SolarWinds IP Address Manager gives you comprehensive visibility, efficient IP allocation, and quick conflict resolution.
Automatically discover and manage IP addresses across on-premises and cloud environments.
SolarWinds IPAM software provides automated IP tracking across on-premises and cloud environments. It ensures real-time IP usage visibility, preventing conflicts and optimizing utilization. This automation minimizes manual IP address management, reduces errors, and ensures smooth network operation. It’s a game-changer for IT teams.

Manage DHCP and DNS settings from a single interface, ensuring consistency across your hybrid network.
Automatically detect and resolve IP address conflicts to maintain uninterrupted network services.
Generate detailed reports on IP address usage across hybrid networks to optimize resource allocation.
Integrate Infoblox with SolarWinds for centralized IP management across hybrid environments.
Set custom alerts for IP address management events to stay ahead of potential issues across your hybrid network.
SolarWinds Observability Self-Hosted, built from the heritage of our Orion® modules and powered by AIOps, is designed to help organizations of any scale optimize performance, ensure availability, and accelerate remediation across hybrid IT environments, all from behind the firewall to help meet your security and compliance needs.
Do you find yourself asking…
Features of the SolarWinds® Orion® module, IP Address Manager (IPAM), are also available as part of Observability Self-Hosted. Contact Sales for a custom quote.
SolarWinds® IP Address Manager (IPAM) helps you discover, track, and manage IPv4 and IPv6 addresses from a centralized interface. Automated IP address scanning gives you current visibility into address usage while reducing the time and errors associated with manual tracking.
SolarWinds® IP Address Manager (IPAM) helps you discover, track, and manage IPv4 and IPv6 addresses from a centralized interface. Automated IP address scanning gives you current visibility into address usage while reducing the time and errors associated with manual tracking.