Where is wps button on router

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Last updated: April 17, 2026

Quick Answer: The WPS button is typically located on the back or side of a router, often labeled with a symbol of a radio wave or the letters 'WPS'. It is present on most routers manufactured after 2007 that support Wi-Fi Protected Setup.

Key Facts

The WPS standard was introduced in 2007 by the Wi-Fi Alliance to simplify wireless connections.
Approximately 85% of home routers produced since 2010 include a WPS button.
WPS supports two primary modes: PIN entry and push-button configuration (PBC).
Security experts report that WPS PIN mode is vulnerable to brute-force attacks.
Major router brands like Netgear, TP-Link, and ASUS place the WPS button on the rear panel.

Overview

The WPS (Wi-Fi Protected Setup) button is a feature designed to simplify connecting devices to a secured Wi-Fi network without manually entering a password. Introduced in 2007, WPS allows users to join a network by pressing the physical button on the router and then connecting on the device within two minutes.

Most modern routers from brands like Linksys, TP-Link, and ASUS include this feature, though its placement varies. Understanding where to find it and how it functions can streamline setup and reduce user frustration during device pairing.

Physical location: The WPS button is commonly found on the rear or side panel of the router, often near Ethernet ports or power inputs.
Visual indicator: It is typically marked with a symbol resembling two curved arrows or the text 'WPS' in white or silver lettering.
Router compatibility:Over 80% of routers manufactured after 2010 support WPS, including models from Netgear, D-Link, and Motorola.
Function duration: Pressing the button activates pairing mode for exactly 120 seconds, after which it times out unless a device connects.
Alternative access: Some routers allow WPS activation via software, such as ASUS Router app or Netgear’s Nighthawk interface, even if the button is hidden.

How It Works

WPS operates using a standardized protocol that securely exchanges network credentials between the router and the connecting device. The process eliminates the need to type long passwords, but it relies on secure implementation to prevent unauthorized access.

Push-button method:Pressing the WPS button initiates a handshake; the router broadcasts a secure signal for two minutes, allowing nearby devices to connect automatically.
PIN method: A user can enter an 8-digit PIN from the router into a device, though this method is less secure than the button method.
Encryption: WPS uses WPA/WPA2 encryption to transmit the network password during setup, protecting it from casual eavesdropping.
Security flaw: The WPS PIN mode has a known vulnerability where attackers can brute-force the PIN in under 4 hours using automated tools.
Device support: Most smart TVs, printers, and IoT devices support WPS, especially those with limited input interfaces.
Disabling WPS: Users can disable WPS via the router’s admin page (e.g., 192.168.1.1) to enhance network security if not in use.

Comparison at a Glance

Below is a comparison of WPS availability and button placement across major router brands:

Router Brand	WPS Button Present?	Typical Location	Alternative Access
TP-Link	Yes	Rear panel, near power port	TP-Link Tether app
Netgear	Yes	Side panel, labeled 'WPS'	Nighthawk app
ASUS	Yes	Back panel, near LAN ports	ASUS Router app
Linksys	Yes	Side or rear, with WPS icon	Linksys app
Google Nest Wifi	No	Not applicable	Google Home app only

While most traditional routers include a physical WPS button, newer mesh systems like Google Nest Wifi and Eero rely solely on app-based setup, reflecting a shift toward software-driven configuration. This trend reduces physical clutter but may complicate setup for users unfamiliar with mobile apps.

Why It Matters

Understanding the location and function of the WPS button is crucial for both convenience and security. While it simplifies connecting devices, especially for non-technical users, it also presents risks if not properly managed.

Family networks: Parents can quickly connect smart speakers and gaming consoles without sharing Wi-Fi passwords.
IoT expansion: As homes adopt more smart devices, WPS helps integrate security cameras, thermostats, and lights efficiently.
Security trade-off: The WPS PIN method has been exploited in over 60% of penetration tests when enabled, according to cybersecurity researchers.
Enterprise use: Most businesses disable WPS due to security policies, favoring centralized authentication methods like WPA2-Enterprise.
User education: Many users are unaware that disabling WPS in router settings can improve network resilience against attacks.
Future trends: Newer standards like Wi-Fi Easy Connect (Device Provisioning Protocol) aim to replace WPS with QR-code-based pairing for enhanced security.

As wireless networks grow more complex, features like WPS serve as a bridge between usability and security. While convenient, users should remain informed about risks and consider disabling WPS if not actively needed.