Acrylic WiFi Home

Acrylic WiFi Home is a comprehensive WiFi scanner designed to help you identify nearby WiFi networks and their corresponding channels. It enables users to efficiently scan their surroundings for wireless local area networks (WLANs) and select an optimal channel with minimal interference from overlapping networks. Compatible with Windows, Acrylic WiFi Home supports monitor mode, allowing it to gather detailed information on devices interacting with your WiFi network.

With this tool, you can pinpoint local wireless access points and devices. The application presents a detailed table showcasing various attributes such as SSID, MAC address, vendor, type, RSSI, channel, and security protocols (WEP, WPA, WPA2, WPS). It also provides insights into the 802.11 standards (a/b/g/n/ac) and logs when these devices were last detected.

Core Capabilities of Acrylic WiFi Home

• Network Insights: Delve into comprehensive details about WiFi networks, including access points and users connected to them.
• Channel Analysis: Utilize the WiFi channel scanner to explore networks across 2.4GHz and 5GHz frequencies, helping you find less crowded channels.
• Password Management: Access WiFi passwords and default WPS keys for easier network connectivity.
• Security Overview: Examine network authentication and security configurations for WEP, WPA, WPA2, and Enterprise (802.1X) networks, ensuring a secure WiFi environment.
• Signal Assessment: Visualize signal strength and quality through intuitive charts, enabling you to monitor WiFi channels and connected devices effectively.
• Device Identification: Label and recognize known WiFi devices for better network organization.

In essence, Acrylic WiFi Home stands out as a dependable and user-centric tool for in-depth wireless network monitoring. Although its interface might seem somewhat outdated, the application's performance is robust, offering insights into all active wireless devices in your vicinity, monitoring packet activities, and identifying users connected to your network.