IGA (Identity Governance and Administration) manages user identities and access across the organization, ensuring proper access and compliance. PAM (Privileged Access Management) secures privileged accounts with elevated permissions by using measures like credential vaulting and session monitoring to prevent misuse. While IGA handles overall user access, PAM adds security for the most sensitive accounts.
StrongDM manages and audits access to infrastructure.
- Role-based, attribute-based, & just-in-time access to infrastructure
- Connect any person or service to any infrastructure, anywhere
- Logging like you've never seen
StrongDM, the Dynamic Access Management (DAM) platform that gives technical staff direct access to the critical infrastructure they need to be their most productive, now gives you more authentication flexibility with Remote Identities. This new feature enables you to connect to StrongDM resources using the identities of individual users instead of a leased credential.
Remote Identities helps you leverage the native capabilities of your SSH and Kubernetes resources and capitalize on infrastructure workflow investments you’ve already made.
Here’s how.
What Is the Remote Identities Feature All About?
With Remote Identities, you authenticate to an SSH or Kubernetes resource using the identity of the StrongDM user connecting to it instead of StrongDM’s standard leased credential method.
In the StrongDM leased credential model, users access SSH and Kubernetes resources through a centralized set of credentials. This simplifies credential management and helps prevent credential sprawl while preserving all identity information about the StrongDM user accessing your infrastructure in our comprehensive logs.
But, what if you want to take advantage of user profiles and home directories on your servers, or have StrongDM users without auditing privileges relying on native Kubernetes logging and RBAC? Remote Identities allows you to leverage these resource-specific features and more.
Ultimately, though, we leave it up to you to choose if you want to use leased credentials or Remote Identities. Understanding the benefits of using Remote Identities can help you decide.
What Are the Benefits of Using Remote Identities?
The Remote Identities feature allows you to extract more value from your SSH and Kubernetes resources by leveraging their native capabilities.
For instance, it’s now easier to do these tasks:
- Assign Kubernetes permissions at the group level with native Kubernetes RBAC
- Include user-specific profiles on your servers
- Identify specific users associated with processes being executed on multi-tenant systems
Additionally, you can leverage pre-existing investments in infrastructure processes or workflows (such as native alerting, log aggregation, and SIEM integrations).
Have you already done any of the following?
- Set up a SIEM aggregation that consumes native logs directly from your resources
- Establish a local threat identification system that relies on user identities
- Employ disk and compute quotas on a per-user basis
Remote Identities enables you to keep operating all of these processes within StrongDM.
When Does Using Remote Identities Make Sense?
We’ve already highlighted some of the most prominent use cases where authenticating using a remote identity, rather than a leased credential, makes sense. However, let’s recap them here along with a few others:
- Leveraging user-specific profiles and home directories on servers
- Enabling targeted identification and cancellation of server processes based on the user
- Enforcing per-user, per-server quotas on resource usage in multi-tenant systems
- Leveraging native Kubernetes RBAC
- Being able to identify specific StrongDM users in a resource’s native logs
- Using local threat identification systems on resources
- Supporting custom notification, approval, and escalation workflows running on your resources that need to be aware of a user’s identity
New to StrongDM? Sign up for our free no-BS demo and discover how our Dynamic Access Management (DAM) platform can work for you.
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