strongDM

StrongDM is a modern Zero Trust Privileged Access Management (PAM) platform designed to help organizations securely manage, control, monitor, and audit access to critical infrastructure. The platform extends traditional privileged access management beyond conventional credential protection to support modern technology environments, including databases, servers, Kubernetes clusters, cloud infrastructure, containers, and web applications.

StrongDM brings authentication, authorization, networking, and observability together within a unified platform. By creating a controlled access path between users, machines, applications, and infrastructure, StrongDM enables organizations to apply granular security policies while providing users with a streamlined way to access the resources they need.

Zero Trust Security

At the heart of StrongDM is a Zero Trust security model. Instead of assuming that a user should remain trusted after successfully logging in, StrongDM is designed to continuously evaluate access and enforce security policies throughout the session.

This approach helps organizations implement the principle of least privilege by giving users, services, and other entities only the access they require for a particular task and for the necessary period of time. StrongDM supports contextual and dynamic authorization, allowing organizations to respond to changes in user behavior, resource sensitivity, device context, and security conditions.

Privileged Access Management

StrongDM modernizes privileged access management by focusing not only on who can enter an environment, but also on what that individual or system is allowed to do once access has been granted.

The platform supports fine-grained permissions, role-based access control, attribute-based policies, just-in-time access, and zero-standing-privilege approaches. Organizations can grant temporary elevated permissions when necessary and automatically remove them when the task is complete.

This reduces the risks associated with permanent administrative privileges, shared credentials, and excessive access rights.