Cybercrime is an enormous problem in today’s world and continues to grow at an exponential rate. In fact, according to Cybersecurity Ventures, the cost of cybercrime is predicted to hit $8 trillion in 2023 and will grow to a whopping $10.5 trillion by 2025.

One of the main enablers for the escalation in cybercrime is the over-reliance on passwords. According to the FIDO (Fast Identity Online) Alliance, passwords are the root cause of more than 80% of data breaches. This is because passwords can easily be phished, intercepted in transit, and uncovered via a variety of attacks. Further, users are often overburdened with remembering passwords across, on average, 90 different online accounts. It’s no surprise then that 51% of people re-use non-complex passwords across multiple accounts. As a result, weak or re-used passwords are effortlessly accessed by criminals. So, rather than execute complex hacks, threat actors simply log in to accounts to execute cybercrimes. The good news is, there is a better way: passwordless authentication, also known as phishing-resistant Multi-Factor Authentication (MFA).


More

ID TECH: FIDO Alliance Brings Authenticate Conference to Asia-Pacific With Singapore Event Focused on Passkeys and Digital Credentials

The FIDO Alliance is expanding its flagship Authenticate conference series to the Asia-Pacific region with…

Read More →

Biometric Update: Regulatory clarification sets stage for major FIDO biometrics uptake in South Korea

South Korea has eliminated a significant barrier to the usage of the FIDO protocol for…

Read More →

Financial IT: HYPR and Yubico deepen partnership to secure and scale passkey deployment through automated identity verification

For years, HYPR and Yubico have stood shoulder to shoulder in the mission to eliminate…

Read More →


123301 Next

Subscribe to the FIDO newsletter

Stay Connected, Stay Engaged

Receive the latest news, events, research and implementation guidance from the FIDO Alliance. Learn about digital identity and fast, phishing-resistant authentication with passkeys.