Application Server Management
Application Server Management
Features
-
24x7 Application Monitoring & Alerts
-
Profuture Server Setup (Apache, Nginx, Node.js, Php, Paython)
-
Patch Management & Service Updates
-
Application Log Monitoring & Troubleshooting
-
Performance Tuning & Load Optimization
-
Role-Based Access & User Control
-
Load Balancer & Failover Configuration
-
On-Demand Service Restart & Recovery
-
Web Firewall & Security Policy Enforcement
-
Expert Support with SLA Response Times
Additional Services
-
Initial Setup and Configuration
Secure installation and configuration of Apache, Nginx, Tomcat, IIS, Node.js, and other application servers -
Performance Tuning and Optimization
Optimize server response times, thread handling, caching, and application load performance -
Backup and Recovery Planning
Automated backups of app configurations, logs, and critical data with full recovery procedures -
High Availability and Load Balancing
Configure clustering, load balancing, and failover to ensure zero downtime and maximum availability -
Application Security and Hardening
Enforce firewall rules, patch vulnerabilities, manage SSL/TLS, and protect against DDoS and exploits -
Deployment and Upgrade Services
Smooth rollout of application updates, patches, and version upgrades with minimal disruption -
Monitoring and Health Checks
Real-time tracking of app health, CPU/memory usage, service uptime, and error logs -
Cloud Application Management
Expert management of applications deployed on AWS EC2, Azure App Service, GCP App Engine, and hybrid environments -
24/7 Support and Maintenance
Round-the-clock technical assistance, log reviews, and incident resolution backed by strict SLAs
Application Server Management by Certified Experts
Are you looking to deploy your Node.js application in a production environment? Pairing it with Nginx, a high-performance and lightweight web server, is one of the best practices for creating fast, secure, and scalable web applications. This combination allows Node.js to focus on application logic while Nginx handles web-serving, SSL, and traffic optimization.
Why Use Nginx with Node.js?
Node.js is designed for handling asynchronous tasks and backend logic, but it’s not optimized for certain production tasks like:
- Serving static files such as images, CSS, and JavaScript efficiently
- Handling HTTPS/SSL encryption and certificate management
- Request buffering for high concurrent traffic
- Managing load balancing across multiple server instances
This is where Nginx as a reverse proxy excels. Acting as a middle layer between clients and your Node.js application, it enhances security, reduces latency, and optimizes resource utilization.
Key Benefits of Node.js with Nginx
Enhanced Performance
Nginx offloads static content serving, improving page load speed and reducing the workload on Node.js.
Request Optimization and Caching
Buffers requests, compresses responses with gzip, and serves cached content for better performance.
SSL Termination & Security
Handles HTTPS connections with Let’s Encrypt or custom SSL certificates, keeping Node.js behind a secure reverse proxy.
Improved Resource Utilization
By separating web serving from application logic, CPU and memory usage become more efficient, enabling seamless scaling.
Load Balancing and Scalability
Distributes traffic across multiple Node.js processes or servers, ensuring high availability and preventing overload.
Typical Production Setup
A common architecture involves:
- Nginx listening on ports 80/443 for all incoming HTTP/HTTPS traffic
- SSL termination and optional caching/compression at Nginx
- Forwarding requests to Node.js running on an internal port (e.g., 3000 or 8080)
- Optional load balancing across multiple Node.js processes using PM2 or Docker
Why Leading Companies Trust This Setup
- Lower latency for end-users
- High uptime with minimal downtime risk
- Secure and scalable architecture ready for production workloads
Elite in build and scale smarter with application servers
Frequently Asked Questions
It is designed to process business logic, manage user requests, and deliver dynamic responses between the client interface and backend systems. It ensures smooth communication and reliable performance.
A web server mainly delivers static content like HTML pages and images. This technology, however, handles complex operations such as database connectivity, transaction processing, and security management.
It improves performance, enhances security, and supports scalability. Organizations rely on it to manage enterprise applications, e-commerce platforms, and cloud-based services efficiently.
Yes, it supports various languages such as Java, .NET, Python, and PHP, allowing developers to build flexible and powerful applications.
Absolutely. It works well in cloud and container-based environments, offering scalability, reliability, and easy integration with modern infrastructure.