The Silverfort paper addresses the systemic failures of traditional Privileged Access Management in modern, distributed environments.
The core thesis argues that legacy vault-based solutions—which rely on credential rotation and manual onboarding—are too slow, complex, and narrow to protect the vast array of human and non-human identities in today’s networks. These traditional systems often result in onboarding fatigue, where only a fraction of privileged accounts are ever secured, leaving significant blind spots for attackers to exploit via lateral movement and privilege escalation.
Silverfort proposes a vaultless approach that shifts the security focus from the credential itself to the authentication process in real-time. By integrating directly with the identity provider and Active Directory, Silverfort enforces security controls at the moment of access. This eliminates the need for disruptive agent deployments or the cumbersome process of checking passwords in and out of a vault. The solution offers three primary advantages: immediate visibility, runtime enforcement, and scalability. It can automatically discover every privileged account across the environment—including service accounts and AI agents—and apply adaptive Multi-Factor Authentication or block risky access attempts before they reach the target resource.
The paper also emphasizes the transition from permanent standing privileges to Just-In-Time access. By granting administrative rights only when needed and for a limited duration, organizations can achieve a Zero Standing Privilege state, significantly reducing the attack surface. Ultimately, Silverfort positions Vaultless PAM as a way to either replace or extend existing investments, providing a faster, more cost-effective path to comprehensive identity security without the operational friction that typically causes projects to stall.
