Top 10 Best Ip Address Software of 2026

IPplan’s core workflow starts with subnet and device or host record organization so later updates can be applied consistently across environments. The tool focuses on maintaining an IP inventory state and reconciling new information into that inventory, then producing reports for planning and operational checks. It also supports tracking record changes so teams can review what changed and when.

A key tradeoff is that deep automation depends on how discovery results get into IPplan, because the accuracy of conflicts and utilization reporting tracks the quality of imported data. It fits best in environments where network teams maintain authoritative spreadsheets or discovery exports and then need a centralized record with change history and reusable reports.

Angry IP Scanner sends parallel connection checks to determine whether targets respond on selected ports and then lists responding hosts with timing and address details. It supports CIDR-style range input so operators can scan an entire netblock in one run and then filter by response state in the grid. Results can be exported to CSV and similar tabular formats to feed spreadsheets or other inventory workflows.

A key tradeoff is that Angry IP Scanner is not an inventory system with a durable IP address data model, so it does not manage allocation, change control, or historical state by itself. It fits best during ongoing subnet audits where teams want repeated scans and exports on their own schedule, not as the system of record for IP allocation.

Lansweeper is built around recurring discovery runs that populate an asset inventory with network-relevant fields like hostname, MAC address, and observed IP assignments. Reports can be filtered by attributes such as subnet, device type, and operating system, which helps narrow IP conflict and drift investigations without exporting data to spreadsheets. The inventory structure also supports linking network observations to higher-level device context, which reduces time spent mapping scan findings to ownership.

A tradeoff is that deeper IPAM workflows such as strict allocation approvals and automated PTR governance require extra process design, since Lansweeper is stronger as an asset discovery and reporting engine than a full IP allocation work queue. It fits best when operational teams need fast answers for “what is using this address” and “where should this host be,” and when recurring discovery output is acceptable as the system of record for observed assignments.

SolarWinds IPAM focuses on maintaining an accurate IP address inventory while coordinating changes across DHCP, DNS, and network segments. The product pulls addressing signals through SNMP polling and integrates with DHCP server lease data and DNS record management workflows.

It also provides subnet planning views that connect allocation status to VLAN or segment structure. Governance relies on change logging and role-based administration so teams can review who altered allocations and when.

InfoBlox NetMRI collects Layer 2 and Layer 3 signals via SNMP polling and CLI-adjacent telemetry, then maps discovered devices to IP, MAC, and location-ready context for remediation workflows. It centralizes change control by tracking IP usage evidence and producing actionable reports for IP conflict detection and duplicate address scenarios. NetMRI also integrates with IPAM operations through InfoBlox ecosystem hooks, so address inventory updates and governance checks can be driven by discovery results.

GestióIP is an IP address management tool for tracking address space, allocations, and related network metadata in one inventory. It centers on subnet and IP planning workflows with status visibility for what is free, reserved, or in use.

The product is designed for administrative control through configurable objects tied to network segments and change tracking for operational accountability. GestióIP is most useful when ongoing network operations require consistent IP records that multiple admins can update.

ManageEngine DDI ties IP address management to DNS and DHCP administration inside one console, with automation built around scheduled discovery, change approval, and record updates. It includes IP inventory workflows that track allocation state, lease history, and subnet utilization so teams can plan changes and reduce conflicts.

The product also supports API-driven integrations for pushing IP and DNS changes and for pulling network state into other management systems. Compared with scanning-focused IP tools, ManageEngine DDI adds governance controls and operational automation across IP, DHCP, and DNS.

InvGate Insight is an IP address management tool built around asset discovery data and network inventory workflows. It tracks address ownership and supports subnet and IP allocation hygiene using automation driven by integrations and scheduled sync jobs.

Administrative governance is centered on change visibility and operator permissions tied to operational tasks. The result is stronger coordination between IP inventory and day to day network operations than scanner only tools provide.

Advanced IP Scanner performs fast port scans across IPv4 ranges and then summarizes reachable hosts with open ports. It supports hostname resolution, MAC address capture, and export of results to CSV so network teams can feed inventories and ticketing workflows.

The workflow is largely local to the scanning host, with no built-in API or event webhook for automated IP event handling. Reporting is centered on per-scan host lists and port details rather than a maintained IP allocation record.

EfficientIP SOLIDserver fits organizations that need IPAM plus tightly controlled DNS and DHCP change workflows. It manages IP address inventory with allocation status, supports IPv4 and IPv6 planning, and keeps related records aligned during provisioning.

DNS automation includes forward and reverse record handling tied to the address allocation lifecycle. Operational visibility relies on audit and change history so administrators can trace what changed and why across IP and name data.