Services

Cloud & Server Migration

Move to Cloudflare, AWS, DigitalOcean or VPS with seamless server migration that improves speed, protects data and reduces cost.

Illustration of data containers migrating from an old server up to the cloud

Your old server is slowing down, costs are rising, and scaling has become impossible. Or your current hosting provider is no longer meeting your needs, but you don’t know where to start or how to keep your systems running during the transition. A poorly managed server migration can result in hours of downtime, data loss, and a serious erosion of customer trust.

Our Solution Approach

At Barlas Dijital, we approach every migration project within its own context. By analyzing the existing infrastructure, traffic load, and technical requirements, we jointly determine the most appropriate target platform. We then prepare a phased migration plan to minimize downtime to near zero: the old and new systems run in parallel, and all tests are completed before the DNS cutover. With our 20-plus years of infrastructure experience, we manage migration projects of every scale.

Scope & Features

  • Existing infrastructure audit — Application, database, traffic profile, and dependency analysis
  • Target architecture design — Optimal structure plan for Cloudflare, AWS, Hetzner, or DigitalOcean
  • Zero-downtime migration planning — DNS cut-over strategy, parallel environment operation, and rollback procedure
  • Application and database migration — MSSQL, PostgreSQL, or MySQL database transfer; application configuration
  • Docker and containerization — Migration to container architecture for portable and repeatable deployments
  • SSL, domain, and email transfer — All configurations set up and running in the target environment
  • Performance and security testing — Load, response time, and security validation before going live
  • Post-migration stabilization support — Monitoring, anomaly detection, and rapid response for the first 2–4 weeks

Technical Standards

Cloudflare Pages and Workers are preferred for JAMstack and edge-based applications. AWS (EC2, RDS, S3, Lambda) is evaluated for enterprise scale. For cost-performance balance, Hetzner or DigitalOcean VPS is combined with Docker. Setting up a CI/CD pipeline automates the deployment process.

Who Is It For?

  • Growing web applications looking to migrate from shared hosting to VPS or cloud
  • Existing cloud users paying high bills but seeing no performance gains
  • SMEs that are forced to manage their own server maintenance but cannot dedicate the time to it

Expected Outcomes

  • Upon completion of the migration, the infrastructure becomes faster, more reliable, and automatically scalable
  • Monthly infrastructure costs can decrease by 20–40% with the right platform selection
  • Automated backup, monitoring, and load balancing mechanisms are activated
  • The development team can focus on product development instead of server maintenance

Frequently Asked Questions

Will our site go down during the migration?

The goal is to bring downtime as close to zero as possible. The old and new systems run in parallel for a period, and all tests are completed before the DNS cutover. A rollback procedure is kept ready in case something unexpected happens.

How do we decide which platform to move to?

We first review the existing infrastructure, traffic load and technical requirements, then determine the target platform together. Cloudflare Pages and Workers suit JAMstack and edge-based applications, AWS (EC2, RDS, S3, Lambda) is evaluated for enterprise scale, and Hetzner or DigitalOcean VPS combined with Docker fits a cost-performance balance.

Are the database, email and SSL settings migrated too?

Yes. MSSQL, PostgreSQL or MySQL database transfer and application configuration are in scope. SSL certificates, domain and email configurations are also set up and working in the target environment.

What happens once the migration is complete?

Load, response time and security testing is done before going live. After that you get monitoring, anomaly detection and rapid response for the first 2-4 weeks. Automated backup, monitoring and load balancing mechanisms are activated at this stage as well.