BigRock VPS Hosting Review: My Real Experience Deploying Laravel, WordPress, Node.js & Python
I purchased a BigRock NVMe VPS, configured the server from scratch, deployed multiple real-world applications, and documented everything—from the initial setup to the small frustrations that most reviews never mention.
Quick Review Summary
BigRock VPS Hosting Review — Why I Decided to Test It
Most hosting reviews are written after spending a few minutes exploring the dashboard or simply rewriting information from the provider’s website. I wanted to do something different.
For this BigRock VPS Hosting Review, I purchased the VPS with my own money, configured the server from scratch, installed Ubuntu 22, secured SSH access, deployed aaPanel, and hosted multiple real-world applications instead of a simple demo website.
The goal wasn’t just to see whether the server could boot successfully. I wanted to understand how it behaves during day-to-day development, how easy it is to configure, and whether it offers good value for developers who work with modern technologies.
Over the next few days, I deployed Laravel applications, WordPress websites, Node.js services, and Python projects while documenting every step of the process. Whenever I encountered something that worked well—or something that could be improved—I made notes for this review.
If you’re looking for shared hosting instead of a VPS, you can also read my BigRock Hosting Review India , where I tested BigRock’s shared hosting plans.
Developer Note
Everything shown throughout this review comes from my own VPS deployment.
- Purchased using my own account
- Real server configuration
- Real screenshots
- Laravel deployment
- WordPress deployment
- Nodejs deployment
- Python deployment
- No sponsored content
- Honest observations including minor issues
Server Configuration Used for This Review
To keep this review transparent, here’s the exact VPS configuration that I purchased and tested throughout the article.
For this review, I installed
Ubuntu Server 22 LTS because it is one of the most widely used Linux distributions for production VPS deployments.
What You will Learn Next
Now that you’ve seen the exact server configuration, let’s move on to the actual buying experience. I’ll walk you through how long the VPS took to provision, what happened after the payment, the welcome email, and my first login to the server before deploying any applications.
My Buying Experience: From Payment to First Login
After purchasing the NVMe 2 plan, I was curious to see whether the actual onboarding experience would match BigRock’s claims. Most hosting providers advertise instant VPS deployment, but very few reviews explain what really happens after the payment is completed. Since this is a hands-on BigRock VPS Hosting Review, I decided to document every step instead of skipping directly to the performance tests.
The checkout process itself was simple and didn’t take more than a few minutes. Once the payment was successful, I immediately received an order confirmation email. A short while later, another email arrived containing everything required to access the VPS, including the server IP address, SSH credentials, operating system information, and links to the VPS management dashboard.
I appreciated that I didn’t have to manually activate the server or contact customer support to complete the setup. Everything was provisioned automatically, allowing me to move directly to the next step without unnecessary delays. For developers, this is always a good first impression because the faster you receive access, the sooner you can start configuring the environment.
Before installing aaPanel or uploading any application, I always verify that the allocated resources match the plan I purchased. Rather than assuming everything is correct, I prefer checking the operating system, virtualization type, bandwidth allocation, and server status first. It only takes a minute but helps avoid surprises later in the deployment process.
My First Impression of the Dashboard
The dashboard felt clean, responsive, and easy to understand. Common management options such as restarting the VPS, accessing VNC, monitoring the server, and viewing bandwidth usage were easy to locate without navigating through multiple pages. While the interface isn’t overloaded with advanced features, it provides everything needed for the initial server setup.
One thing I liked was being able to confirm the server details at a glance. Seeing Ubuntu 22, KVM virtualization, the allocated bandwidth, and the current VPS status gave me confidence that the provisioning had completed successfully. At this stage, everything looked exactly as expected, which made it easy to continue with the deployment process.
So far, my experience had been smooth. The real test, however, would begin after connecting through SSH, installing aaPanel, and deploying actual Laravel, WordPress, Node.js, and Python applications instead of relying on synthetic benchmarks or empty server statistics.
💡 My Honest Observation
The purchasing and provisioning experience was straightforward and beginner-friendly. From payment to dashboard access, I didn’t encounter any activation issues or unnecessary delays. Although this was a positive start, I knew the real value of the VPS would only become clear after running production-style workloads on it.
What’s Coming Next?
With the VPS successfully provisioned and verified, the next step was connecting to the server over SSH and installing aaPanel. This is where the review becomes more technical, as I will show the complete server setup process before deploying Laravel, WordPress, Node.js, and Python applications on the VPS.
Preparing the Server: Installing aaPanel & Verifying Resources
With the VPS fully provisioned, my next step was connecting to the server through SSH and preparing it for real-world deployments. Rather than installing individual services manually, I decided to use aaPanel,a lightweight server management panel that simplifies tasks such as website deployment, SSL management, database administration, scheduled jobs, and PHP version management.
The installation itself was straightforward. After logging into the Ubuntu 22 server through SSH, I updated the operating system, executed the official aaPanel installation script, and waited a few minutes for the required services to be configured automatically. Once the installation finished, aaPanel generated a secure login URL along with the administrator credentials, allowing me to access the dashboard from my browser.
Before deploying any applications for this BigRock VPS Hosting Review, I always spend a few minutes verifying the server’s health and allocated resources. The dashboard confirmed that the VPS was running on Ubuntu 22 with the expected hardware allocation, while CPU usage remained low and memory consumption was well within normal limits for a freshly configured server. This quick verification helps ensure that the environment is stable before installing development frameworks and production workloads.
One thing I particularly liked about aaPanel was how quickly it presented the information I actually needed. Instead of relying entirely on terminal commands, I could monitor CPU utilization, RAM usage, disk space, traffic statistics, databases, security status, and installed services from a single interface. For developers managing multiple projects, this significantly reduces the time required for routine server administration.
💡 My Honest Observation
The aaPanel installation was completed without any unexpected issues, and the dashboard immediately recognized the VPS resources correctly. At this stage, the server felt ready for actual development work rather than remaining an empty virtual machine. My next goal was to see how it would perform while hosting real Laravel, WordPress, Node.js, and Python applications.
What’s Coming Next?
With the server fully configured, it was finally time for the real test. Instead of relying on synthetic benchmarks, I deployed actual Laravel, WordPress, Node.js, and Python applications to evaluate how the VPS performed under practical development workloads. The following sections cover the complete deployment process, performance observations, and the issues I encountered along the way.
Deploying My First Laravel Application
At this point in my BigRock VPS Hosting Review, the server was fully configured and ready for practical testing. Rather than relying on synthetic benchmarks or empty resource graphs, I wanted to see how the VPS handled an actual development environment. Since Laravel is the framework I work with most often, it became the first application I deployed on the server.
The deployment process included installing the required PHP version, Composer, configuring the web server, creating a database, setting the correct file permissions, and updating the environment configuration. I also enabled HTTPS, verified database connectivity, and confirmed that background services were running correctly before considering the deployment complete.
One thing I appreciated was that the VPS remained responsive throughout the setup process. Whether I was installing dependencies, running Composer commands, or clearing Laravel caches, there were no unexpected slowdowns or resource spikes that would interrupt the workflow. For a server with just 1 vCPU and 2 GB RAM, the overall experience felt surprisingly smooth.
This stage was important because it represented a realistic development scenario rather than a controlled benchmark. A VPS may look impressive on paper, but the real test begins when applications, databases, and supporting services start working together under normal workloads. That is exactly what I wanted to evaluate throughout this review.
💡 My Personal Observation
The Laravel deployment completed without any unexpected configuration issues. Everything from dependency installation to database connectivity worked as expected, allowing me to move on to performance testing instead of troubleshooting server configuration problems. That gave me confidence that the VPS was ready for additional deployments.
What’s Coming Next?
With Laravel running successfully, I continued my BigRock VPS Hosting Review by deploying WordPress, Node.js, and Python applications. Testing different technology stacks helped me evaluate how the VPS performed under real-world development workloads instead of relying on a single framework.
Deploying My First WordPress Website
• Ubuntu 22
To continue this BigRock VPS Hosting Review, my next deployment was WordPress. Since WordPress powers millions of websites worldwide, I wanted to see how the VPS handled a typical production-style setup rather than a simple demo installation.
Using aaPanel, I created a new website, configured the database, installed PHP, enabled HTTPS, and completed the WordPress installation. I then logged into the dashboard, installed a theme, activated a few essential plugins, and verified that everything was working correctly without additional server configuration.
The overall experience was smooth. The website loaded quickly after installation, the WordPress dashboard felt responsive, and common administrative tasks such as installing plugins, updating settings, and managing files completed without noticeable delays. Even on a VPS with 1 vCPU and 2 GB RAM, the server remained stable throughout the deployment.
💡 My Personal Observation
WordPress deployment was straightforward and didn’t require any unexpected troubleshooting. Once the initial setup was complete, the VPS handled routine administrative tasks comfortably, making it a practical choice for personal websites, blogs, business sites, and small client projects.
Performance Under Real-World Workloads
After deploying Laravel, WordPress, Node.js, and Python, the final stage of this BigRock VPS Hosting Review was measuring how the VPS performed during everyday development tasks instead of relying on synthetic benchmark scores.
Throughout my testing, the server remained responsive while switching between applications, installing dependencies, managing databases, and performing routine administrative tasks. CPU and memory usage stayed within reasonable limits, and I didn’t experience unexpected crashes or noticeable slowdowns during normal development.
Although this VPS isn’t designed for large enterprise workloads, it proved more than capable of handling personal projects, business websites, development environments, APIs, and small client applications. For its price point, the overall performance exceeded my expectations.
💡 Performance Summary
- Stable during Laravel deployment
- Smooth WordPress administration
- Low idle resource usage
- Fast NVMe storage responsiveness
- Suitable for developers and small production workloads
Performance Under Real-World Workloads
After deploying Laravel, WordPress, Node.js, and Python, the final stage of this BigRock VPS Hosting Review was measuring how the VPS performed during everyday development tasks instead of relying on synthetic benchmark scores.
Throughout my testing, the server remained responsive while switching between applications, installing dependencies, managing databases, and performing routine administrative tasks. CPU and memory usage stayed within reasonable limits, and I didn’t experience unexpected crashes or noticeable slowdowns during normal development.
Although this VPS isn’t designed for large enterprise workloads, it proved more than capable of handling personal projects, business websites, development environments, APIs, and small client applications. For its price point, the overall performance exceeded my expectations.
💡 Performance Summary
- Stable during Laravel deployment
- Smooth WordPress administration
- Low idle resource usage
- Fast NVMe storage responsiveness
- Suitable for developers and small production workloads
Pros & Cons
👍 What I Liked
- Real NVMe SSD storage with good responsiveness
- Quick VPS provisioning after payment
- Ubuntu and aaPanel installation was straightforward
- Handled Laravel and WordPress deployments smoothly
- Dedicated IP included
- Good value for developers and small projects
👎 What Could Be Better
- 1 vCPU has limitations for heavier workloads
- 2 GB RAM isn’t suitable for multiple high-traffic applications
- Beginners may still need basic Linux knowledge
Final Verdict
After completing this BigRock VPS Hosting Review, I can confidently say that the NVMe 2 VPS offers solid value for developers, freelancers, students, and small businesses looking for an affordable virtual server. My experience—from purchasing the VPS to deploying Laravel, WordPress, Node.js, and Python—was smooth, and the server remained stable throughout the testing process.
While it isn’t intended for large-scale enterprise applications, it provides enough performance for development environments, business websites, APIs, and small production projects. If your requirements match this type of workload, I wouldn’t hesitate to recommend it.
⭐ My Recommendation
If you’re looking for an affordable VPS with NVMe storage and want to build websites or deploy modern web applications, BigRock’s NVMe VPS is worth considering.
