Data Sovereignty by Design: How DNS Armor Keeps DNS Data in Your Region

Data sovereignty and residency rules are tightening across every major jurisdiction, from the GDPR in Europe to national data-protection frameworks across the GCC. Yet one high-volume data flow is routinely overlooked in compliance reviews: DNS. Every query and every zone change is data — and where it is resolved, logged and stored matters legally, not just technically.

DNS Armor is built so that DNS data stays where you decide. Sovereignty is not a configuration afterthought; it is enforced by the architecture of both modules — the Protect firewall and the Resolve authoritative DNS service.

DNS Armor Protect: Resolution and Logs Stay In-Region

With the DNS Armor Protect firewall, resolution is served from the geography you select, and the sensitive telemetry it produces never leaves that region. Query logs, threat events and analytics are stored within your chosen service location, so no DNS log data crosses a border you have not approved.

• Resolution served exclusively from your selected geography
• DNS query and security logs stored in-region — no logs exit the geo
• Per-tenant region pinning for multi-national deployments
• In-region analytics and reporting for audit and compliance

DNS Armor Resolve: Zones and Keys Never Leave the Assigned Geo

For authoritative DNS, DNS Armor Resolve hosts all zone configuration on servers in the geography you assign. Zone records, configuration and DNSSEC signing keys remain within that region only — they are not replicated to, or recoverable from, infrastructure outside your assigned geo.

• All zone configurations hosted on selected-geo servers only
• Zone data and configuration never leave the assigned geography
• DNSSEC signing keys generated and retained in-region
• Separation of control and data planes to preserve residency

Why This Matters for Compliance

Regulators increasingly treat the location of processing and storage as a primary control. Keeping DNS resolution, logs, zones and keys inside a defined border directly supports obligations under GDPR, sector regulations and national data-residency laws — and removes a class of cross-border exposure that generic global DNS services cannot address.

Because residency is enforced by design rather than promised in policy, organisations can demonstrate — not merely assert — that their DNS data remains sovereign.