BeyondTrust alternatives expose the limits of legacy PAM

At a glance

What this is: This is a vendor comparison post arguing that BeyondTrust’s legacy PAM model is less suited to cloud-native access patterns than alternatives focused on databases, servers, and Kubernetes.

Why it matters: It matters because IAM teams need to decide whether their privileged access programme is optimised for endpoint-era controls or for modern infrastructure, third parties, and ephemeral admin workflows.

👉 Read StrongDM's comparison of BeyondTrust alternatives for modern access

Context

Legacy privileged access management was built around controlled access to endpoints, servers, and a narrower set of administrative workflows. This article is really about a governance mismatch: when access expands to databases, Kubernetes, and internal web applications, older PAM assumptions can create friction rather than usable control.

For IAM, PAM, and NHI teams, the question is not whether session logging and credential vaulting matter. The question is whether the access model fits the environment you actually run today, especially where cloud-native resources, third-party access, and short-lived credentials are part of normal operations.

Key questions

Q: How should security teams decide whether legacy PAM still fits cloud-native access needs?

A: Teams should test PAM against the resources they now administer, not the estate that existed when the platform was chosen. If the dominant use cases are databases, Kubernetes, cloud CLIs, and internal web apps, then session vaulting alone may be the wrong operating model. Fit should be judged by workflow coverage, audit fidelity, and how cleanly access can be revoked.

Q: Why does hiding privileged credentials change the governance model?

A: When users never handle the underlying secret, the programme shifts from distributing credentials to controlling policy and revocation. That reduces secret sprawl, lowers the chance of reuse, and creates a clearer central point for audit and offboarding. For IAM teams, the key question becomes whether access can be granted and removed without exposing the credential itself.

Q: What breaks when privileged session logging is too coarse?

A: Governance breaks because you can see that access happened without being able to reconstruct what the operator did. Coarse logs may capture login and logout, but they miss database queries, shell commands, and cluster activity. That leaves security, compliance, and incident response with incomplete evidence and weak certification decisions.

Q: What is the difference between endpoint-centric PAM and cloud-native privileged access?

A: Endpoint-centric PAM is built around a narrower set of managed systems, strong session control, and credential vaulting around servers and workstations. Cloud-native privileged access has to cover more dynamic resources, more protocols, and more temporary access patterns. The practical difference is that the latter must support modern operational workflows without turning every task into a proxy exception.

Technical breakdown

Why legacy PAM models struggle with cloud-native access

Traditional PAM platforms assume privileged access is mediated through a small number of highly managed paths such as vaults, jump hosts, and session proxies. That model works best when the target estate is stable and the admin workflow is predictable. It becomes less effective when teams need direct access to Kubernetes, modern databases, and internal web applications, because the control plane itself can become the bottleneck. In practice, the issue is not whether PAM exists, but whether it matches the runtime shape of the infrastructure.

Practical implication: map each privileged workflow to the control path it actually uses, then identify where the PAM model adds unnecessary operational friction.

Why hidden credentials and SSO matter for privileged access

The access pattern described here moves authentication back to the enterprise SSO layer while keeping underlying credentials out of the user’s hands. That reduces exposure from shared secrets, copied SSH keys, and manually distributed database passwords. It also changes the audit model, because access is granted through a central identity layer rather than through scattered local credentials. For NHI governance, this is a familiar pattern: minimise exposed secrets, centralise policy, and reduce the number of places where standing access can persist.

Practical implication: prefer access designs that hide reusable secrets from operators and make revocation depend on a central identity control point.

How session logging supports privileged access governance

Session recording is only useful when it captures enough of the actual work to reconstruct what happened. In this article, the distinguishing point is protocol-level visibility, including database queries, SSH and RDP sessions, and kubectl activity. That matters because different resource types produce different evidence. Query logs, shell transcripts, and cluster command logs answer different audit questions, and an access programme that cannot preserve them consistently will struggle during incident review, compliance checks, or access certification.

Practical implication: verify that audit evidence covers the full workflow, not just login events or coarse session start and stop markers.

Breaches seen in the wild

• BeyondTrust API key breach — compromised BeyondTrust API key led to unauthorized SaaS access.
• MongoBleed breach — MongoBleed exposed secrets across 87K MongoDB servers.

Read our 52 NHI Breaches Analysis report for a comprehensive view of breaches impacting Non-Human Identities including AI Agents.

NHI Mgmt Group analysis

Legacy PAM is still a control model for a bounded infrastructure era. The article’s central tension is that endpoint-centric privileged access assumes the resource landscape is relatively fixed, while modern estates are distributed across databases, Kubernetes, cloud services, and internal apps. That is not merely a product gap. It is a governance mismatch between what PAM was designed to control and how privileged work is now performed. Practitioners should treat this as an environment-fit question, not a feature checklist.

Credential hiding is now a baseline expectation for privileged access programmes. Once operators no longer handle the underlying secrets directly, the programme shifts from secret distribution to policy enforcement and session assurance. That reduces the operational surface of standing credentials, especially in mixed infrastructure estates where human admins, vendors, and platform teams all need access. The practical conclusion is that exposed privileged credentials are no longer defensible as a normal operating model.

Session evidence must match the resource type, or governance becomes partial. Database queries, shell sessions, RDP activity, and kubectl commands each generate different audit artefacts. If a control only sees one layer, it cannot support accurate certification or incident reconstruction across modern admin workflows. That means access review quality is now tied to observability depth, not just to whether a vault or proxy exists.

Vendor access is a lifecycle problem, not just a remote-access problem. The article’s mention of project-based access that automatically expires points to a broader governance pattern: privileged third-party access should be time-bounded, scoped, and easy to revoke. That aligns with NHI lifecycle discipline across human, vendor, and machine identities. The implication is that IAM teams need one lifecycle model for all privileged actors, not separate treatment based on whether the subject is a person or a service account.

From our research:

• 97% of NHIs carry excessive privileges, increasing unauthorised access and broadening the attack surface, according to Ultimate Guide to NHIs.
• Only 5.7% of organisations have full visibility into their service accounts, which is why access governance fails when the control plane does not match the estate.
• NHI Lifecycle Management Guide is the next resource for teams that need revocation, rotation, and offboarding to work across privileged actors.

What this signals

Credential visibility is becoming a governance boundary, not just a security preference. If privileged access tooling hides the underlying secret but cannot consistently expose who had access, when, and to what, the programme will struggle to support both audit and offboarding. Teams should expect scrutiny to shift from vault presence to evidence quality, especially in environments mixing humans, vendors, and machine identities.

Access programmes that still privilege server-era workflows will keep accumulating operational exceptions. The more a platform relies on add-ons, side paths, or workflow workarounds to reach modern infrastructure, the more likely it is that teams will create shadow patterns outside the intended control model. That is where the governance debt starts to show up in recertification and incident response.

Project-scoped privileged access is now a lifecycle issue across all actor types. The same lifecycle discipline used for human offboarding now applies to vendors and service identities that touch critical resources. The operating question is whether your revocation process can close access cleanly before the task, contract, or automation window ends.

For practitioners

• Assess environment fit for privileged access tools Inventory the systems that actually require privileged access, including databases, Kubernetes, cloud CLIs, and internal web applications. Then compare each workflow against the control paths your current PAM model supports without forcing extra add-ons or workarounds.
• Reduce direct exposure of privileged credentials Move operators onto centrally managed authentication paths and keep reusable credentials hidden wherever possible. This lowers the chance that SSH keys, passwords, or database credentials are copied into local workflows or shared across teams.
• Verify session evidence across resource types Check whether your logging stack captures database queries, SSH and RDP sessions, and kubectl activity with enough fidelity for audit and incident review. If one resource type is invisible, the access programme is only partially governed.
• Treat third-party access as lifecycle-bound Require project-scoped privileged access for vendors and contractors, and make expiry and revocation part of the access design rather than an afterthought. Re-certification should verify both scope and duration, not just presence of access.

Key takeaways

• Legacy privileged access controls still work best in bounded environments, but cloud-native operations demand broader workflow coverage.
• Governance quality now depends on whether access controls preserve actionable evidence across databases, shells, and clusters.
• IAM teams should treat privileged access as a lifecycle and observability problem, not just a vaulting problem.

Key terms

• Privileged Access Management: Privileged Access Management is the set of controls used to govern elevated access to sensitive systems and data. In practice, it covers who can obtain privileged access, how that access is brokered, how sessions are observed, and how credentials are protected or hidden.
• Session Recording: Session recording captures interactive administrative activity so security teams can review what happened during privileged work. For modern environments, the useful version records more than login events and should preserve commands, queries, and protocol-specific actions that matter for audit and incident response.
• Credential Vaulting: Credential vaulting stores privileged secrets in a controlled system rather than distributing them to users or embedding them in workflows. The security value comes from reducing direct exposure, supporting revocation, and creating a single governance point for high-risk credentials.
• Project-Scoped Access: Project-scoped access is privileged access that exists only for the duration and purpose of a specific task or engagement. It is especially important for vendors, contractors, and temporary operational work because expiry is part of the control, not an afterthought.

Deepen your knowledge

Privileged access governance across modern infrastructure is covered in the NHI Foundation Level course, the industry's only accredited NHI security programme. If your team is deciding how to align PAM, lifecycle, and audit evidence across mixed environments, it is worth exploring.

This post draws on content published by StrongDM: Competitors & Alternatives to BeyondTrust 2026. Read the original.