Qualcomm to Add WPA3 to Mobile Devices This Summer
Qualcomm this week laid out its plan to adopt the latest wifi security protocol in future products. The company said it will apply the Wifi Alliance's Wifi Protected Access (WPA3) across its portfolio of mobile and networking products starting this summer. The core feature of WPA3 is stronger protection when users choose weak passwords. WPA3 also simplifies the process of securing access points that don't have a display or interface. The standard provides individualized data encryption to protect data as it moves from computers, tablets, and phones to access points. Further, it includes a 192-bit security suite to help businesses and governments adopt the highest levels of protection. Qualcomm says it has already added WPA3 to its WCN3998 wifi radio and IPQ807x AP platform. The company says phons based on the Snapdragon 845 mobile application processor will be the first to support WPA3. The chip and phones that rely on it will gain WPA3 this summer, with Qualcomm's portfolio of networking devices to follow soon thereafter.
Jun 26, 2018
The WiFi Alliance today launched WiFi Certified WPA3, its fully updated security protocol for WiFi. The Alliance first announced WPA3 in January.
Jan 9, 2018
The WiFi Alliance today said it is undertaking new efforts to secure the experience and use of WiFi. The organization plans to enhance the existing WPA2 standard to further reduce potential vulnerabilities.
Feb 21, 2018
Qualcomm today announced the WCN3998, a pre-standard 802.11ax WiFi radio for smartphones, tablets, and notebooks. Qualcomm says the WCN3998 is faster, more power efficient, and more secure than previous designs.
Oct 3, 2018
The WiFi Alliance today announced WiFi 6, a new name and release for the wireless networking standard that the Alliance hopes will clarify which devices can work together to offer the best experience. WiFi 6 is based on the 802.11ax spec.
Oct 16, 2017
Researchers say they've found a serious gap in the WPA2 security protocol that can allow hackers to use k ey r einstallation a tta cks (KRACKs) to compromise most WiFi devices. The researchers say the method allows hackers to read encrypted information transiting via WiFi, including passwords, emails, photos, credit card numbers, and more.