Cisco Duo Blog
Industry News
A clear and present need: Bolster your identity security with threat detection and response
IT teams need an identity security program built on a strong foundation with the right tools. Learn how to design a program, and how to implement ITDR.
What are passkeys
Want to learn more about how passkeys provide secure access to protected resources? Learn how passkeys work and how they fit into a passwordless ecosystem.
3 steps to prevent a case of compromised credentials
We break down the precautionary measures and solutions to reduce the impact of credential compromise today as our passwords pose larger risks than ever.
Raising the bar: Duo redefines what is essential for access management
By combining strong authentication, attack-resistant MFA, Passwordless, SSO, and Trusted Endpoints all-in-one, Duo redefines access management.
WebAuthn, passwordless and FIDO2 explained: Fundamental components of a passwordless architecture
We're breaking down the basic building blocks of passwordless technology: WebAuthn, FIDO, CTAP, FIDO2, and how it all comes together for the user.
MFA fatigue: What it is and how to respond
Multi-factor muthentication (MFA) fatigue is a new attack technique used by cybercriminals. Learn what organizations can do to protect against it.
Understanding the new PCI DSS 4.0 requirements
Understand PCI DSS 4 requirements. Navigate payment security standards & ensure compliance for your business. Protect sensitive data.
Making Duo even easier: Improving UX with the Universal Prompt Project
The Universal Prompt Project is an extensive redesign to Duo’s core authentication product. It is part of our mission to make online safety feel as easy.
Breaking up with the iFrame: Introducing our new developer tooling
Duo is breaking up with iFrame. Learn how Duo is moving towards modern authentication standards like U2F and WebAuthn.
How to set up Duo 2FA for Instagram
This tutorial shows you how to protect your social accounts like Instagram by enabling Duo's two-factor authentication (2FA).
