This template lets you monitor your entire network infrastructure, ensuring you never assign the same IP twice. It provides a real-time overview of available, allocated, and reserved addresses.
The database connects everything logically using specialized tables. Requests link directly to specific subnets and individuals so you always know who is managing what hardware.
Built-in AI agents automatically summarize request justifications and research device security specs from the web. This eliminates manual data hunting and keeps your network documentation pristine.
Tracking network infrastructure in spreadsheets works until your team grows. Soon, you are dealing with conflicting IP addresses, overwritten rows, and disconnected hardware logs.
A structured system keeps your network data strict and reliable. Device details stay linked to their assigned IP addresses without relying on fragile VLOOKUPs that easily break.
This means you can track a specific router back to the network engineer who deployed it in seconds. This is exactly what Softr Databases are designed for.
Every column enforces a specific rule, meaning status dropdowns and automatic timestamps stay clean as your infrastructure scales.
You can instantly view all available IPs across multiple data centers and approve requests with a single click. The system also calculates your total allocated IPs per subnet automatically.
By using built-in AI agents, this template pulls server specifications from the web directly into your device records. It also summarizes lengthy justifications into quick, readable bullet points for fast reviews.
Manage network administrators and staff with roles, contact info, and access
Organize network blocks with AI-generated summaries and allocation tracking
Track individual IP status, connectivity history, and specific subnet mappings
Catalog hardware assets using AI to assess technical specs and security risks
Process IP requests with AI-summarized justifications and status tracking
This template is built for IT teams and network administrators who need a single, reliable system of record.
Start by customizing the database to match your exact network topology. You can easily add new device types or modify the subnet location dropdowns to fit your branch offices.
Next, import your existing network logs and hardware inventories via CSV or API. This instantly populates your tables so your team can start working without a manual data entry phase.
When your team is ready, you can build an app directly on top of this structured data. A full app lets you set up an IT request portal where standard users submit forms while admins manage the backend.
Thanks to native users and permissions, you can ensure requesters only see their own assigned IPs while engineers view the full infrastructure. A properly connected database makes this setup effortless.
It is a structured system that tracks how IP addresses are assigned across your network infrastructure. It helps IT teams monitor subnet capacities, track connected devices, and manage user requests in one central place.
A no-code database gives you production-ready structure instantly without needing custom software development. It enforces data integrity, preventing the common errors and overlap issues found in messy spreadsheets.
AI can streamline your network documentation instantly and keep it updated. With Database AI agents, your database can automatically research device specifications from the web and summarize lengthy IT requests. These actions run securely in the background whenever new hardware or requests are logged.
Yes, you can easily build an internal IT portal using Softr's interface builder seamlessly connected to this data. You can set up custom access roles so standard employees can submit IP requests, while network engineers review statuses and approve assignments.
Yes, this template is completely free to copy and start using. Fully functional databases are included in Softr's free plan, along with unlimited team collaborators. As your network infrastructure grows, higher-tier plans offer increased record limits.
Google Sheets lacks the strict structure required for reliable network management, often leading to overwritten IP assignments and broken VLOOKUPs. A relational database uses native links, meaning a single device record naturally connects to its assigned IP and subnet without fragile formulas.
Build and launch your first app in under 30 minutes.