Unlock DNS redundancy with BlueCat Micetro’s xDNS®
Discover how Micetro’s xDNS® simplifies hybrid cloud DNS management with redundancy, protection against DNS attacks, and enhanced visibility.
Read moreMulti‑Provider DNS Failover

Micetro xDNS acts as a vendor‑agnostic DNS redundancy overlay, orchestrating multiple providers from a single interface. You define xDNS redundancy groups that replicate critical zones across BIND, Windows DNS, Azure DNS, Amazon Route 53, NS1, Dyn, Akamai Fast DNS, and more. During a provider outage or attack, alternate members of the group continue serving identical DNS data, eliminating single points of failure without replacing your existing DNS networks.
Micetro xDNS synchronizes live zone copies across providers, reducing the risk of a single point of failure while keeping updates consistent everywhere.
Native DNS and most DDoS services expect you to standardize on their stack. Micetro xDNS instead overlays your existing BIND, Microsoft, and cloud DNS, coordinating redundancy without forcing a migration. You gain multi-provider DNS redundancy and hybrid cloud DNS management while keeping the authoritative platforms you already trust.
Manually keeping zones in sync across multiple consoles is slow and error-prone. xDNS redundancy groups replicate critical zones across providers while preserving appropriately unique NS and SOA records. Other records remain synchronized automatically, helping eliminate configuration drift and reducing the risk of outages from inconsistent DNS data.
Cloud-native DNS tools stop at their own edge. Micetro xDNS spans on-premises DNS, Azure DNS, Amazon Route 53, and more, giving you a single control plane for DNS redundancy wherever workloads run. Teams can standardize change workflows and automation for hybrid cloud DNS management instead of juggling separate point consoles.
Switching DNS providers or moving zones between environments is risky when done manually. With xDNS redundancy groups, you can introduce a new provider, synchronize zones, validate behavior, and then retire the old platform on your schedule. Bulk moves become an orchestrated workflow instead of a weekend-long, high-stress cutover.
Maintain DNS availability even when providers fail or come under attack.
If a DNS provider or server in an xDNS redundancy group becomes unreachable, Micetro keeps your critical zones available through the remaining group members. Each provider continues serving synchronized records, with only its own NS and SOA staying unique. You avoid a single point of failure, because clients simply resolve against the healthy providers that remain online until the outage is resolved.
During a DNS DDoS or targeted DNS attack on a single provider, xDNS redundancy lets other providers in the group continue to serve the same zone data. Because your records are already replicated across vendors, you can shift traffic or adjust routing without rebuilding zones under pressure. This multi-provider stance helps contain the blast radius of DNS attacks and reduces the risk of a visible outage.
When you migrate zones between platforms, xDNS creates and maintains identical zones across old and new providers in the redundancy group. You can test, gradually shift traffic, and even roll back while Micetro keeps records synchronized. This controlled approach turns risky DNS cutovers into managed events instead of all-or-nothing changes that invite configuration drift or downtime.
Proven ROI
$123,700
average annual ROI
See exactly where the savings come from — and how to build the business case for Micetro.
See how Micetro simplifies xDNS redundancy in your environment.
Let’s talk about how unified DNS, DHCP, and IPAM management can simplify and strengthen your network.
Micetro helps us managing a fleet of dhcp server and dns server with a single GUI. Which make it a lot easier for less technical people to help maintain the DNS/DHCP operational tasks.Kristof Van Doorsselaere
Network/Security Administrator, HOGENT
Micetro 4.3 stars out of 5, 6 reviewsGartner Peer Insights
Bluecat is a reliable DNS and DHCP server and IPAM is crucial to managing our network. Before we maintained spreadsheets that weren’t always updated so we would run into IP address conflicts. With BlueCat all addresses are assigned through IPAM so it is centrally managed and always up to date.T.J. Hontz
Network Engineer, University of Maryland, Baltimore
Get quick answers on how xDNS boosts DNS resilience, supports multi-provider architectures, and fits into your existing DDI stack.
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The market is rapidly building toward a future state of more intelligent networks: self-healing, self-optimizing multi-vendor networks that operate autonomously, using AI and machine learning to predict, detect, and resolve issues in real time. It’s maximum agility, resilience, and future-readiness.
This advanced state depends on unifying DDI and linking foundational network services with a deep and predictive understanding of network health and performance. Learn more about the path to building the Intelligent Network.
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