Cybersecurity for those who want to build,
not just defend.

Secure Communications

Email remains the number-one attack vector: over 90% of compromises begin with an email. We protect the entire corporate communication chain with a multi-layered approach.

• Advanced anti-phishing— real-time analysis of URLs, attachments and senders using sandboxing and machine learning. Malicious emails blocked before delivery.
• Data Loss Prevention (DLP)— automated policies that prevent sensitive data from leaving the organisation via email, Teams or SharePoint.
• Email encryption— encryption of sensitive messages with Microsoft Purview Message Encryption, for internal and external recipients.
• Collaboration protection— security extended to Teams, SharePoint and OneDrive: shared file scanning, external access policies and audits.

Identity Protection

Identity is the new security perimeter. With remote work and cloud adoption, there is no longer a physical boundary to defend: every access must be verified, every session monitored.

• Phishing-resistant MFA— multi-factor authentication with FIDO2 keys, Windows Hello or Authenticator with number matching. No SMS.
• Conditional Access— policies that evaluate location, device, risk level and application before granting access.
• Privileged Identity Management— just-in-time and time-limited elevation of admin roles. No permanent privileged access.
• Access Reviews— periodic reviews to remove obsolete accounts, excessive assignments and orphaned guest users.

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Endpoint Protection

Traditional antivirus is no longer enough. Modern attacks use fileless techniques, living-off-the-land and polymorphism to evade signature-based defences. Protection must combine prevention, detection and response.

• Next-gen antimalware— AI-based and behavioural analysis protection, not just signatures. Blocks ransomware, trojans and zero-day attacks.
• Disk encryption— BitLocker centrally managed via Intune. Data protected even in the event of theft or loss.
• Device compliance— compliance policies that verify patch status, encryption and configuration before granting access.
• Centralised management— Microsoft Intune for policy deployment, apps and updates across all corporate devices.

Domain & DNS Management

Your domain is your company's digital identity. An unprotected domain enables spoofing, phishing and brand hijacking. We configure and monitor DNS records to guarantee authenticity and reputation.

• SPF, DKIM and DMARC— the email authentication triad that prevents third parties from sending emails on behalf of your domain.
• DNSSEC— cryptographic signing of DNS records to prevent cache poisoning attacks and malicious redirects.
• Domain monitoring— alerts on unauthorised DNS record changes, SSL certificate expiries and typosquatting attempts.

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Patch Management

Unpatched vulnerabilities are attackers' preferred entry point. The Clusit 2026 Report records a +65% increase in vulnerability exploitation. A structured patching process is the first line of defence.

• Prioritised patching— classification by CVSS severity and business context. Actively exploited vulnerabilities addressed first.
• Automated updates— centralised distribution via Intune and Windows Update for Business with gradual deployment rings.
• Third-party patching— updates for non-Microsoft applications (browsers, runtimes, utilities) often overlooked and frequently exploited.
• Reporting and compliance— compliance dashboards, missing patches and documentation for ISO 27001 and NIS2 audits.

Zero Trust Approach

Zero Trust is not a product: it is an architectural model. The principle is simple — never trust, always verify— but implementation requires a strategy spanning identity, devices, network, data and applications.

• Explicit verification— every access request authenticated and authorised based on identity, device, location and risk.
• Least privilege— just-in-time and just-enough access. No user has more permissions than strictly required.
• Microsegmentation— isolation of resources in granular security zones. A compromised endpoint cannot move laterally.
• Assume breach— design systems assuming a breach will occur. Continuous monitoring and automated containment.