WPA3: The Greatest Security Protocol That May Never Be
WPA3: величайший протокол безопасности, который может так и не получить распространения
2021-12-01
SCID: 54.1/54e7zmhj
Discuss with AI
Internet of ThingsWPA2 compatibilityWPA3security protocol adoptionwireless network security
Figures from the paper
Abstract (AI)
Wi-Fi Protected Access version 3 (WPA3) is the newest security standard for wireless networks. Ratified in 2018, and mandatory for devices bearing the Wi-Fi trademark since July of 2020, the protocol has many security improvements over previous versions. It has better encryption and key sharing than the older WPA2 protocol. Unfortunately, adoption of WPA3 is likely to be very slow, just like its predecessors. These delays have nothing to do with the protocol, and everything to do with human factors and legacy systems. Many users do not understand either why they need new security measures, or how to implement them. Legacy systems, specifically Internet of Things (IoT) devices which can only connect to WPA2 networks, are widespread, and probably will not be updated. This paper is a call for industry awareness and action.
Key Findings
1
Despite becoming mandatory for Wi-Fi-certified devices in July 2020, WPA3 adoption is expected to remain slow.
2
Limited user understanding of security needs and deployment procedures is identified as a major barrier to WPA3 adoption.
3
The paper calls for greater industry awareness and action to address human and legacy-system barriers.
4
WPA3, ratified in 2018, provides stronger encryption and improved key sharing compared with WPA2.
5
Widespread legacy IoT devices that support only WPA2 are unlikely to be updated, further delaying migration.
Research Object
WPA3 wireless network security protocol and its adoption, including compatibility with legacy IoT devices
Research Subject
Security improvements and barriers to WPA3 adoption, particularly user understanding and legacy IoT-device compatibility
Publication Details
Publication Date
2021-12-01
Journal
Publisher
ISSN
Cited by
11
Access Type
Author Information
Download PDF
Subscribe to digest