Modern backend applications demand deployment solutions that are efficient, scalable, and simple to operate. Once a Python application is developed, selecting the right deployment platform becomes essential for ensuring stability, performance, and ease of maintenance. In this article, we explore two widely used deployment approaches: * Hosting applications on a Virtual
In today's fast paced development landscape, modern web applications need deployment platforms that are quick, scalable, and dependable. Choosing the right deployment strategy after building an Angular application can greatly enhance performance and developer productivity. In this article, we compare two popular deployment strategies: * Running applications on a
Modern web applications require fast, scalable, and reliable deployment platforms. After building a Next.js application, choosing the right deployment approach directly impacts performance, scalability, and developer productivity. In this article, we’ll explore two popular deployment strategies: running applications on a Virtual Machine with Microsoft Azure, and using a
Modern web applications need reliable platforms to host and deliver them to users. Once a Vue.js application is developed, the next step is deploying it so that it becomes accessible over the internet. There are many cloud platforms that can host Vue.js applications. Two common approaches include deploying
Deploying a React application means making your app available on the internet so users can access it from a browser. There are many cloud platforms available for deployment. In this article, we compare deploying a React application on Azure Virtual Machine and the Nimbuz platform. Both platforms allow you to
Taking your Angular application live requires choosing the right cloud hosting approach. AWS gives you deep control over infrastructure, while Nimbuz Platform focuses on automation and ease of deployment. In this article, we compare two distinct deployment paths: * Using Amazon Web Services EC2 to manually configure and manage your server
When it comes to deploying a Python application in the cloud, two options stand out: AWS EC2 and Nimbuz Platform. Both are powerful, but they take very different approaches. AWS EC2 offers flexibility and control but requires a more complex, manual deployment process. In contrast, Nimbuz Platform is built for
Auto scaling is a critical capability for modern applications. Traffic is unpredictable - new launches, campaigns, or sudden user interest can cause demand to spike without warning. Auto scaling ensures that the applications automatically adjust capacity so that performance remains stable. However, while the idea is simple, implementing auto scaling
As our application grew, manually testing the user interface became challenging. New features, frequent updates, and multiple environments made manual testing slow and error-prone. We needed a better way to ensure quality without slowing down development. That’s when we decided to use UI automation. Why We Chose UI Automation
Managing databases across environments often requires juggling multiple tools, local clients, and network configurations. CloudBeaver simplifies this by offering a powerful, browser-based database management interface. When combined with Nimbuz, CloudBeaver becomes even more effective deployable in minutes and securely connected to your databases without infrastructure overhead. This guide walks through
When you deploy an application on Nimbuz, it’s instantly accessible using a default domain provided by the platform. But for production use, branding, or customer-facing apps, most teams prefer using their own custom domain (like app.yourcompany.com). This guide explains: * How domains and DNS work traditionally * How Nimbuz
In modern web security, SSL certificates and HTTPS are no longer optional they are mandatory for every domain. Whether you run a blog, e-commerce site or enterprise application, securing your domain with HTTPS protects user data, improves SEO rankings and builds trust. This article explains what SSL and HTTPS are,
When it comes to deploying a Next.js application in the cloud, two options stand out: AWS EC2 and Nimbuz Platform. Both are powerful, but they take very different approaches. AWS EC2 offers flexibility and control but requires a more complex, manual deployment process. In contrast, Nimbuz Platform is built
When you deploy applications on the cloud, selecting the right instance type can make all the difference from performance to cost efficiency. Nimbuz simplifies this even further by offering optimized, ready to use instance classes so you can focus on building while we handle the performance tuning. Based on your
Building a Rust application delivers exceptional performance, safety, and efficiency thanks to its zero-cost abstractions and system-level control. But once you’ve written that high-performance code, the big question remains: where to deploy it? On one hand, AWS EC2 offers complete control from spinning up instances and managing security groups
Building a Go (Golang) application offers unmatched performance and simplicity with its compiled binaries and built-in web server capabilities. But after writing efficient code, the real question arises where to deploy it? On one hand, AWS EC2 provides complete infrastructure control from setting up servers, configuring firewalls, and managing SSL
When it comes to deploying a Vue.js application in the cloud, two options stand out: AWS EC2 and Nimbuz Platform. Both are powerful, but they take very different approaches. AWS EC2 offers flexibility and control but requires a more complex, manual deployment process. In contrast, Nimbuz Platform is built
In today’s dynamic cloud landscape, companies demand infrastructure solutions that not only meet technical needs but also keep costs predictable and manageable. Understanding the full cost of running applications on public clouds is more complex than just looking at compute prices, and that’s where the Nimbuz Platform shines.
Building a React application with Webpack ensures optimized, production-ready assets. But once the code is bundled, the real challenge begins: where to deploy it? On one side, AWS EC2 offers full control but demands manual setup from provisioning servers and configuring Nginx to handling SSL, monitoring, and scaling with load