June 19, 2024

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Why do Web Applications Vouch for Scalability?

5 min read
Assume that you built a web application, hosted it, promoted it adequately, and started getting a few customers.
Web Applications

Why do Web Applications Vouch for Scalability?

The ever-changing network infrastructure demands, service disruptions by customers and the need for downscaling the network for reducing the IT costs require scaling the websites!

Assume that you built a web application, hosted it, promoted it adequately, and started getting a few customers. After initial feedback, you performed a few iterations in the application and made it look better. Now it looks exactly as your customers want it to be. Now your application draws more requests per minute (RPM). A new set of people start using your app and suddenly can’t use it anymore at one point!

You tested the application before deploying it then how did this happen? It’s highly probable that you are in midst of a scalability problem. In another case, your cloud architecture is insufficient to carry the increasing load.

Meaning: What is scalability in web applications?

A website should be able to handle more work by adding more resources. The ability of the web application to handle numerous requests, and user queries, increase application features on demand, and simultaneously perform equally well within upturns and downsides of traffic is called scalability in web applications.

Challenges: What are the challenges in making scalable web applications?

Scalability is indirectly proportional to the inconsistent app architecture, code design, code development, code testing, integrating of third-party components, and limiting frameworks and hardware.

The potential roadblocks that IT Service Providers face in SaaS-driven environments are (1) Application Footprint, (2) Performance and Reliability, (3) Identity Access Management (IAM), and (4)  “Hybrid Cloud” Support, (5) Cost Pressures, etc.

What to do: How can you increase the scalability of your web application? 

When a business grows, an organization feels a need to scale its existing mobile application/website for the sake of growing sales, to accommodate more employees, to accommodate new products, or a combination of all three. They can increase the scalability by selecting modern web app frameworks like Node, react, Angular, Vue, or a combination of these.

Rules: Which principles account for website scalability?

Loop in these web app principles to scale your application, improve performance, and continuous availability. It is essential for the web application to be available all the time. If they are inaccessible it can cause serious damage to the company’s profits and reputation. SaaS and Cloud Solutions need to ensure uninterrupted lifelong access to the services.

Fast data retrieval, and malfunction traceability help in the proper structuring and segmenting of the application into relatively isolated parts.

Real-time response is a vital consideration to judge the performance of an online application. It not only concerns data retrieval on the storage or overall performance but also the speed of operations and response. Always keep in mind that you just have a few seconds to mark that positive first impression on your clients. If you do not keep within this time, the clients might divert.

Add Ons: Benefits of Scaling Web Applications

Scalability reduces request delays, and time to update code, and inventory controls app cost, restricts bug occurrence, improves user experience, increases sales, and builds trust with your customers.

Use Cases: Examples of Scalable Websites

Evernote, Bitly, Mint, Dropbox, Slack, Archello, and CapitalRise.

Cue: What is the secret to fast and scalable websites?

A technology stack that includes a collection of programming languages, frameworks, patterns, libraries, user interfaces user experience solutions, APIs’, and frontend and backend tools. It highlights Linux, Apache, MySQL, PHP and all components of the LAMP tech stack. Such stacks are open-source, free for trial, updating, and approval by the GIT community, and easy to use. It is easy to manage with dynamic content. It can be tweaked with other components like platforms (WordPress, Zoomla, Shopify, wooCommerce), JS Frameworks like Vue.js, Node.js, Ruby, and ASP.Net; but these must be supplemented with the project’s requirements, and business goals to achieve the intended aim. 

Process: How to build scalable web applications?

Scalable web app development includes techniques and features such as cache, indexers, queues, load balancers, and proxies, to make the website more stable, and scalable.

  • Service-Oriented Architecture (SOA) brings structural integrity, which simplifies development and saves a lot of time and effort in the long run. It isolates a lot of issues, due to which the issues of one function do not affect issues of another. 
  • Load balancers help distribute the load by distributing connections to nodes, enabling service performance by adding nodes. caches and cookies can be implemented simultaneously with load balancers to eliminate problems with the same requester that may be routed differently during ensuing visits. Load balancers contain multiple web servers and forward incoming requests to one of them to further distribute.
  • Cache to accelerate request retrieval. The cache is created with an idea that the query, which was executed earlier with a high frequency, will be executed again with high probability. A small repository is created for quick access to the results of frequent queries and to shorten the waiting time for the user to respond. Web developers and mobile app developers can insert the cache on the requesting node to make the data retrieval almost immediate for customers. The more nodes the app has, the more caches there will be, as each node should have its cache.
  • Proxy for coordinating multiple server requests. Proxies can collapse the multiple identical requests into one and lessen the queries to the database disk. Both the response time and database performance increase.
  • Indexes to implement quick search. The indexed database accounts for quick data retrieval, giving a faster response to users. Indexes are useful when the load or data volume is high and the tables become too cumbersome.
  • Queues streamline the process of writing and processing requests. It regulates concurrent requests and handles them in a large number. It enables clients to make requests, receive an acknowledgement, and check back periodically.
  • Web Servers with various configurations can be aligned with a set number of threads, connections, open file descriptors, etc. Different web servers have different configurations to tune the performance.
  • Relational Databases help each web server to serve the same content and talk to the same databases. It should be in notes that the system will not scale if many web servers talk to one database sever. Therefore it is essential to have a scalable architecture – Master-Slave or Master-Master configurations.
  • CDN Server can be optimized to serve static content including JavaScript, Images, and Cascading Style Sheets.

Conclusion: Let’s Grab Those Wiggling Views

Scalability is vital for modern web applications. This is possibly the reason why SaaS applications and cloud-provided services are fueling modern businesses (startups, midsize, enterprises). 

Your web application software must have the ability to increase or decrease its resources as required as per the changing demand. Scalability drives the business’s popularity. Optimizing SQL queries and implementing indexing strategies by creating and running a single query for multiple operations. Indexing the database eases the task of data retrieval with CRUD Operations for fetching the result. Building a website is the first part of your journey to digitize your business. But making it capable to scale, to accommodate more client requests should be the ultimate objective. It is advisable to start with application scalability even before beginning development.

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