KeeperPAM and Tenable Integrations: Dynamic Nessus Credentials and Cloud Identity Remediation

On October 16, 2026, Chicago-based Keeper Security announced two integrations with exposure management vendor Tenable aimed directly at those two pain points. Detailed in a PR Newswire release from Keeper Security and reported by Citybiz, alongside technical documentation from Tenable, the release pairs Tenable Cloud Security with KeeperPAM for closed-loop identity risk remediation, while also connecting Tenable One Vulnerability Management and Tenable Nessus with Keeper Commander to retrieve privileged credentials dynamically at scan time.

Let us unpack how both connectors actually work under the hood, which Windows, database, and virtualization targets are supported, and where the vendor marketing ends and the real administrative work begins.

Two Distinct Connectors for Two Persistent Headaches​

While announcements of this type often blend capabilities into a single narrative, Keeper and Tenable have actually rolled out two distinct technical integrations for organizations holding active KeeperPAM licenses:

1. Cloud Risk Detection to PAM Remediation: A workflow connecting Tenable Cloud Security with KeeperPAM to route selected identity and access findings into Keeper for privilege remediation and automated status updates back to Tenable.
2. Dynamic Credentialed Vulnerability Scanning: A vault connector between Tenable’s scanning platforms (Tenable One Vulnerability Management and Tenable Nessus) and Keeper Commander that pulls privileged credentials—including Windows SMB, SSH, and database logins—on demand during authenticated scans rather than storing static secrets inside Tenable scan policies.

Both address the operational friction between vulnerability assessment teams (who run the scanners) and identity or systems administrators (who hold the keys to the infrastructure).

Closing the Loop on Cloud Identity Findings​

In a typical enterprise environment, when Tenable Cloud Security flags a risky access path, an exposed cloud identity, or an account with excessive standing privileges, the finding triggers a manual handoff. A security analyst opens a ticket, copies the resource details into an ITSM queue, and waits for an identity administrator to rotate a secret or strip a role. Keeper Security CEO and Co-founder Darren Guccione noted in the company's announcement that organizations cannot remediate findings if they are not equipped to act immediately, arguing that the integration allows cloud security teams to implement fixes "in seconds instead of weeks".

Treat the "seconds instead of weeks" phrasing for what it is: an unbenchmarked vendor statement rather than a guaranteed service-level metric. However, looking at Keeper Security’s product documentation for the Tenable integration reveals a practical, four-step administrator-driven workflow that legitimately cuts out manual ticket-chasing:

• Step 1: Send the Finding. A Tenable administrator reviews an identity or access finding in Tenable Cloud Security and forwards it to Keeper. The finding lands in Keeper’s Cloud Security dashboard with its severity, provider context, and affected resource details intact.
• Step 2: Map or Onboard the Resource. A Keeper administrator maps the flagged asset to the appropriate KeeperPAM record—such as a PAM Database, Machine, Directory, Remote Browser, Cloud, or User record. If Tenable flags a compromised cloud identity, administrators can onboard a PAM User record directly without needing to build out separate machine or directory resources first.
• Step 3: Apply Privileged Access Controls. From the remediation queue, the administrator selects one or more response actions:
  • Rotate Credentials: Immediately rotate a compromised password or secret and store the replacement in the Keeper Vault, with the option to attach an ongoing rotation schedule.
  • Remove Standing Privilege: Inspect the groups and roles assigned to an onboarded PAM User and strip unnecessary access directly from the workflow.
  • Enforce Just-In-Time (JIT) Access: Replace standing privileges with time-bound access—either by elevating an existing account temporarily or spinning up an ephemeral account for an approved connection, complete with optional multifactor authentication (MFA), approval requirements, ticket number capture, and session duration limits.
  • Route Through Zero-Trust Sessions: Force access to the affected resource through Keeper Gateway so users never see the underlying credential, with optional graphical, key-event, or text session recording.
• Step 4: Automated Status Resolution. Once the action is processed, Keeper updates the finding’s status. Keeper tracks states across In Progress, Resolved, Ignored, and Failed. When an action succeeds, Keeper automatically notifies Tenable and marks the finding as resolved.

It is worth noting an important scope boundary here: this integration does not magically patch software CVEs or rewrite broken firewall rules. As Keeper’s integration documentation specifies, it is purpose-built for selected identity and access findings that can be addressed through credential rotation, resource onboarding, managed access, JIT elevation, or standing privilege removal.

How Keeper Encrypter Handles the Data Path​

Whenever you wire a cloud vulnerability scanner directly into a privileged access management (PAM) vault, any seasoned security architect will immediately ask how the webhook traffic is secured. Sending raw vulnerability findings and identity metadata across third-party clouds in cleartext is a non-starter.

To prevent unencrypted findings or credentials from being exposed outside the customer's infrastructure, the integration uses Keeper Encrypter. According to Keeper Security, Keeper Encrypter is a self-hosted gateway service deployed inside the customer's own environment. It receives the incoming webhook traffic from Tenable and encrypts the payload using customer-managed private keys before sending the data on to Keeper. Keeper CTO and Co-founder Craig Lurey stated in the release that this design creates a closed-loop workflow operating within the customer's perimeter while preserving Keeper's zero-knowledge architecture. While neither vendor has published an independent third-party audit of the connector itself, self-hosting the webhook encryption gateway inside the perimeter is a sensible architectural choice for enterprises wary of cloud-to-cloud webhook exposure.

Section Summary: The Tenable Cloud Security to KeeperPAM integration lets admins push identity-related cloud findings into an encrypted queue, apply PAM controls like credential rotation or JIT access, and automatically mark the finding resolved in Tenable—provided a human still reviews the finding and maps the resource.

Evicting Static Credentials from Vulnerability Scanners​

For Windows Server administrators, Linux engineers, and database administrators, the second integration—connecting Tenable and Keeper Commander—arguably delivers the most immediate day-to-day operational relief.

To understand why, consider how authenticated vulnerability scanning works. An unauthenticated network scan only pokes at open ports from the outside, which generates high false-positive rates and misses local configuration drift. To see installed software versions, missing Windows security patches, registry settings, and compliance status, Tenable needs credentials to log directly into the target hosts.

Historically, many organizations took the path of least resistance: they typed privileged service account passwords and uploaded SSH private keys directly into their Tenable scan policies. That creates two huge headaches:

1. The Static Secret Risk: Your vulnerability scanner becomes a high-value vault of domain, database, and root credentials.
2. The Rotation Trap: Whenever security policy mandates rotating those privileged passwords, every single Tenable scan policy using those credentials breaks until an administrator manually updates them. Consequently, teams often exempt scanner accounts from password rotation—creating permanent, high-privilege standing credentials.

According to Tenable’s official integration guide for Keeper Commander and a product-team release highlight on Tenable Connect, the new connector eliminates static secrets from scan configurations. Instead of storing target passwords or SSH keys in Tenable, Tenable authenticates to the Keeper Commander service using an API key. At scan time, Tenable dynamically fetches the required privileged credentials from Keeper’s vault, logs into the target systems to perform the assessment, and never saves the secrets inside the scan policy. When Keeper automatically rotates a password or key on schedule, Tenable simply pulls the updated value on the next scheduled scan with zero manual policy updates required.

Supported Platforms, Protocols, and Release Status​

Based on Tenable’s product team documentation published on Tenable Connect, the Keeper Commander PAM integration launched on October 8, 2026, for Tenable One Vulnerability Management and Tenable Nessus, without disrupting existing scan configurations. Support for Tenable Security Center (formerly Tenable.sc) is currently listed as TBD (to be determined), an essential distinction for on-premises enterprises running Security Center.

The connector supports a broad matrix of enterprise targets right out of the gate:

For Windows and SQL Server administrators in particular, native support for Windows SMB (including domain and Kerberos auth) alongside Microsoft SQL Server means you can let Keeper rotate your high-privilege scanning accounts as aggressively as your compliance framework demands without breaking Tuesday morning patch-verification scans.

Section Summary: Available since October 8, 2026, for Tenable One Vulnerability Management and Tenable Nessus (with Tenable Security Center still TBD), the Keeper Commander connector uses an API key to fetch Windows SMB, SSH, database, and hypervisor credentials at scan time, allowing automated secret rotation without breaking scan policies.

Critical Analysis: Where Automation Helps—and Where Humans Still Matter​

In an era where security vendors love to promise autonomous, single-click salvation, it helps to look at this integration with a level-headed admin’s perspective. Does connecting your vulnerability management platform to your PAM vault improve security hygiene? Absolutely. Tenable already offers vault integrations with enterprise heavyweights like CyberArk, BeyondTrust, HashiCorp Vault, AWS Secrets Manager, and Akeyless. Bringing KeeperPAM and Keeper Commander into that ecosystem gives mid-market and enterprise organizations standardized on Keeper parity in securing their scan workflows.

At the same time, security teams should keep a few practical realities in mind when planning deployment:

• Remediation Is Guided, Not Autonomous: Despite press release enthusiasm about eliminating delays, the cloud risk remediation workflow is not a hands-off "auto-pilot" button. And frankly, you would not want it to be. Automatically revoking privileges or rotating production credentials the moment a scanner flags an anomaly is a great way to take down a critical business application at 2:00 PM on a Wednesday. An administrator still needs to review the finding in Tenable, forward it, map the resource in Keeper, and choose the right control.
• Self-Hosted Components Require Care: Because Keeper Encrypter runs as a self-hosted service inside your environment to encrypt Tenable webhooks, your infrastructure team will need to deploy, monitor, and maintain that gateway—and manage the associated private keys—to keep the closed-loop status updates flowing.
• Verify Tenable Platform Compatibility First: If your organization relies on Tenable One Vulnerability Management, Tenable Cloud Security, or standalone Tenable Nessus scanners, you can put these connectors to work immediately (assuming you have an active KeeperPAM license). If your vulnerability management program is anchored on on-premises Tenable Security Center, you will need to wait until Tenable finalizes release timing for that platform.

Actionable Takeaways for Windows and Security Admins​

If your organization runs both Tenable and KeeperPAM, here is how to approach this rollout pragmatically:

1. Audit Your Existing Tenable Scan Policies: Identify every scan policy in Tenable Nessus or Tenable One Vulnerability Management that currently holds static Windows SMB domain accounts, SQL Server logins, SSH keys, or VMware vCenter credentials.
2. Migrate Scanner Accounts to Keeper Commander First: The Keeper Commander integration is low-risk and doesn't disrupt existing scan policies. Start by moving a test group of Windows SMB and SSH scan credentials into Keeper Vault, linking Tenable via the Keeper Commander API key, and enabling automated password rotation after confirming your authenticated scans complete cleanly.
3. Pilot the Cloud Remediation Loop on Non-Production Identities: Deploy the self-hosted Keeper Encrypter gateway and test the Tenable Cloud Security to KeeperPAM workflow using non-critical cloud accounts. Practice onboarding flagged cloud identities as PAM Users and converting standing cloud privileges to time-bound JIT rules before applying those controls to production workloads.