We manage Windows Server, Active Directory, group policies, DNS, patching, and monitoring so your infrastructure stays stable and predictable.
Good server administration makes sure user accounts, permissions, shares, updates, and monitoring fit together – before anyone notices a problem.
In an SME context we typically manage Windows Server with Active Directory, file shares, print servers, DNS, WSUS for patching, and optionally Hyper-V for virtualised workloads. Plus daily backups and monitoring of the critical services.
The goal is a server environment that does not wobble every time someone joins, leaves, or a Windows update rolls out – running on documented, repeatable processes.
A clean AD structure makes onboarding, permission assignment, and offboarding predictable.
Central user management: new staff are ready to work in minutes, including email, permissions, and device login. Clean, traceable deactivation on exit.
OUs structured by department, site, or function. Group policies then target precisely instead of blanket-applying to the whole domain.
Role-based permissions for folders, printers, and applications. Least-privilege principle – only what the role actually needs.
Hardening and redundancy with two domain controllers so logon, DNS, and group policies keep working even if a host fails.
GPOs are the most effective way to keep settings consistent across all clients.
Background, start menu, default applications, proxy settings, and power options set centrally. New devices behave exactly like existing ones from the first login.
Automatic assignment of network printers and shares by location or department. No more manual "add printer" on every workstation.
Password complexity, screen lock after inactivity, BitLocker, USB restriction for removable drives, and blocking of unwanted software.
Rollout of standard software and third-party updates via GPO or supporting tools – centrally deployed instead of manual on each PC.
DNS is the most overlooked service – and the one where misconfigurations stay hidden longest.
Name resolution for servers, printers, internal services, and workstations. Clean records instead of growing legacy that silently overwrites itself.
Forwarding to trusted resolvers, filtering of known malicious domains, and protection against DNS spoofing. Fewer phishing clicks succeed.
Separate internal and external zones for the same domain. Staff reach services correctly in the office and externally via the public address.
Unpatched systems are the most common entry point for attacks – at the same time, patches must not break the business.
Windows updates are controlled centrally via WSUS or equivalent: approval only after testing, staged rollout, maintenance windows outside business hours. Third-party software like Adobe Reader, Java runtimes, and browsers are included.
After every maintenance window we verify that all servers and clients are at the expected level. Systems that fall out of line become visible instead of forgotten.
Server hardware has a limited lifespan – typically five to seven years. A planned migration saves the fire-fighting exercise later.
For a hardware swap, we migrate AD roles, file shares, print servers, databases, and licences in a structured way to the new hardware. The cut-over is usually planned for a weekend, so Monday starts without interruption.
If the move includes virtualisation (Hyper-V or VMware), we check licensing, backup compatibility, and snapshot strategy up front. From that point, future hardware refreshes are easier because VMs can be migrated.
Proactive monitoring around the clock – including automatic notifications on anomalies.
Continuous monitoring of disk capacity, CPU load, RAM, services, and backup results. Thresholds trigger a notification, not an outage.
Daily verification that backups actually ran, including regular test restores. A failed backup becomes visible instead of silent.
Monthly infrastructure reports covering state, open items, and recommendations. SLA with guaranteed response times on request.
Behind every stable server operation there are concrete building blocks – from user management to backup.
Users, groups and permissions clearly organised – instead of grown structures nobody fully understands anymore.
Central rules for workstations: security, drives, printers, password policies – consistent and traceable.
DHCP, DNS, internal name resolution and VPN set up reliably – the invisible base of daily operations.
Windows Server and application updates deployed in a structured way, without blocking business operations.
Backup concept following the 3-2-1 principle, regular restore tests and clear recovery documentation.
Migration to new server hardware or new Windows Server versions – planned instead of reactive.
Not always. Depending on workflow, software, and security needs, hybrid or cloud-first makes more sense. As soon as line-of-business software with a local database, centralised file shares with granular permissions, or Active Directory are needed, a server becomes useful.
Usually missing standards: the OU structure grew organically, GPOs overlap, patch state is unclear, permissions are assigned directly to users instead of groups, and the backup has not been tested in years. These points cause later instability and security risk.
Typically five to seven years. After that, warranty and service contracts expire, spare parts get expensive, and the risk of unplanned downtime rises sharply. We plan the replacement two to three months ahead ideally, rather than waiting for failure.
In most cases yes. With Hyper-V or VMware, several virtual servers run on one physical machine. That reduces power and space, and makes future hardware moves much easier because VMs can be migrated.
It depends on backup strategy and redundancy. With a second domain controller and a current image backup, restore is possible within hours. Without a plan, an outage can last days – which is why the preparation matters.
Yes. We start with a stocktake: AD structure, GPOs, roles, patch state, backup concept, monitoring. From that, a clear list emerges of what can be cleaned up with little effort and where a larger action is needed.
We review your current setup and define which measures will restore stability, security, and operational clarity first.
