowing you to manage and compose a complex application in a simple way.
When creating a component, you will use a JavaScript class to define it. This class will extend React’s Component class, allowing you to access its properties and methods to create your own custom component. Inside the class, you will define a render() method, which will return the HTML element to display on the page.
A basic React component looks like this:
function MyComponent() { return (
My Component
); }
The MyComponent function returns a React Element, which is a description of what you want to see on the screen. The React Element can contain components, HTML elements, or text. It’s important to note that React components must start with a capital letter.
Now that you know how to write a basic React component, how do you make it interactive? React provides several features that allow you to add state and handle user interactions. You can use state to store data and display it in the component. You can also use lifecycle methods to control how the component updates and renders.
Lastly, once you have created your component, make sure to check out the official React testing library for testing your component. This will ensure that your component works correctly and is ready to be used in production.
The great thing about React is that once you have the basics down, you can start building complex React apps. So get started today and create your first React Component!
Render the Component to the DOM
Rendering the components to the DOM is where the rubber meets the road. This is where the React code you’ve written gets to show off its stuff and actually do something.
It is generally a good practice to have a single root element in your React application. This element serves as the mounting point for React. In the example below, we create a new element `div` with a unique ID of `root`, and React will render its components inside of this element.
Adding React Router is an important step in creating a React app. React Router is a powerful library that provides routing and navigation for React applications. It allows developers to create single-page applications that can handle multiple paths and route components.
Getting started with React Router can be intimidating. YouTube has a great tutorial from the Definitive React series that covers the basics of React Router. For more advanced topics, the React Router documentation has a detailed guide. You can also find a number of blog posts and tutorials online that offer more information about React Router.
At the end of the day, React Router is an essential tool for building React applications. With the right resources and guidance, you can quickly and easily get started with React Router and build powerful, interactive apps.
Integrating State Management
React requires a state management solution to keep track of user input, data, and application state. Integrating a state management solution into your React application is a must in order to keep your code organized and be able to develop quickly.
There are a variety of state management libraries available, and some popular options include Redux, MobX, and Unstated. Redux is the most popular choice and allows you to store your application state in a single global store and use actions and reducers to update it. MobX is a simpler solution and uses observables to automatically detect and update the parts of your application that have changed. Unstated is a lightweight library that uses React’s context API to manage state, and is great for small applications.
To get started, you can watch this video tutorial on integrating Redux into a React application:
No matter which state management library you choose to use, it is important to understand the core concepts and how to use them effectively in your React application. Doing so will make development smoother, and allow you to quickly build complex applications.
Adding Styling with CSS and Sass
Adding styling to your React project can be an intimidating task, but with CSS and Sass, you can quickly and easily set up the look and feel of your web application. CSS stands for Cascading Style Sheets and is the language used to control the layout of webpages. Sass is an extension of CSS and allows you to write much more concise code.
When it comes to adding styling to your React project, you’ll first want to create a separate stylesheet for your application. This allows you to easily manage and maintain your code. From there, you can begin to write your styles in either CSS or Sass. If you’re feeling adventurous and want to leverage the power of Sass, you can use popular frameworks like Bootstrap or Material UI to get you up and running quickly.
If you’re just getting started with CSS and Sass, there are plenty of resources available to help you. We recommend checking out YouTube tutorials, like this one on getting started with Sass:
Once you get the hang of it, you’ll be able to create complex styling for your React project in no time.
Resources for Further Learning
Once you’ve gotten started learning React, you may want to take your knowledge to the next level. There are plenty of resources you can use to further your React knowledge. Here are just a few of our favorites:
The Beginner’s Guide to React— This course from Egghead.io provides an in-depth introduction to React, using projects and examples to illustrate the key components of the library.
React tutorials on YouTube— This curated list of YouTube videos covers all the basics of React and React Native, with tutorials on everything from setup to advanced topics.
React blogs— React is a constantly evolving library, and staying on top of the changes can be difficult. For that, we recommend checking out React blogs, which often post detailed tutorials, case studies, and other helpful information.
React docs— React is well-documented and often the best source of information. Be sure to check the official documentation when you have a question or need more information on a specific topic.
These resources will help you get started and build a foundation for your React knowledge. With the right resources, you’ll be able to take your React skills to the next level.
Front-end development, also known as client-side development, refers to the practice of building and maintaining the visual and interactive elements of a website or application that users interact with directly. This includes everything from the layout and design to the functionality and user experience and representing the data from an API.
Having strong front-end development skills is crucial for any developer, as it allows them to create visually appealing and user-friendly websites and applications. In today’s digital age, most businesses and organizations have a strong online presence, and front-end developers play a vital role in shaping how these websites and applications look and function.
As front-end development has evolved, accessibility has become more and more important. This greatly affects the User Interface and User Experience of a website giving all users an equally great experience.
There are so many benefits to teaching yourself front-end development. First, it allows you to learn at your own pace and on your own schedule. Second, You can also tailor your learning to your specific interests and goals, rather than being confined to a set curriculum. Third, self-study can be a cost-effective option compared to traditional education or training programs.
Prerequisites
Basic computer skills
The desire to challenge yourself with something new
Before diving into front-end development, it’s important to have a solid foundation in basic computer skills. This includes being comfortable with using a text editor, navigating the command line, and using version control systems like Git.
It’s also helpful to have a basic understanding of HTML and CSS, as these are the foundation of front-end development. HTML (HyperText Markup Language) is used to structure the content of a webpage, while CSS (Cascading Style Sheets) is used to style and design the webpage.
A basic understanding of JavaScript is also recommended, as it is an essential programming language used in front-end development. JavaScript allows developers to add interactivity and dynamic functionality to websites and applications.
There are many excellent resources available for teaching yourself front-end development. Online tutorials and courses are a great way to get started, as they provide step-by-step instruction and often include interactive exercises and quizzes to test your understanding. Some popular platforms for online learning include Codecademy, Udemy, and Coursera.
Books and ebooks can also be valuable resources for learning front-end development. These provide in-depth explanations and examples and can be a great reference tool as you continue to learn and practice.
Another great way to learn front-end development is by joining a community forum or online group. These can be great places to ask for help, get feedback on your work, and connect with like-minded individuals.
Finally, practice is key to improving your skills and mastering front-end development. Consider working on small practice projects or contributing to open-source projects to get real-world experience and build your portfolio.
Set Goals
Setting clear and achievable goals is an important step in teaching yourself front-end development. Determine your learning objectives by considering what you hope to achieve through your self-study. Do you want to learn enough front-end development to build your own website or web application? Do you want to improve your skills in a specific area, such as responsive design or JavaScript? Knowing your goals will help you focus your learning and stay motivated.
Once you have determined your learning objectives, it’s time to create a plan to achieve your goals. Consider breaking your goals down into smaller, more manageable steps and setting deadlines for each step. This can help you stay on track and make progress toward your larger goals.
It can also be helpful to create a timeline for your self-study, outlining the specific resources and activities you will complete each week or month. This can help you stay organized and ensure that you are making consistent progress.
In addition, to setting learning goals, it’s also important to set personal goals for your front-end development journey. This could include setting aside dedicated time each week for learning, participating in online communities or forums, or working on practice projects. By setting personal goals and holding yourself accountable, you can increase your chances of success in teaching yourself front-end development.
Getting Started
Gathering the right resources is a crucial step in teaching yourself front-end development. There are many options available, from online tutorials and courses to books and ebooks, and it’s important to find materials that align with your learning style and goals.
When searching for learning materials, consider the following factors:
Reputation and reviews: Look for materials that have received positive reviews and have been recommended by other learners.
Depth and clarity: Choose materials that provide a thorough understanding of the subject matter and are written in a clear and easy-to-understand style.
Interactive elements: Consider materials that include interactive exercises or quizzes to test your understanding and help you retain what you’ve learned.
In addition to finding quality learning materials, it’s also important to choose a programming language and a development environment.
The most common programming language for front-end development is JavaScript, but there are also other options such as HTML, CSS, and others. Choose a language that aligns with your learning objectives and interests.
A development environment is a software application that provides a platform for writing and testing code. The most popular option today is Visual Studio Code.
Practice and iteration
Work on small practice projects
Seek feedback from others
Iterate and improve upon your work
Practice is key to mastering front-end development, and the best way to learn is by doing. Consider working on small practice projects to apply what you’ve learned and get real-world experience. This could include building a simple website or web application, or even just recreating an existing design.
Seeking feedback from others is also an important part of the learning process. Consider sharing your work with peers, joining online communities or forums, or even hiring a mentor to provide guidance and feedback.
As you work on practice projects and seek feedback, it’s important to iterate and improve upon your work. Don’t be afraid to make mistakes — they are a natural part of the learning process. By continuously seeking to improve and learn from your mistakes, you can accelerate your learning and become a proficient front-end developer.
Don’t be afraid of failing; rather be afraid of not trying — Book: Exploring Leadership
Coming Soon — Part 2 (Principals, Intermediate, Advanced)
There has been an ongoing discussion for years on the best approach to software development. But where do we stand now? Things have rapidly changed and theories have had time to be proven.
What are we talking about?
Microservices and monolithic development. These two different approaches to software architecture that are used to build and deploy applications, have their own unique set of advantages and disadvantages, and the choice between the two often depends on the specific needs and goals of the project.
Microservices
Microservices are a way of building and deploying applications as a set of small, independent services that communicate with each other through APIs. Each service is responsible for a specific aspect of the application, and they can be developed, tested, and deployed independently of each other. This modular approach to development allows for greater flexibility and scalability, as individual services can be easily added, removed, or modified without affecting the rest of the application.
Advantages
Faster development and deployment cycles: Because microservices are small, independent services that can be developed and deployed independently of each other, they allow for faster development and deployment cycles. Developers can work on different parts of the application concurrently, which can lead to quicker release schedules and the ability to deliver new features and updates more frequently.
Greater flexibility and scalability: Microservices are highly flexible and scalable, as each service can be developed, tested, and deployed independently of the rest of the application. This allows for more granular control over resource allocation, and makes it easier to add, remove, or modify individual services as needed.
Easier to debug and troubleshoot: Because each microservice has a narrow focus and is self-contained, it is easier to debug and troubleshoot any issues that may arise. This can save time and resources and improve the overall reliability of the application.
Improved resilience: Microservices are designed to be highly resilient, as each service can operate independently of the others. This can help to reduce the impact of failures or downtime on the overall application, as other services can continue to operate as normal.
Improved team collaboration: Microservices allow for better collaboration between different teams, as each team can focus on a specific aspect of the application. This can improve communication and coordination between teams, and help to ensure that each service is developed to the highest quality.
While these are all great pros, microservices can also be more complex to manage and maintain, as they require more infrastructure and coordination between different teams. They also can be more expensive to develop and operate depending on the skill level and comfort of the team, they can require more resources and infrastructure to support them.
Monoliths
On the other hand, monolithic development involves building a single, large application that includes all of the functionality needed for the application to run. Monolithic applications are typically built and deployed as a single unit, and any changes to the application require a full rebuild and redeployment.
Advantages
Ease of development: A monolithic architecture makes it easier for developers to understand the entire system and make changes to it. This is because all the components of the system are closely integrated and share the same codebase, making it easier to see how changes to one part of the system will affect the rest of the system.
Ease of deployment: Because a monolithic application is a single, self-contained unit, it is relatively straightforward to deploy. This is in contrast to a microservices architecture, where multiple independent services must be deployed and managed separately.
Better performance: A monolithic application can potentially have better performance than a microservices architecture, because it avoids the overhead of making multiple network requests between services.
Easier to scale: Scaling a monolithic application is generally easier than scaling a microservices architecture. This is because all the components of the application are closely integrated, making it easier to add more resources to the entire system as needed.
Better for small teams: A monolithic architecture can be a good choice for small teams or organizations, as it can be easier to manage and maintain than a more complex microservices architecture.
Monolithic applications can be more easier to scale than a microservicce architechture but still difficult to scale and modify overall, as any changes to the application require a full rebuild and redeployment. This can lead to slower development and deployment cycles, as well as longer downtime for the application when updates are being made.
Making A Decision
Ultimately, the choice between microservices and monolithic development depends on the specific needs and goals of the project. For projects that require fast development and deployment cycles, high scalability, and the ability to modify individual parts of the application independently, microservices may be the better choice. On the other hand, for projects that prioritize simplicity and ease of maintenance, monolithic development may be the better option.
When deciding which approach to use, it is important to carefully consider the specific requirements and goals of the project, as well as the resources and infrastructure that are available. By carefully weighing the pros and cons of each approach, it is possible to choose the best architecture for the project and ensure that it meets the needs of the users and stakeholders. So, it is very important to think deeply about the use cases and what you are trying to accomplish before choosing between Microservices and Monolithic development.
Things To Consider
Team size and structure: A microservices architecture may be a good choice for larger teams with well-defined roles and responsibilities, as it allows each team to work independently on their own service. On the other hand, a monolithic architecture may be more suitable for smaller teams, as it allows all team members to work closely together on the same codebase.
Size and complexity of the project: A monolithic architecture may be more suitable for smaller, less complex projects, as it can be easier to develop and maintain. A microservices architecture may be a better choice for larger, more complex projects, as it allows for a more modular, scalable design.
Deployment requirements: The requirements for deploying the application should be taken into consideration when deciding between a microservices or monolithic architecture. A monolithic architecture may be easier to deploy, as it is a single, self-contained unit. A microservices architecture, on the other hand, may be more suitable for applications that need to be deployed in a distributed manner across multiple servers or environments.
Performance and scalability: The performance and scalability needs of the application should be considered when deciding between a microservices or monolithic architecture. A monolithic architecture can potentially have better performance, as it avoids the overhead of making multiple network requests between services. However, a microservices architecture may be more scalable, as it allows for more modular design and easier horizontal scaling.
Future maintenance and evolution: The long-term maintenance and evolution of the application should also be taken into consideration when deciding between a microservices or monolithic architecture. A microservices architecture may be more flexible and easier to maintain in the long term, as it allows for changes to be made to individual services without affecting the rest of the system. A monolithic architecture may be more difficult to modify and evolve over time, as changes to one part of the system can potentially affect the entire system.
There is no one size fits all solution, but with the right questions you can get close.
