GeeTest Named Finalist Of Top InfoSec Innovator Awards For 2023
GeeTest, a prominent provider of bot management solutions, has been named a finalist in the Bot Management category of the Top InfoSec Innovator Awards for 2023 by Cyber Defense Magazine (CDM). The winners will be announced in October 2023 during Cyber Defense Con 2023, a prestigious cybersecurity event where select winners will have the opportunity to showcase their innovative solutions to top global CISOs.
Yuan Wu of
GeeTest expressed their delight at this recognition, highlighting the tough
competition and the distinguished panel of judges consisting of leading infosec
experts from around the world.
Gary S.
Miliefsky, Publisher of Cyber Defense Magazine, noted that GeeTest's solutions
align with key criteria for potential winners, including understanding emerging
threats, cost-effective solutions, and innovative approaches to mitigating
cyber risk.
GeeTest's
commitment to innovation and cybersecurity is exemplified through its
cutting-edge CAPTCHA technology, particularly GeeTest CAPTCHA v4. This
technology offers advanced bot detection, an enhanced user experience with
game-like challenges, and accessibility compliance with WCAG 2.0.
GeeTest has
achieved a significant market share in the APAC region, serving over 360,000
enterprises globally, including renowned companies like Airbnb and Nike.
Furthermore, it has made a substantial impact in the blockchain industry, with
over 20% of the Top 50 crypto exchanges choosing GeeTest to combat fraud
attacks.
This
recognition follows GeeTest's previous acknowledgment as a selected vendor in
Forrester's Now Tech: Bot Management, Q4 2021 and being recognized as impactful
DDoS Protection software for businesses by Capterra in July 2023.
Cyber
Defense Magazine, celebrating its 11th anniversary, serves as a premier source
of cybersecurity news and information for InfoSec professionals globally. The
awards recognize InfoSec innovators in various categories, highlighting unique
and compelling offerings in the information security space.
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