AWS-Based Managed Hosting Model
\n\n Today, the success of a website is not limited to design or software alone.\n A fast, secure, and continuously available infrastructure is critical for the long-term sustainability of any digital project.\n In this article, we share the technical approach behind the managed hosting services we provide on AWS\n and the operational advantages this model offers to businesses.\n
\nThe Real Need in Web Projects: A Reliable and Secure Infrastructure
\n\n Once a web project goes live, the real work begins. Performance, security, backups, and maintenance\n directly impact the long-term success of the project. Client expectations, however, are very clear:\n
\n\n The website must be fast, continuously available, and supported with rapid intervention when issues arise.\n
\n\n Server management requires technical expertise, continuous monitoring, and proper configuration.\n For this reason, having infrastructure managed by a professional team provides both time and cost efficiency for businesses.\n
\nNot Hosting, but a Managed Service Approach
\n\n In traditional hosting models, the server is handed over to the client, and operational responsibility largely falls on them.\n In a managed hosting model, the entire infrastructure is handled end-to-end by our team.\n
\n\n Your website’s infrastructure, performance, security, and maintenance are professionally managed.\n\n
\n This approach provides several key advantages:\n
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- Infrastructure processes are managed in a standardized and controlled manner. \n
- Potential issues are detected before they impact end users. \n
- Businesses can focus on their core operations without dealing with technical details. \n
- A more predictable and sustainable cost structure is achieved over the long term. \n
Our AWS Infrastructure Architecture
\n\nApplication Servers (EC2)
\n\n Separate application layers are designed based on backend and frontend requirements.\n Server resources are allocated according to actual usage data, avoiding unnecessary capacity costs.\n
\n\n This approach ensures performance while keeping costs under control.\n The infrastructure can be easily scaled in line with evolving business needs.\n
\n\nDatabase Layer (RDS – MariaDB)
\n\n Database management is one of the most critical and sensitive aspects of any project.\n With AWS RDS, we provide:\n
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- Automated backups and recovery scenarios \n
- Regular maintenance and updates \n
- Secure access controls and monitoring \n
\n High-availability options are evaluated based on the scale and requirements of each project,\n avoiding configurations that may introduce unnecessary costs.\n
\n\nNetwork and Security Architecture
\n\n The infrastructure is isolated using AWS VPC and security groups.\n Only required services are exposed, and all connections are tightly controlled.\n
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- Authorized IP-based access \n
- Closure of unnecessary ports and services \n
- Basic security hardening practices \n
Cost and Performance Optimization
\n\n Cost control on AWS is achieved through continuous monitoring and proper configuration.\n As part of this process:\n
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- Server resources are optimized based on real usage metrics. \n
- Database performance and capacity settings are tailored to actual needs. \n
- Unnecessary network and storage costs are reviewed on a regular basis. \n
\n All changes are applied incrementally and validated through measurement.\n This ensures cost efficiency without compromising performance or stability.\n
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