How to Add UISP Controller to Your Phone | Local UISP App Setup

Hey everyone — Moe here from WvW Networking Solutions. In this video, I show how to add a locally hosted UISP controller to an Android phone so you can monitor your network and access your devices straight from the mobile app. This is especially useful if you are building a WISP or practicing at home with a low-cost setup and you do not want to buy a cloud-hosted controller right away. If you already have an old computer running as your local UISP controller, this gives you a simple way to pull it up on your phone and manage the basics from there. In this walkthrough, I show the process of adding the controller manually by entering the local IP address, signing in with the controller username and password, and making sure the phone and controller are on the same network. Once logged in, I show what you can actually see from the UISP phone app: • the main AP • the client device • link capacity • LAN speed • management IP • public IP information • outage logs • notes • subscriber assignments • antenna alignment tools I also explain one important limitation in the mobile app: advanced network settings are not meant to be edited there. If you already built a more advanced setup using VLANs and custom network configuration, you do not want to disable those advanced settings from the app or you may lose the VLAN-based design that is keeping your network organized. That is a big part of this video — showing that VLAN separation is what keeps management traffic, LAN traffic, and public IP traffic clean and visible. That way, you can still troubleshoot and manage your devices even when something else breaks on the client side. I also do a real test in the video by disconnecting the client to show how the app reacts when the subscriber goes offline, then reconnecting it and waiting for it to come back online. I explain the delay you may see when using DFS frequencies and why you should not panic if the client does not immediately show back up. Toward the end, I also talk about why this kind of VLAN-based topology makes your network easier to grow and easier to troubleshoot. I touch on isolating traffic by VLAN, keeping management access separate, and even using separate VLANs later for things like restricted traffic or BitTorrent enforcement. If you are building a WISP, learning UISP, or trying to create a practical low-cost lab before deploying a bigger system, this video will help you understand how to get your local controller into your phone and what you can really do from the app. Chapters: 0:00 Intro 0:22 Goal: Add the UISP Controller to an Android Phone 0:52 Phone and Controller Must Be on the Same Network 1:27 Enter the Local Controller IP Address 2:10 Sign In With Controller Username and Password 2:54 Why This Is Useful for Practice Setups 3:28 UISP Controller Successfully Opens on the Phone 4:08 View AP and Client Devices in the App 5:03 What You Can Check From the Phone App 5:54 Warning: Do Not Change Advanced Network Settings 6:55 Why VLANs Keep Management, LAN, and Public IP Separated 7:45 Device Discovery in the UISP App 8:34 Add New Devices With Basic Setup 9:10 Test: Disconnect a Client and Watch Status Change 10:05 Reconnect Through Wi-Fi and Refresh the App 10:52 DFS Delay Warning When Waiting for the Client 12:03 Client Comes Back Online 12:36 Check Signal and Use Antenna Alignment Tone 13:29 Difference Between Local Controller and Ubiquiti Cloud Setup 14:18 Why VLAN Design Makes Expansion Easier 15:07 Using VLANs to Isolate Problem Traffic 16:00 Next Video: RB5009 Unboxing and Comparison 16:42 Wrap-Up If this helped you, hit like, subscribe, and comment what you want next in the series. Possible next videos: • RB5009 unboxing and setup • local UISP controller backup and cloning • advanced VLAN design for WISP networks • public IP routing vs NAT testing • client provisioning workflow from scratch Thanks again for watching. #UISP #Ubiquiti #WISP #Android #Networking #MikroTik #VLAN #WirelessISP #Controller #WvWNetworkingSolutions