Wi-Fi AP

AutoSec can perform Wi-Fi security testing on devices operating in AP mode. When the Device Under Test (DUT) provides Wi-Fi connectivity as an AP, AutoSec automatically switches to STA mode to conduct tests on the DUT; users need to purchase a software license for AutoSec's Wi-Fi AP module to obtain the capability of AutoSec for Wi-Fi security testing of devices working in AP mode.

Wi-Fi security testing in AP mode includes: fuzz testing, access protection, fragmentation and forgery detection, protected management frames, as well as other common vulnerabilities and exposures.

Wi-Fi STA

AutoSec can perform Wi-Fi security tests on devices operating in STA mode, including mobile phones, computers, set-top boxes, drones, VR glasses, and other such devices. When the device under test (DUT) provides Wi-Fi connectivity as a STA, AutoSec automatically switches to AP mode to conduct tests on the DUT. Users need to purchase a software license for AutoSec's Wi-Fi STA module to gain access to AutoSec's Wi-Fi security testing capabilities for devices in STA mode.

Wi-Fi security testing in STA mode includes: fuzz testing, protected access, protected management frames, as well as other common vulnerabilities and exposures (CVEs).

Ethernet

AutoSec can conduct security testing on Ethernet devices (or modules). These devices may include home gateways, enterprise gateways, routers, switches, or other devices equipped with Ethernet functional modules. Users need to purchase a software license for the Ethernet module of AutoSec to obtain AutoSec's security testing capabilities for Ethernet.

The Wi-Fi security testing for Ethernet covers FTP, SSH, TLS, UPnP, port scanning, DoS, MQTT, SNMP, and Web, among others.

Based on the proprietary security architecture and Linux function libraries, it enables rapid expansion of automated test cases and continuously empowers customers.

Compliance with Wi-Fi Alliance certification testing.

Comprehensive evaluation and testing, covering Wi Fi, Ethernet, transport layer security protocols, network (web), application layer attacks, as well as common vulnerabilities and disclosures, and more.

Web-based visualized full test cycle (configuration, planning, execution, analysis) with test data presented in graphical form.

Plug-and-play local hardware supports seamless operation while ensuring complete data privacy.