Effortless DHCP management for performance and reliability

Micetro is designed to facilitate uninterrupted connectivity in any network environment and provide DHCP management for a wide range of servers within a single UI. It streamlines DHCP operations by centralizing control, enforcing policies, and optimizing resource allocation.

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Get uninterrupted connectivity and reliability with DHCP management

DHCP is a core component of DDI (DNS, DHCP, and IPAM) and holds the key to the advanced automation of a network’s IP address functionality.

Every network-connected device—printers, cameras, computers, and smartphones—requires an IP address to get online. In the era of IoT and BYOD, virtualization and the cloud, networks are flooded with IP address requests from a constantly increasing number of fixed and mobile devices.

Without DHCP, IT teams would need to manually assign every IP address, increasing administrative overhead and leaving networks both slow and exposed to risks associated with human error.

We designed our DHCP management controls to facilitate uninterrupted connectivity in any network environment. Built to manage a wide range of DHCP servers within a single UI, we allow unlimited speed and reliability for your enterprise network.

Integrate with your ISC DHCP, Windows DHCP, Cisco IOS DHCP, and Kea DHCP for speed and reliability through server discovery and IP lease offer, request and acknowledgement.

Simple, safe and effortless scope migration capabilities between DHCP servers

Take full advantage of DHCP servers and devices in the network

Automating DHCP operations is also simplified through the fully-featured API, regardless of the underlying technology.

Ace DHCP management with Micetro

Scope monitoring

Monitor DHCP scope utilization in real time to prevent IP exhaustion and optimize address allocation. Set automated alerts for critical thresholds to ensure continuous network availability.

Clean up concurrent leases

Identify and remove duplicate or expired DHCP leases to prevent conflicts and free up valuable IP space. Automate lease cleanup policies to maintain an efficient and reliable DHCP environment.

Lease history

Track DHCP lease assignments over time to detect patterns, troubleshoot connectivity issues, and analyze device behavior. Retain historical data for compliance, auditing, and forensic analysis.

Failover support

Ensure high availability with built-in DHCP failover support. Automatically synchronize lease data between primary and secondary servers to maintain service continuity during outages or server failures.

Automatic data replication

Enable real-time replication of DHCP configurations and lease data across multiple servers. Reduce the risk of data loss and ensure seamless failover transitions with automated sync mechanisms.

Scope migration wizard

Simplify the transition between DHCP servers with Micetro’s Scope Migration Wizard. Automate scope transfers while preserving configurations, reducing manual errors, and minimizing downtime.

Improve network control through DHCP

DHCP management is critical to enterprise network management.

Efficient distribution of the available network resources is key to ensure uptime, maximize performance, and avoid network congestion that can threaten business objectives.

With Micetro’s DHCP management features, network administrators can take full advantage of DHCP servers and devices in the network, boosted by the seamless integration with DNS and IPAM.

Benefitting from the unified orchestration interface, managing DHCP in Micetro is streamlined, intuitive, and transparent. Automating DHCP operations is also simplified through the fully-featured API, regardless of the underlying technology, enabling network administrators to be more productive.

Find DORA quickly with Micetro DHCP

The stages of DHCP operations are sometimes referred to as DORA, short for server discovery, IP lease offer, IP lease request, and IP lease acknowledgement. The speed and reliability at which an enterprise’s DHCP service finds and executes its DORA, affects an enterprise’s business efficiency at its modern-day core: 24/7 uninterrupted connectivity.

The Micetro DHCP management module is designed and built to help large enterprises find their DORA fast. Capable of managing a wide variety of different DHCP servers within a single UI, the Micetro DHCP management module provides support for ISC DHCP servers, Windows DHCP, Cisco IOS DHCP, Kea DHCP, as well as the Micetro virtual DHCP appliance. On its own, or as part of the powerful Micetro, the DHCP management module’s advanced network efficiency elevates an enterprise’s business value to new heights.

Call time on needless errors

The DHCP management module pulls all server data, management, and administration capabilities into a single, unified interface, accessed via the management console or web browser interface.

Role-based access management allows for powerful centralization and task delegation, further protecting a network by tracking when, where, and by whom any changes are made.

Real-time two-way Active Directory synchronization means changes made locally on a DHCP server are automatically replicated and reflected in Micetro, and vice versa, keeping your network clean, fast and reliable.

Turn investment expense into capital

The DHCP management module seamlessly consolidates hybrid operating environments consisting of Unix/Linux, Windows, Cisco IOS and ISC servers—or a mixture thereof—helping you to extend your enterprise’s existing infrastructure investment.

Simple, safe, and effortless scope migration capabilities between DHCP servers is made possible by the easy-to-use scope migration wizard.

Support for scripting through the robust SOAP API, REST API or JSON-RPC (with Python) allows network engineers to customize automation of complex tasks to suit your business needs.

Gain the flexibility to take flight into the cloud

Large-scale migration of data centers and network services into the cloud bring positive benefits to enterprises, but also pose new challenges to secure and effective network management. A solution’s ability to adapt to the fluidity oMicet solutions.

For BlueCat software products, however, adaptability is built into the core architecture, consolidating network visibility and functionality on the ground and in the cloud. The flexible and easily customizable Micetro architecture, together with fully integrated support for Amazon Route 53, Azure DNS and OpenStack, allow enterprises the freedom to take the step towards cloud integration if, or when, the need arises.

“What used to take quite a long time is now an issue of seconds or minutes. I can create a new network, turn an IP address range into a scope and configure the failover and it’s really quick and easy. ”

Daniel Döring

Systems Administrator, HBPO Group

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DHCP stands for “Dynamic Host Configuration Protocol”.
DHCP is the standard mechanism to dynamically assign IP addresses within a network. Servers and clients use DHCP to automatically assign IP addresses within a network.
At home, your router is typically a DHCP server as you use Wi-Fi on your home network. In a large enterprise setting a DHCP server is usually a dedicated computer.
DHCP is important because it simplifies IP address management, is more secure, and doesn’t eat up valuable admin time.
A client device (or DHCP client), such as a laptop, joins a network and requests an IP address. The request is made to a DHCP server. The server will quickly and automatically assign an IP address and some related network configuration parameters. Once the device has accepted the assignment, it can communicate with both the internal network and the public internet.
The main difference between DHCP and stat IP addressing is that DHCP automatically assigns temporary IP addresses to devices, while static IP addressing involves manually assigning permanent IP addresses.
DHCP is usually the preferred choice for most devices due to its cost efficiency, security, and ease of management and flexibility. Alternatively, static IP is preferable for critical devices that are always on and need a consistent address.