Unused roles running
Server Hardening Services in UAE & KSA
Servers hold your most valuable data and applications. M365 Enterprise Hub hardens Windows Server and Linux servers on-premises and in Azure for organizations in the UAE and Saudi Arabia, applying CIS and Microsoft baselines that shrink the attack surface and stop ransomware spreading.

What Is Server Hardening?
Server hardening is the process of securing a server’s operating system, services and configuration by removing unnecessary roles and software, disabling insecure protocols, enforcing strong authentication, restricting admin access, enabling logging and applying security baselines such as CIS benchmarks and Microsoft security baselines.
It builds on our Windows Server deployment and management and Active Directory hardening services.
Server Hardening Engagement Models
Hardening for every type of server estate.
Windows Server Hardening
Microsoft and CIS baselines, SMB signing, LAPS, Credential Guard and audit policy.
Linux Server Hardening
CIS benchmarks for Ubuntu, RHEL and others: SSH, sudo, firewall and logging.
Hybrid & Azure Arc Servers
Consistent baselines and monitoring for on-premises and cloud servers through Azure Arc.

Why Server Hardening Matters
Ransomware operators target servers because encrypting them stops the business. Default installations, legacy protocols such as SMBv1, shared admin passwords and open management ports make lateral movement easy.
Hardened servers slow attackers down, limit damage and provide the evidence auditors expect for UAE IA, Dubai ISR and Saudi NCA ECC controls.
Our Server Hardening Services
Tested hardening that keeps applications running.
Measure servers against CIS and Microsoft baselines.
Disable unused roles, features, ports and software.
Disable SMBv1, TLS 1.0/1.1 and weak ciphers, enforce SMB signing.
LAPS, tiered admin accounts and restricted RDP and SSH.
EDR, vulnerability assessment and file integrity monitoring.
Common Server Weaknesses We Fix
What we find on most servers:
SMBv1, TLS 1.0 and NTLMv1 still enabled.
Remote Desktop exposed to large networks or the internet.
Same local admin password across servers.
Servers without modern threat detection.
Our Hardening Process
- 01Scan
Compare servers with baselines.
- 02Plan
Group servers by role and risk.
- 03Test
Apply baselines in test or pilot servers.
- 04Roll Out
Deploy by GPO, Intune, Ansible or Azure Arc.
- 05Verify
Re-scan and report compliance.
Default Server vs Hardened Server
| Area | Default Server Build | Hardened by M365 Enterprise Hub |
|---|---|---|
| Services | Minimal, role-specific services | |
| Protocols | Legacy protocols enabled | Modern TLS and SMB signing |
| Admin Access | Shared passwords | LAPS and tiered admin |
| Visibility | Local logs only | Central logging and EDR |

Why Choose M365 Enterprise Hub for Server Hardening?
We deploy and manage Windows Server and Linux in production, so we know which settings break applications and how to test them safely before rollout.
Infrastructure engineers, not just auditors.
Testing with app owners.
Before-and-after baseline scores.
Are Your Servers Ransomware-Ready?
Get a free server hardening assessment from our infrastructure engineers.
Server Hardening FAQs
Server hardening is securing a server by removing unnecessary services, disabling insecure protocols, restricting admin access, enabling logging and applying security baselines such as CIS benchmarks.
CIS benchmarks are consensus-based security configuration guides published by the Center for Internet Security for operating systems and applications, widely used for hardening and audits.
Some settings can, which is why we test on pilot servers, involve application owners and roll out in stages with rollback options.
Yes. We harden common Linux distributions using CIS benchmarks covering SSH, user access, firewall, services and logging.
We deploy settings through Group Policy, Intune, Azure Arc or configuration tools and monitor drift with Defender for Cloud and regular scans.
An assessment takes one to two weeks. Hardening rollout usually takes three to eight weeks depending on the number of servers.