Top 10 Best Ipam Software of 2026

SolarWinds IP Address Manager IPAM stands out with tightly integrated discovery, network scanning, and change-aware workflows inside the SolarWinds monitoring ecosystem. It centralizes IP inventory, subnet planning, and IP utilization reporting so you can track assignments and free capacity across sites. It also supports role-based governance with auditing style visibility for IP changes, which helps reduce accidental overlaps. Core capabilities focus on IP reclamation, conflict detection, and consistent address allocation patterns across dynamic environments.

BlueCat IPAM stands out with an enterprise-grade, policy-driven IP address management foundation built around authoritative DNS and automated workflows. It centralizes IP space planning, subnet allocation, and change control while tracking ownership, usage, and allocation status. The platform supports deep integrations to DNS operations and network automation so updates can be coordinated across systems rather than handled in spreadsheets. It also emphasizes governance features like auditability and role-based controls for large-scale network environments.

Infoblox IPAM stands out for using deep DNS and DHCP integration to maintain authoritative source-of-truth records for IP assignment and name resolution. NetMRI discovery feeds network inventory, then supports IP allocation workflows tied to DNS and DHCP updates across complex environments. It offers policy controls and change tracking that help align address management, record ownership, and automated provisioning for enterprise networks.

Portapool focuses on practical IP address management for small to mid-size networks with an emphasis on clear organization and allocation workflows. It supports subnet and IP tracking so teams can document address ranges, usage status, and ownership within a single system. The tool also includes controls that help prevent inconsistent address planning by guiding how addresses are entered and managed.

NetBox stands out with a strong focus on network and infrastructure documentation, turning IP space and devices into a living source of truth. It provides IPAM for prefixes, IP addresses, VRFs, and VLANs with validation and conflict detection built into the data model. Its inventory ties network objects to rack layouts and interfaces, and it supports workflows like IP assignment tracking and status visibility. The platform also includes an extensible plugin system so teams can add custom fields, integrations, and automation around their documented network.

phpIPAM stands out for its self-hosted IP address management focused on practical network planning tasks. It provides subnet, VLAN, prefix, and IP address tracking with customizable naming and automatic address calculations. The system supports role-based access, configurable templates, and DNS integration to keep records consistent across environments. Data is managed through a web interface backed by a relational database.

phpipam-redis is a PHP IPAM build that stores IP data in Redis for faster reads and low-latency access. It supports subnet and IP address management, including allocation tracking, status handling, and host records. The tool also exposes web-based workflows for searching and maintaining IPs across one or many networks. A typical strength is performance under frequent queries, while a typical limitation is operational complexity from adding and maintaining Redis alongside the PHP application.

OpenIPAM focuses on network IP address management with an open source core and a self-hosted deployment model. It provides IPAM data modeling, subnet and prefix tracking, and device and interface inventory linkages to keep allocations organized. It also supports DHCP and DNS integration paths so address assignments can flow into operational services. The main tradeoff is that you must handle setup, upgrades, and integration work that hosted tools typically abstract away.

TeemIP distinguishes itself with a visual IP address management approach that maps networks, subnets, and allocation state in one place. It supports planning and documenting IP ranges with reserved and used address tracking, plus MAC and device-to-IP association for inventory alignment. The system includes workflow-style controls for approvals and change logging to reduce manual spreadsheet errors. It is most effective for teams that want structured IPAM data tied to network inventory rather than only basic subnet listings.

Device42 IPAM stands out with automated infrastructure discovery that builds an accurate asset and IP inventory from network and server data. It supports IP address management workflows like subnet design, tracking assignment status, and identifying conflicts. The product also emphasizes relationships between IPs, devices, and services so teams can trace changes and impacts across the environment. Overall, it fits organizations that need reliable source-of-truth IP tracking rather than just spreadsheets.