Many organisations struggle to maintain reliable, low-latency DNS while retaining visibility into query patterns and server health. Lack of centralised record control and absent traffic steering can increase latency, complicate failover and obscure the root cause of incidents.
CloudDNS delivers managed authoritative DNS hosting with record management, query analytics, server health monitoring, traffic steering and DNS security. It enables teams to reduce latency, direct traffic by availability or location, and apply cryptographic protections to guard DNS data integrity.
Host authoritative zones in a managed service to remove the need to operate public nameservers. Centralise record changes and use query analytics to spot misconfigurations and traffic trends.
Use traffic steering and GeoDNS to route users to the nearest or healthiest endpoints and implement DNSSEC plus provider DDoS protections to reduce risk from tampering and volumetric attacks.
CloudDNS suits organisations that prefer a managed, vendor-hosted DNS platform to avoid running public nameservers. It fits public internet-facing domains and private network zones where teams need centralised record control, traffic steering and DNSSEC without operating the underlying resolver infrastructure.
Reduce query latency using global anycast and traffic steering to nearer or healthier endpoints.
Increase uptime with distributed nameservers and DNS-based failover capabilities.
Protect DNS responses against tampering by enabling DNSSEC signatures.
Expose query and health metrics to speed troubleshooting and capacity decisions.
Rely on provider-held DDoS protections to lessen the effect of volumetric attacks on DNS.
Centralise record changes to reduce configuration errors and speed updates.
Host public authoritative zones to outsource nameserver infrastructure and operations.
Manage DNS records across domains and teams from a single hosted control interface.
Direct users to the nearest endpoints to reduce latency and improve experience.
Implement DNS-based failover and weighted routing to balance traffic across sites.
Deploy DNSSEC to guard against cache poisoning and ensure response authenticity.
Use anycast and vendor DDoS protections to keep domains reachable during attacks.