When several teams change the same IP space through separate tools and consoles, conflicts and blind spots follow. Governed workflows fix that with scoped approvals and a full audit trail, and Micetro delivers them as a layer over the DNS and DHCP servers already running.
Built-in consoles handle the basics but rarely provide robust auditing, one interface across servers, or role-based access fine enough to limit what each person can touch. As the estate grows, those gaps turn routine administration into risk.
The International Monetary Fund outgrew its standard server tools after years of running DNS and DHCP on them. Its team wanted robust audit features, one interface across servers, granular role-based access, and easier management of split-scope DHCP.
The answer did not require replacing anything. A management layer on top of the existing DNS and DHCP servers and directory controllers gave one logical view of the IP address space and logged every change chronologically, in real time, to meet regulatory requirements.
Discover how the International Monetary Fund boosted infrastructure stability and simplified DNS and DHCP operations using Micetro’s centralized…
Standardize first, then document automatically. Consistent infrastructure helps reduce one-off issues at individual sites, and built-in documentation keeps the who and why of each change from living only in someone’s head.
Farmington Municipal Schools runs 18 schools and more than 12,000 devices with a team of about ten specialists and two directors. Its leaders brought every network under one umbrella so odd, one-off problems would not appear at single sites and any change could be traced to who made it and why.
Documentation is usually the first thing dropped on a busy day, leaving important details undocumented. Built-in, automated documentation keeps information in context, so technicians comfortable with either the command line or a web interface can make changes and troubleshoot.
A team of about ten specialists keeps more than 12,000 devices running across 18 schools.
Farmington Municipal Schools (FMS), based in Farmington, New Mexico, are a kindergarten-12th grade (K-12) school system with 18 schools within the district.…
Delegate by site. Each site's architect should be able to make changes only at the sites they manage, with every change tracked, rather than sharing one coarse set of permissions across the whole network.
Many enterprises run a distributed DHCP architecture, with branch SD-WAN appliances acting as local DHCP servers under a central controller. It keeps branches working when the link to the data center drops, but as the network grows, tracking IP allocations and leases across sites gets harder.
The built-in access controls on SD-WAN appliances are helpful but often too coarse for complex organizations. Granular roles, where each site’s IT architect can modify only their designated sites and every change leaves an audit trail, reduce unauthorized changes and let teams work without disrupting each other.
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Learn how BlueCat Micetro 11.1 can help you overcome the limitations of Cisco Meraki SD-WAN devices to manage your distributed DHCP architecture.
Every platform brings its own API model, management interface and quirks, so the same policy has to be rebuilt for each one. That fragmentation makes integration harder, automation slower and every change riskier.
Most organizations run DNS, DHCP and IP address management across a patchwork of on-premises servers, open-source services and cloud providers. Teams end up juggling vendor-specific scripts, SDKs and authentication methods, and errors creep in through manual configuration at each seam.
A single control plane changes that. When every platform is reached through one consistent API that drives the same orchestration engine as the web interface, security and compliance policies can be enforced the same way everywhere, and teams can treat DDI as code without learning a different interface for every backend.
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Stop juggling between network tools and use Micetro's RESTful API for complete control over your DDI infrastructure and cloud environment.
The core requirement is a formal request lifecycle in which changes are proposed, approved by someone with authority over that zone, scheduled, executed and logged. Every criterion below answers a failure described earlier on this page.
Avoid ad hoc processes because direct edits, manual tickets and email handoffs lead to errors, outages and compliance blind spots. So require that users propose record or zone changes instead of applying them, that approvers act only on zones they can edit, and that changes run immediately or at a scheduled time.
Require an audit trail that records request ID, user, timestamps, comments and outcome, with clear states from pending to applied, rejected or failed. Require that addresses be marked pending while a request is open so two teams cannot claim them, and that automation and service management tools submit changes through the same approvals.
Just under half of DDI experts fully trust the automated workflows in their DDI tools.
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Micetro’s Workflow module brings structure, oversight, and automation to DNS change management across on-premises Microsoft Windows DNS/DHCP, BIND, Kea,…
They give every team one shared IPAM system tied to DNS, with enough granularity that each group can work without stepping on the others. Once an engineer can check whether an IP exists in DNS and which host holds it, provisioning becomes far more reliable.
At HD Supply, more than 15,000 associates across 600 North American locations depend on two data centers, and several autonomous infrastructure sub-teams each reserved server IPs with their own open-source or custom tools. None were tied to DNS, so nobody could tell whether an address was already in use, and competing allocations risked disconnecting users.
HD Supply chose Micetro, which gave its IT groups the granularity to participate in IP management without stepping on each other’s toes. Engineers now look up an IP, see whether it exists in DNS and identify the host, and the Data Com team publishes one master DHCP scope to hundreds of devices.
HD Supply’s IP space serves more than 15,000 associates working from 600 North American locations and two data centers.
HD Supply found better control of IP provisioning and more efficient server configurations with Micetro by Men&Mice to support its 600 North American…
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With Micetro, integrate, orchestrate, and automate your current DNS, DHCP, and IPAM network infrastructure via a single web interface.
The right starting point depends on where control breaks down today, whether in consoles that cannot audit or delegate, in branch sites that share one permission model, in automation that skips review, or in teams that reserve addresses without a shared view. Each path below starts from one of those gaps.
Short answers to the questions teams ask most when they formalize how IP and DNS changes get approved.
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Discover how the International Monetary Fund boosted infrastructure stability and simplified DNS and DHCP operations using Micetro’s centralized…
Read moreFarmington Municipal Schools (FMS), based in Farmington, New Mexico, are a kindergarten-12th grade (K-12) school system with 18 schools within the district.…
Read more
Learn how BlueCat Micetro 11.1 can help you overcome the limitations of Cisco Meraki SD-WAN devices to manage your distributed DHCP architecture.
Read more
Stop juggling between network tools and use Micetro's RESTful API for complete control over your DDI infrastructure and cloud environment.
Read more
Micetro’s Workflow module brings structure, oversight, and automation to DNS change management across on-premises Microsoft Windows DNS/DHCP, BIND, Kea,…
Read moreHD Supply found better control of IP provisioning and more efficient server configurations with Micetro by Men&Mice to support its 600 North American…
Read more
Case study