Over the last decade, organizations have increasingly needed to store and manage identity data for partners, suppliers, and especially customers within enterprise identity systems. Consumer Identity and Access Management (CIAM) solutions address these evolving requirements, but customer authentication in many CIAM deployments still relies heavily on passwords, which remain a primary source of friction and security risk. Password practices such as simplicity and reuse expose both users and organizations to compromise, and while multi-factor authentication (MFA) is often positioned as a fix, customer adoption has been slow. Legacy MFA approaches that keep passwords as the first factor also remain vulnerable to social engineering, SIM swaps, and man-in-the-middle attacks, while attackers continue to find ways to bypass MFA.
Rising threats and regulatory pressure are pushing stronger approaches, including a U.S. government zero trust memorandum that emphasizes integrating MFA broadly and prioritizing phishing-resistant MFA, explicitly highlighting weaknesses in one-time codes and push notifications. In response, passwordless authentication has emerged as a safer, simpler alternative, but implementations differ: some retain passwords for recovery while others fully eliminate them, requiring organizations to match solutions to user experience, security posture, and technology constraints.
Beyond Identity’s Secure Customers is presented as an “invisible,” passwordless MFA solution intended to remove passwords and other phishable factors while improving experience. Delivered via embeddable SDKs for mobile and web, it generates public-private key pairs and self-signed X.509 certificates during registration, binding identity to a specific device with private keys stored in secure hardware (TPM or similar). Authentication uses challenge-response signing plus real-time, risk-based decisions from device and user posture signals. Strengths include frictionless login, adaptive access, privacy-preserving tamper-resistant credentials, and reduced account takeover fraud; challenges include limited support for legacy password-dependent on-premises systems and missing built-in identity proofing for stronger initial registration trust.
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