IP address management

An IP address manager is a tool or solution that helps network administrators plan and manage IP addresses in a network. It automates and centralizes the process of assigning IP addresses and monitoring their usage and history to ensure efficient IP utilization and prevent IP address conflicts.

Subnet management: IPAM helps plan and allocate subnets efficiently, providing visual insights into device and subnet usage.

Segment-specific allocation: IPAM automates IP address allocation for network segments, preventing overlap and reducing manual errors.

Policy enforcement: IPAM enforces security policies, isolating devices based on segment categories and enhancing access control.

VLAN and SDN integration: IPAM integrates with Virtual LANs (VLANs) and Software-Defined Networks (SDNs), ensuring proper IP address management within each segment and supporting dynamic IP allocation.

IPAM provides a centralized platform with visual breakdowns of IP address insights tracked in real time. This ensures automatic updating of records and assigning IP addresses to each segment. This helps prevent IP address conflicts between segments.

IPAM helps administer both IPv4 and IPv6 address spaces by enabling the transition between IPv4 to IPv6. IPAM provides the visibility of the IPv4 usage for organizations to plan the transition, and provide the benefit of managing dual-stack environments, where both IPv4 and IPv6 addresses are allocated effectively.

IPAM is useful in IoT environments, where a large number of devices require IP addresses. It helps manage the vast and dynamic IP address space needed for IoT devices, ensuring that each device is identified and IP addresses are efficiently allocated and tracked. IPAM also supports the monitoring of IoT devices for detecting IP address conflicts and unauthorized device connections.