Digital identity has become the cornerstone of the digital economy, catalyzing a significant shift in Identity and Access Management (IAM) systems. Traditional IAM systems, initially designed for enterprise use, are failing to meet modern customer expectations and security needs. Consequently, organizations are adopting Consumer Identity and Access Management (CIAM) solutions, which support large-scale identity storage, user consent management, and enhanced security features. CIAM systems facilitate seamless customer experiences, better security, and data privacy, although they generally still rely on weak password-based authentication methods, which remain a significant security risk.
To eliminate these risks and the inconvenience of passwords, passwordless authentication solutions are gaining popularity. Beyond Identity's Secure Customers offers a solution that eradicates passwords, leveraging multi-factor authentication (MFA) based on public-private key pairs and biometric verification. This method enhances security, reduces maintenance costs related to passwords, and provides a frictionless user experience.
In today's digital landscape, fraud such as account takeover (ATO) and other password-based attacks are on the rise, exacerbated by the COVID-19 pandemic. Organizations are turning to passwordless MFA solutions that incorporate Risk-based Authentication (RBA) to continuously evaluate risk factors such as device security posture and user behavior to improve access control. Beyond Identity's Secure Customers exemplifies this approach by providing zero-friction authentication without reliance on passwords or easily phishable factors.
FIDO Alliance, a noteworthy initiative, aims to eliminate passwords using open, scalable, and interoperable authentication standards. Secure Customers utilizes such principles to ensure robust, unphishable authentication, preserving user privacy and simplifying integration across platforms. Consequently, organizations can reduce help desk costs, comply with regulatory requirements, and prevent credential-based attacks.
See All Locations
See All Locations