Obelinf is a network infrastructure management platform that is officially described as "the single source of truth for network infrastructure." It is designed to replace spreadsheets, provide centralized, auditable data management capabilities for network operations, and support scaling through automation.
In terms of purpose, Obelinf is aimed at teams that need to manage network infrastructure, helping them uniformly record and track various resources in the network. The official description emphasizes "one source of truth, from your first rack to your next data center," indicating that its design goal is to scale from small deployments to multi-data-center environments.
Main capabilities include: IPAM (IP address management), which can track the allocation status of each address, for example showing "172 of 254 addresses allocated · VLAN 110," and associate specific hostnames such as web-01.internal, web-02.internal, db-primary.internal; DCIM and device inventory, managing both physical and virtual devices, for example listing configurations such as Linux 6.1 · 2 vCPU · 2 GB, Linux 6.8 · 4 vCPU · 8 GB, database-primary; network topology, mapping the WAN end to end, for example New York → London, Chicago → San Jose, Miami → Atlanta; rack management, showing devices and their positions within a rack, such as Switch-CORE1 - 1U, Server-PP4 - 1U, Server-SRV3-3 - 2U, Server-SRV3-2 - 1U; cable tracing; VLAN/VRF management; infrastructure audit history, which the official description calls "auditable by default." It also supports contact management, such as roles like Account Manager, Support Engineer, along with their companies and phone numbers; and AI documentation logging, in which the example shows AI discovering 3 devices in rack-a01 and completing documentation, while also prompting that the warranty for Server-SRV3-2 expired on 2026-04-12 and to contact the associated contact Acme Systems.
In terms of usage, the official interface examples show interactive scenarios such as capacity overview, address allocation, device inventory, topology mapping, contact grouping, and AI documentation logging, but no specific installation commands, registration process, or API calling methods are provided.
Applicable scenarios include network operations teams, data center managementmanagement, multi-branch network mapping, IP address planning, rack and cable management, and infrastructure environments that require audit trails.
Regarding limitations, the official materials do not state pricing, free or paid models, supported platforms, deployment methods (cloud or on-premises), technology stack, data import/export capabilities, or third-party integration details. This information is not currently provided.
