WiFi QR code generator
Generate easy & customizable WiFi QR codes in minutes
What is a WiFi QR Code?
A WiFi QR code encodes your wireless network credentials — network name (SSID), password, and security type — into a scannable code. When a guest scans it with any modern smartphone, the device automatically connects to the network. No password to read aloud, no keyboard errors, no repeated "Is that a capital letter?" — just a scan and a connected device.
Both Android (version 10 and above) and iOS (version 11 and above) support direct WiFi connection from QR codes natively, with no app required. The feature is built into the camera app. This covers the overwhelming majority of active smartphones worldwide.
How to Create a WiFi QR Code with QR Code Monkey
This generator builds WiFi QR codes using the standard WIFI: format supported across all platforms.
Step 1: Enter Your Network Details
Select the WiFi tab. Enter your network name (SSID) exactly as it appears — including capitalisation and spaces. Choose your security type from the dropdown (WPA/WPA2 for most modern routers, WEP for older hardware, or No Encryption for open networks). Enter your WiFi password. The password is encoded into the QR pattern — it is not stored on any server.
Step 2: Design and Brand the Code
Style the code with your venue colors and logo. A branded WiFi code on an acrylic stand at a café, hotel reception, or co-working space looks intentional and professional. It also signals to guests exactly what the code is for — especially if you label it "Scan to Connect to WiFi."
Step 3: Download and Display
Download as PNG for digital displays, SVG or PDF for printed signs and table tents. For physical placement, print the code at least 5cm × 5cm for reliable scanning at the typical arm-length scan distance. Laminate for durability in high-use environments like restaurant tables.
Where WiFi QR Codes Are Used
Hospitality venues are the primary adopters — restaurants, cafes, hotels, bars, and co-working spaces display WiFi codes prominently for guests. Healthcare waiting rooms and retail fitting rooms use them to improve the guest experience. Airbnb hosts and vacation rental managers place printed WiFi codes on the fridge or welcome card so guests do not need to contact them for the password.
Office managers create WiFi codes for visitor networks, saving reception staff from repeating the password throughout the day. Events and conferences print them on lanyards, programmes, and venue signage to handle dozens of simultaneous connectivity needs without IT support bottlenecks. Schools create separate codes for staff and visitor networks, clearly labelled on physical signs in reception areas.
Best Practices for WiFi QR Codes
Create the WiFi QR code for your guest network, not your primary business or personal network. Most routers support creating a separate guest SSID with limited network access, which protects your main network from any security risks introduced by guest devices. Update the guest network password periodically and reprint the QR code when you do.
Store the QR code file securely. Anyone with access to the code can extract the password if they use a QR decoder. For high-security environments, use time-limited guest passwords and rotate the code frequently. For most commercial hospitality contexts, a stable guest network password that you change every few months is sufficient.
Frequently Asked Questions
Does a WiFi QR code work on iPhone?
Yes. iPhones running iOS 11 or later can scan a WiFi QR code using the built-in Camera app and connect automatically. No additional app is required. The camera recognises the WIFI: format and shows a banner prompting the user to join the network. Tapping the banner connects instantly.
Is my WiFi password stored by This generator when I create the code?
No. This generator processes the QR code generation in the browser and does not store your network name or password on any server. The credentials are encoded directly into the QR image that is returned to you. Your network details remain private.
Does the WiFi QR code expire?
No. Static WiFi QR codes never expire — they continue to work as long as your network credentials remain the same. If you change your WiFi password, you will need to create a new code with the updated credentials. This is a one-minute task with this generator.
What security types does the WiFi QR code support?
This generator supports WPA/WPA2 (the current standard for most home and business routers), WEP (an older, now-deprecated standard still found on some legacy devices), and open networks with no password. WPA3, the newest security standard, uses the same WPA format in the WIFI: URI scheme and is also compatible.
WiFi QR Codes for Hospitality and Venues
WiFi QR codes generated here use the WIFI: URI format supported natively by iOS Camera and Android Camera without requiring any additional app. The generator handles WPA, WPA2, WEP, and open network types, and the credential encoding happens entirely in the browser — no password is sent to or stored on any server during the generation process.
For hospitality groups managing multiple properties — hotel chains, restaurant groups, co-working space networks — The platform lets you generate a unique WiFi QR code for each location and store them organised by project in your dashboard. When network credentials change at a specific location, you generate a new code in under sixty seconds, download it, and update the printed stands at that site only. No reprinting of the full set, no service desk involvement, no waiting for a designer.
What if the WiFi network name (SSID) contains special characters?
SSIDs with spaces, apostrophes, ampersands, or other special characters are fully supported in This generator WiFi codes. The generator handles proper encoding of special characters in the WIFI: URI format automatically. Enter your SSID exactly as it appears in your router settings, including any special characters, and This generator will encode it correctly. Always scan-test after generation to confirm the network name is read correctly by your target devices.