System Foundation and Architectural Design
Hardware and virtualization (Hyper-V / VMware) resource planning, LVM/storage pool layout, NTP time synchronization, and licensing validation steps are executed.
Windows Server installation is a service that configures Windows Server operating systems, server roles (IIS, File/Storage, RDS), access policies, RDP security, update management (WSUS), and backup infrastructure according to production standards to meet the specific needs of the target workload.
In enterprise environments, Windows Server systems left with default settings carry high security risks, performance losses, and access vulnerabilities. Beyond a standard server setup, the process involves analyzing CPU, memory, disk I/O, and network bandwidth to design the appropriate licensing and architectural design.
During the process, RDP hardening measures (Network Level Authentication - NLA, IP restrictions, VPN/RD Gateway), IIS Web Server architecture, File & Storage Services permission matrix (NTFS/ReFS), Windows Firewall rules, BitLocker drive encryption, and audit policies are fully integrated.
Hardware and virtualization (Hyper-V / VMware) resource planning, LVM/storage pool layout, NTP time synchronization, and licensing validation steps are executed.
IIS Web Server, File & Storage Services, Remote Desktop Services (RDS) or FTP/Application Server roles are configured according to architectural standards as needed.
Windows Firewall rule sets, NLA-supported RDP security, Account Lockout and Audit policies, BitLocker drive encryption, and Least Privilege Principle (PoLP) authorizations are implemented.
Windows Server Backup / VSS snapshot policies, Event Log and performance monitoring (Performance Monitor), automatic update strategies (WSUS), and maintenance procedures are documented.
Assess the current environment, target and dependencies
Document scope, risks, acceptance and rollback
Implement, validate and document
The most recent version with ongoing official support from Microsoft (Windows Server 2022 / 2025) is preferred based on application compatibility, hardware capacity, and licensing model. The appropriate edition (Standard or Datacenter) is selected according to virtualization density.
No, leaving RDP access open to the internet directly exposes it to brute-force and vulnerability exploitation attacks. RDP access must be authenticated behind SSL-VPN, RD Gateway, MFA (Multi-Factor Authentication), or IP restriction layers.
The service includes the analysis of licensing needs, determination, and configuration of the appropriate licensing model (Core-based licensing, CALs, etc.). Server and CAL licenses are separately specified in the corporate tendering process.
We review your current environment, target and technical requirements in a 20–30 minute call. Scope, assumptions, deliverables and pricing are documented before work begins.
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