SSD VDS (SSD Virtual Dedicated Server) is a virtual server service that runs on virtualization infrastructure with core resources like CPU/RAM exclusively allocated to you, providing high speed with SSD/NVMe disk technology at the storage layer. Unlike shared hosting solutions, even though there are other customers on the same physical server, resources are allocated in a planned and isolated manner in the VDS structure. This makes your application's performance more predictable.

SSD/NVMe storage creates a significant speed advantage especially in databases, e-commerce, read/write intensive applications, cache systems and high-traffic websites. With lower latency, higher IOPS and faster data access, page load times are reduced, user experience increases and server-side processing times decrease.

The right plan selection should be based on your project's workload and growth expectations.

CPU: If your application does intensive processing (API, reporting, image processing, intensive PHP/Node/Java processes), CPU cores become important. RAM: Cache, database (MySQL/PostgreSQL/Redis), large frameworks and high concurrent users increase RAM consumption. Disk: Disk performance is as critical as storage capacity; log growth, upload area, backup and database size should be considered. Traffic/Network: As visitor count, media content and API traffic increase, bandwidth and network capacity become important.

If you are just starting, it is healthiest to start with a plan that meets your needs and proceed with resource scaling as your application grows. The Netinternet team can provide recommendations for CPU/RAM/Disk balance based on your usage scenario.

The prominent benefits of SSD VDS are not just speed; it also offers significant advantages in terms of stability, scalability and manageability.

High IOPS and low latency: SSD/NVMe disks provide noticeable performance improvement especially in database and file access. Resource isolation: Exclusive allocation of resources like CPU/RAM reduces the risk of being affected by neighboring user density. Better scalability: Growing resources as traffic increases is much faster and more practical than server migration. Flexibility: You can freely install and customize the operating system and software architecture suitable for your application. Suitability for enterprise scenarios: Works efficiently in many scenarios such as e-commerce, ERP integrations, CRM applications, API services, game servers and agency projects.

Yes. SSD VDS services inherently have a scalable structure. When your needs increase, you can scale up resources like CPU/RAM/Disk, and when your usage decreases, you can plan a transition to a more suitable package.

Scale-up: Generally completed quickly; some operations may require a brief restart. Scale-down: Planned more carefully; especially if disk capacity is to be reduced, steps like data migration/cleanup may be required.

For the best experience, we recommend checking your critical services and database before upgrading/downgrading, and if possible, setting a planned maintenance window. The process is guided by the Netinternet technical team upon your request.

Popular Linux-based distributions (Ubuntu, Debian, AlmaLinux, Rocky Linux etc.) can be commonly used on SSD VDS servers. Licensed Windows Server options can also be preferred according to your needs.

Depending on your application's requirements, you can freely install and manage components such as web server (Nginx/Apache), database (MySQL/PostgreSQL), cache (Redis), container architecture (Docker) and similar.

Yes. Backup service is offered as a paid service. Backup and restore scenarios are critically important for data security in SSD VDS infrastructure. Methods such as periodic backup, manual backup or snapshot can be applied according to needs.

The snapshot structure provides quick rollback capability especially before risky operations such as version updates, application changes or configuration revisions. Backup policy should be planned according to data size, RPO/RTO expectations and business criticality.

Note: As a best practice, you should not rely on a single copy approach for critical data. It is important to design architecture following the 3-2-1 backup principle (3 copies, 2 different media, 1 offsite) for business continuity.

On the Netinternet side, the network infrastructure includes DDoS protection layers and traffic control mechanisms. On the server side, firewall rules, access restrictions, update policies and monitoring processes are important. All these processes are done by the user or paid technical support service can be obtained for these matters.

Recommended basic security steps: limiting root/administrator access, securing SSH/RDP ports, using strong passwords/keys, 2FA supported management processes, regular updates and log monitoring. WAF, IDS/IPS and centralized logging architectures can also be configured as needed.

Yes. Basic guidance and planning support for migrating your existing infrastructure to SSD VDS can be provided as a paid service. The migration method is determined according to application type (website, panel, database, mail, microservice etc.), data size and your downtime tolerance.

The general process consists of inventorying the existing server, DNS/TTL planning, data synchronization, verification in test environment and planned cut-over steps. Parallel setup and final synchronization approach can be preferred to reduce downtime.

You can reach our 24/7 technical support team via support tickets. Rapid response processes are carried out for hardware/infrastructure failures, network access and service continuity issues. Basic support services are provided completely free of charge.

Additionally, managed service scope can be created upon request: more comprehensive paid support can be offered on operational topics such as operating system updates, security hardening, monitoring-alarm setups, backup policy design and performance optimization. (Scope, SLA and responsibility matrix are clarified on a project basis.)