Smart Pet Device Won't Connect to WiFi? Here's the Fix

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You spent a significant amount of money on a smart litter box (or a pet camera, or an auto-feeder), and it will not connect to your WiFi. Before you dig into the explanation, try these four things in order:

1. Put your phone in airplane mode, turn WiFi back on, then attempt setup again
2. Walk away from your router until your phone loses the WiFi signal, then walk back slowly and try pairing at that distance
3. Check whether your router can broadcast 2.4GHz and 5GHz as separate network names (see the router guide below)
4. If none of that works, a budget travel router creates a dedicated 2.4GHz network that your device can always find (see recommendations below)

If one of those fixed it, great. If not, keep reading. We'll walk through exactly why this happens and how to solve it for every major router on the market.

Why Your Pet Device Won't Connect

Smart pet products almost universally use 2.4GHz WiFi chips. They're cheaper, they maintain better range through walls, and they draw less power. There's nothing wrong with your device.

The problem is band steering. Modern mesh routers broadcast both 2.4GHz and 5GHz under a single network name, then automatically steer your devices toward whichever band they think is better. Your phone, sitting a few feet from the router, gets pushed to 5GHz. Your pet device, advertising only 2.4GHz during setup, is on a different frequency. They can't see each other.

This is a setup problem, not a permanent one. Once the device successfully pairs, it stays connected. The friction only happens during initial configuration.

Quick Fixes That Don't Require Router Access

The Distance Trick

This is the fix that has worked for thousands of owners who posted about it across Reddit and YouTube. Steven Love's walkthrough became the go-to reference video on this exact problem. One commenter on the video put it perfectly:

"I swallowed my pride and went and sat in my driveway to set up a pet feeder while fielding questions from my curious neighbors."

The logic is straightforward. At the edge of your router's range, the 5GHz signal (which drops off faster with distance) becomes weak enough that your phone falls back to 2.4GHz. At that moment, phone and device are on the same band.

Here's the sequence:

1. Put your phone in airplane mode, then turn WiFi back on
2. Power on your pet device in pairing mode
3. Walk away from your router until the WiFi disconnects
4. Walk back slowly until it reconnects (you're now likely on 2.4GHz)
5. Complete device setup at that spot
6. Move the device to its permanent location once paired

Most people never have to do this again. The device remembers the network.

Use an Older Phone or Tablet

If you have a phone or tablet from a few years back that only supports 2.4GHz WiFi, use it to run the device's app during initial pairing. Once setup is complete on the older device, switch back to your regular phone for daily use. The app on your main phone will find the device without issue.

Check Your Security Protocol and Network Name

Two network configuration issues trip up IoT devices more often than people expect.

WPA3 security: Some pet devices can't handshake with WPA3 networks. If your router is set to WPA3-only, switch to WPA2-PSK (AES) and retry setup. Most routers label this option clearly in their admin panel.

Network name length and characters: Keep your WiFi network name (SSID) under 31 characters and avoid special characters, including commas, slashes, @ symbols, and apostrophes. A network named "The Kellerman's!" can silently fail to pair with certain IoT firmware.

How to Fix It on Your Router

The table below shows which routers can split 2.4GHz and 5GHz into separate names, how hard that is to do, and the best method for each. If your router is listed as "No" under band splitting, skip to the hardware solution section below.

Eero

Eero's band steering can't be permanently disabled, but you can pause 5GHz temporarily through the Eero app. Go to Settings > Troubleshooting and pause the 5GHz band for 15 minutes. Run device setup during that window. Once paired, re-enable 5GHz. The pet device stays on 2.4GHz for normal operation. Full instructions at Eero's support page.

Google Nest WiFi

Google's mesh system has no band-splitting feature, by design. The distance trick is your best option here. If that doesn't work, your only clean solution is a separate access point or travel router (see below). Nest WiFi is the most frequently cited source of frustration in smart pet device forums, and the hardware fix solves it permanently. Google's network help page confirms the limitation.

TP-Link Deco

Deco routers support a separate IoT network through the Deco app. Open the app, go to More > IoT Network, enable it, and give it a name distinct from your main network. Connect your pet device to the IoT network during setup. This is one of the cleaner permanent solutions available. TP-Link's IoT network guide walks through the setup.

AT&T BGW320

Navigate to 192.168.1.254 in your browser while connected to AT&T's gateway. Under Home Network > Wi-Fi, you'll find options to configure 2.4GHz and 5GHz separately. Give each band its own network name, connect your phone to the 2.4GHz network, then run device setup. AT&T's support article covers the full admin interface.

ASUS

ASUS routers have a feature called Smart Connect that merges both bands. Log into your router's admin panel (usually 192.168.1.1), go to Wireless > Professional, and disable Smart Connect. You can then configure 2.4GHz and 5GHz as separate networks with separate names. ASUS's Smart Connect FAQ has the exact settings location for each router family.

Linksys Velop

Velop's band configuration is only accessible through the browser admin panel, not the app. Navigate to your router's IP address, go to WiFi > Advanced WiFi Settings, and enable separate SSIDs. Note that doing this partially disables mesh optimization, which can slow roaming between nodes. For most homes, the tradeoff is worth it. Linksys's support article covers the steps.

Netgear Orbi (WiFi 6E and WiFi 7 models)

Newer Orbi systems support a dedicated IoT network that runs on 2.4GHz. Enable it through the Orbi app or web admin at orbilogin.com. Your pet device connects to the IoT network during setup and stays there permanently. This is one of the best mesh router setups for smart pet products. Netgear's IoT network guide covers the toggle.

If Nothing Works: A Dedicated 2.4GHz Network

If your router won't cooperate (particularly Google Nest WiFi, Xfinity XB8, or any ISP-provided gateway you can't configure), the most reliable fix is a small device that creates its own 2.4GHz-only network. Your pet device connects to that network. Your phone and router ignore it entirely. The good news: this costs less than a bag of premium cat litter.

Two options that pet owners have used successfully:

GL.iNet Mango (GL-MT300N-V2)

The Mango broadcasts 2.4GHz only by design. There's no 5GHz band to confuse the situation. It's pocket-sized, USB-C powered, and can connect to your main network via ethernet cable or as a wireless repeater. Connect your pet device to the Mango's network during setup, and you're done.

This is Reddit's most recommended hardware solution for stubborn IoT pairing issues, mentioned repeatedly across forums covering smart litter boxes, pet cameras, and feeders.

TP-Link RE220 Range Extender

The RE220 is a dual-band extender, but the key is giving its 2.4GHz band a separate, unique network name during setup. Place it within range of your main router, connect to the 2.4GHz network name you created, and pair your pet device from there. It covers up to 1,200 square feet and is the least expensive hardware fix available.

Free Option: Repurpose an Old Router

If you have a router sitting in a drawer from before you upgraded to mesh, it can do this job for free. Factory reset it, connect it to your mesh router via ethernet cable (WAN port on the old router to any LAN port on your main one), then configure the old router's admin panel to:

• Give its 2.4GHz band a unique network name
• Disable the 5GHz radio entirely
• Disable DHCP (so your main router handles IP assignment)

The result is a dedicated 2.4GHz access point that costs nothing and can live in a closet indefinitely.

Which Pet Products Are Affected

The short answer is most of them. Smart pet devices launched before 2024 almost universally use single-band 2.4GHz chips.

Products where owners report this issue most frequently: PETKIT PuraMax and PuraMax 2, Litter-Robot 3 and 4, Furbo dog cameras, Wyze cameras, PetSafe smart feeders, Petlibro feeders, Tractive GPS trackers, MeoWant litter boxes, and the Casa Leo Leo's Loo Too.

The industry is slowly catching up. Newer hardware, including the Litter-Robot 5, Purobot Max Pro, and Petlibro Dockstream 2, is starting to ship with dual-band WiFi chips that sidestep this problem entirely. If you're buying new and your router is difficult to configure, it's worth checking whether a product supports both bands before purchasing.

For reviews of specific products affected by this issue, see our smart litter box reviews, pet camera coverage, and PETKIT PuraMax 2 review.

The Short Version

Most smart pet devices need 2.4GHz WiFi. Most modern routers blend 2.4GHz and 5GHz under one name and push your phone to the faster band. During setup, phone and device can't find each other.

Fix it from easiest to most involved: try the distance trick first, then check your router's band settings, then buy a $15-25 device that creates a clean 2.4GHz network. One of those three will work for virtually every setup.

Get the GL.iNet Mango on Amazon

Get the TP-Link RE220 on Amazon

This guide was compiled from community troubleshooting threads across Reddit and YouTube, router manufacturer documentation, and owner reports from our product review research using our credibility-weighted research methodology.