We know thatWe make beautiful web apps

A website and a web app are both types of online platforms that can be accessed through a web browser, but they have some key differences. Here are some of them:

• A website is mainly used to provide information or showcase content, while a web app is mainly used to perform tasks or interact with content.
• A website is usually static, meaning that the content does not change dynamically based on user input or actions, while a web app is usually dynamic, meaning that the content changes or updates according to user input or actions.
• A website is typically built with HTML, CSS, and maybe some JavaScript, while a web app is typically built with a combination of server-side and client-side technologies, such as PHP, Ruby, Python, Java, Node.js, React, Angular, etc.
• A website does not require authentication, meaning that anyone can access it without logging in or providing any personal information, while a web app usually requires authentication, meaning that users need to log in or provide some personal information to access it or use its features.
• A website is mostly one-way, meaning that users can only view or read the content, while a web app is mostly two-way, meaning that users can also create, modify, or delete the content.
Some examples of websites are Wikipedia1, CNN2, and Medium3. Some examples of web apps are Gmail4, Trello5, and Google Docs6.

The decision between a website or a web app depends largely on your specific needs and the goals of your project. Here are some questions to consider:

• What is the main purpose of your online platform? Do you want to provide information or showcase content, or do you want to perform tasks or interact with content?
• How dynamic do you want your online platform to be? Do you want the content to change or update based on user input or actions, or do you want the content to remain static and consistent?
• What technologies do you want to use to build your online platform? Do you want to use simple and standard web technologies, such as HTML, CSS, and JavaScript, or do you want to use more complex and advanced web technologies, such as server-side and client-side frameworks and libraries?
• How secure do you want your online platform to be? Do you want anyone to access it without logging in or providing any personal information, or do you want to restrict access and require authentication from users?
• How interactive do you want your online platform to be? Do you want users to only view or read the content, or do you want users to also create, modify, or delete the content?
Depending on your answers to these questions, you can decide whether you need a web app or not. A web app is more suitable for online platforms that are task-oriented, dynamic, complex, secure, and interactive. A website is more suitable for online platforms that are information-oriented, static, simple, open, and one-way.

Websites and web apps have different advantages and disadvantages depending on their characteristics and functions. Here are some of them:

• Websites are easier and cheaper to develop and maintain than web apps, as they use simpler and standard web technologies and do not require complex functionalities or interactions.
• Websites are more accessible and compatible than web apps, as they can be viewed on any device and browser without requiring any installation or updates.
Websites are more SEO-friendly than web apps, as they can be easily indexed and ranked by search engines and have more content and keywords to attract visitors.
• Web apps are more functional and interactive than websites, as they can perform tasks and engage with content that websites cannot, such as sending emails, managing projects, editing documents, etc.
• Web apps are more user-friendly and personalized than websites, as they can adapt to user input and actions and provide customized features and experiences, such as login, preferences, notifications, etc. etc.
• Web apps are more secure and reliable than websites, as they can protect user data and information with encryption and authentication and have better performance and stability with caching and offline modes.