You want to build a web application for your business. Which platform should you choose?

This is highly varient depending on several factors such as, the scale of the business, considered budget, location, target customers, maintainability and some personal prefrences alongside some other factors. considering these factors and suitable guidance is the key for a successfull business web application

Infrastructure as a Service (IaaS) provides the foundational infrastructure and resources for web application development, including support for coding languages, databases, hosting, security, scalability and indirectly contributes to aspects of user interface design. IaaS offers virtualized computing resources over the internet and allows you to scale resources as needed. Some examples of IaaS platforms include: ?? Kubernetes ?? VMware Cloud Foundation ?? Amazon EC2 ?? CloudFoundry These platforms allow you to potentially make workloads faster, easier, more flexible and more cost efficient. It enables scaling and shrinking resources on-demand basis, reducing the need for high, upfront capital expenditures or unnecessary infrastructure.

You can start your business with free serverless for BE an FE which is even better for start ups using Cloudflare workers, Pages (with React), R2 (CDN, similar to S3), Supabase for authentication and database, Upstash (Redis) and Resend (for emails) You can have the whole infrastructure done in few minutes. And is all free for around 100k requests a day

The platform you choose will rely on a number of criteria, including your company's unique needs, your team's technical proficiency, your budget, your need for scalability, and the degree of customization you want. The following are a few well-known platforms that are frequently used in web application development: Ruby on Rails,Node.js,AWS, or Amazon Web Services and Google Cloud Platform (GCP)

I will be using following technical stack Backend: PHP - Laravel Frame Work Frontend: React Database: MySQL - (If large transactions expected we can use RDS) Server: AWS EC2 Instance

For building a web application, consider factors like your team's expertise, project complexity, and scalability needs. For rapid development, choose low-code or no-code platforms like Bubble or Webflow. If opting for coding, select a programming language (JavaScript, Python) and web framework (React, Django) based on familiarity and project requirements. Database management systems like MySQL or MongoDB depend on data structure and scalability needs. Cloud providers such as AWS or Google Cloud offer scalable infrastructure and services. Assess each aspect carefully to align with your business goals and resources.

It's essential to consider one that allows for rapid development and scalability. React, for example, is a popular JavaScript library that facilitates creating user interfaces with a focus on responsive and interactive elements. Coupled with AWS (Amazon Web Services) for backend services, you can ensure your application is not only quick to develop but also secure, scalable, and reliable. AWS offers a wide range of cloud-based services, including computing power, database storage, and content delivery, which can be crucial for growing businesses. Together, React and AWS provide a robust foundation for developing a web application that meets your business needs while allowing for future expansion.

Wix, and WordPress. These offer drag-and-drop interfaces, templates, and pre-built components for designing your application. Web frameworks like Django, Rails, and Spring provide libraries and tools that help you write code for your web application, while cloud platforms such as Amazon Web Services, Google Cloud Platform, and Microsoft Azure offer services for hosting, running, and scaling your web application on the internet. These cloud platforms also provide features

Back end servers like Firebase, Supabase, and Appwrite can also be used so that you don't need to write your back end authentication, database, etc. logic from scratch. These platforms provide APIs you can use so that you can focus on your front end.

This decision heavily depends on the business goals, expected time to market and understanding of scalability required. A few years ago our team was designing MVP for real estate agency platform assuming that amount of some actions is limited by a size of agency (where we no plans to scale it over 50 employees, so amount of deals was limited) - it was easy to save money on development and support of unnecessary automation. By adding some manual work to one support agent via email. However, this wasn’t the case for another our client - renda.kz. They provide a service for deposit free renting and got a small legal team. Assuming the amount of traffic they expected from the day one - our goal was to provide full automation and scalability

It's crucial to assess the programming languages and technologies your team is most comfortable and experienced with. This assessment will help ensure a smoother development process and more efficient problem-solving. For example, if your team excels in JavaScript, a platform like Node.js for backend and React or Angular for the frontend might be ideal. If Python is your team's strength, Django or Flask could be better choices. Consider the project's requirements, the community support for the platform, and its scalability. Matching the platform with your team's skills will lead to more effective development and maintenance of your web application.

Assessing your requirements well before starting development will help a lot. This will help you choose the right tools for the job. Choosing a platform that you have familiarity/expertise in will also aid in development velocity.

This highly depends on what type and at what scale the SaaS will be. But more often I would say to use combination of Low Code and some backend framework like Nest JS for bigger application, Express JS for smaller application, and then we have Go, Python, and JAVA to choose.

When choosing a platform you need to consider the below points: * Business Needs: Align the platform's features with your application's essential functionalities. * Technical Expertise: Select a platform that matches your development team's skills for efficient development. * Scalability: Choose a platform that can accommodate future growth in your user base. * Cost: Consider development, deployment, and ongoing maintenance costs.

For me, it is all about reuse, consistency, deployment, performance and cost. For years now, .Net Core and AWS Lambda DotNet have delivered all of the above for multiple client scenarios.

In 2024, there are a lots frameworks to choose from and all of them are getting similar to each other update after update. However there are still a few key differences between the 3 major ones, namely React, Angular and Svelte which are: React: Pros: Easy to learn, declarative, component-based, large ecosystem. Cons: Fewer resources, over-flexibility. Angular: Pros: Comprehensive for enterprise projects, TypeScript support, powerful CLI. Cons: Steep learning curve, verbose syntax. Svelte: Pros: High performance, easy to learn, small package size. Cons: Smaller community, no TypeScript support. Fun fact, Svelte stopped Typescript support just last year after they migrated to JSDOC similar to JAVADOC in java to improve performance.

Consider your business needs, budget, technical expertise, and scalability requirements when choosing a platform for your web application. Cloud-based solutions like IaaS (Infrastructure as a Service), PaaS (Platform as a Service), and SaaS (Software as a Service) offer scalability and flexibility. With pay-as-you-go models, you can avoid upfront costs and maintenance headaches. If you have technical expertise and require a high level of customization, custom development using frameworks like React or Node.js may be suitable. Remember to also consider factors such as security, support, and long-term maintenance when choosing the right platform for your web application.

Platforms offer various pros and cons for web application development. On the plus side, they streamline the creation process, making it faster and more efficient, and provide features and services that might otherwise be inaccessible. Platforms also help avoid common development errors, enhancing security, reliability, and scalability. However, they can also stifle creativity by limiting design and development flexibility and impose constraints on performance, compatibility, and integration. Furthermore, reliance on platforms increases risks related to changes in pricing, availability, and updates. Lastly, using a platform might require learning new languages, tools, and technologies, adding to the learning curve.

Platforms offer advantages like faster development, access to features, and error prevention. They enhance security, reliability, and scalability. However, they may limit creativity and flexibility, impose restrictions, and increase dependency on external factors. Additionally, adapting to new technologies and tools may be required.

Platforms have different costs, delivering features speed, reliability, scalability, flexibility, security, agility, your team expertise, etc. You should understand which parameters are more important for your app and make the best choice by yourself. Great articles about platforms are mostly done by the marketing department of the company that made that platform. Do not forget that only you are risking your time and money.

AWS provides a wide range of services that cater to different aspects of web application development, including computing power, database storage, content delivery, and much more. To select the right AWS services, consider your application's specific requirements, such as the expected load, data processing needs, and security concerns. Additionally, evaluate the technical expertise of your team to ensure they can effectively utilize AWS's offerings. AWS also offers various tools and documentation to support your development process, making it a versatile choice for businesses looking to leverage cloud technology for their web applications.

Mainly used Application frameworks in today's industries , are like below : 1. For backend Spring Boot 2. For frontend, Angular Js or ReactJS 3. For Data storage, AWS services or IBM Cloud 4. DB connection - JPA Repository, Hibernate, NoSQL 4. Testing frameworks : JUnit, Mockito, Powermockito 5. Deployment - Jacoco, Jenkins pipeline

In my experience, I always strongly feel to choose platforms which are common and you get people to do rather than choosing a niche one and struggle to staff. There is always room for migration and upgradation. Java based Spring applications are my first bet as middleware React or Angular can be FE AWS cloud to be used for all deployment, RDS etc…

If you have a good architecture — you can use multiple platforms at once, and switch to the new one if it covers some of your demands better. You even can make A\B tests between platforms. Also, I want to mention that you need to log every action that your client or your app performs. A reliable logging system would save you a ton of nerves, time, and money on the first serious accident. When I was developing an B2B SMS gateway service we had a lot of different SMS providers. Sometimes we use multiple providers for a single marketing campaign when the most crucial parameter for the client was the time of delivering messages to all users.

For web application development beyond mainstream consider these platforms: DigitalOcean: Known for simplicity and developer-focused features, it offers cloud services that help deploy apps efficiently with straightforward pricing. Linode: Provides high-performance SSD Linux servers ideal for applications needing fast computing and persistent storage. Vercel: Tailored for front-end frameworks like Next.js, it facilitates easy deployment and is great for dynamic backends via serverless functions. Netlify: Best for projects using static site generators and serverless backends, offering continuous deployment from Git and a global delivery network for high performance.

Choosing the right platform for your web application is vital and depends on your business size and needs. For small businesses looking for a simpler application, WordPress is ideal, offering a user-friendly and customizable Content Management System (CMS), perfect for those seeking a strong online presence without deep technical skills. In contrast, larger enterprises requiring complex, high-performance solutions might prefer Node.js or a similar stack, which offers the flexibility to build more dynamic, scalable applications. Whether opting for the simplicity of WordPress or the robust scalability of Node.js enhanced with React or Angular on AWS or Azure, it's crucial to select a platform that aligns with your specific requirements.

It's crucial to consider how quickly you can move from concept to launch. Look for platforms that offer a comprehensive set of tools and services that streamline the development process, such as pre-built templates, drag-and-drop builders, and easy integration with databases and APIs. Cloud-based platforms like AWS or Google Cloud can provide scalable infrastructure that grows with your application, while frameworks like React or Angular can speed up frontend development. Ultimately, choose a platform that aligns with your team's skills and can help you achieve a swift and efficient deployment.

Picking up a platform isn't a simple task. You must also consider the organization structure to choose the best fit. After that, try to focus on exiting expertise of your team instead of just considering the "all the rage" frameworks

The main things to be considered are : 1. The backend framework like Spring, Struts (which is now out of date) , .Net, C#. 2. Front end technology like ReactJs , Angular, Type scripting 3. Database : JPA, Hibernate, MySQL, NoSQL, MongoDB Apart from this, other important factors are : 1. Scope of the project 2. Agile Methodology to be implemented to monitor Project progress 3. Tools for Deployment of code like Jenkins, CI, CD pipelines 4. L1, L2 and L3 team support

When considering platforms for web application development, it's essential to think about the long-term implications of your choice. Look beyond the immediate benefits and consider factors such as future scalability, maintenance requirements, and the platform's roadmap for updates and improvements. Additionally, pay attention to the platform's community and ecosystem. A strong community can provide valuable support, resources, and opportunities for collaboration. Lastly, keep an eye on emerging trends and technologies in the industry. Staying informed about new platforms and tools can help you make informed decisions and stay competitive in the ever-evolving landscape of web development.