The Cybersecurity and Infrastructure Security Agency (CISA) Zero Trust Maturity Model measures progress across five pillars. Delinea and StrongDM cover all five, from the vault to the live session, for every human, machine, and AI identity touching your infrastructure.
Why Map to a Framework You Didn’t Write
Delinea has spent years building the identity security control plane underneath that model. It vaults credentials, elevates endpoint privilege, governs service accounts, manages cloud entitlements, and detects identity threats.
StrongDM extends that same policy into the live session, for databases, Kubernetes, cloud consoles, and the AI agents now showing up in production. Together they cover more of the ZTMM than either covers alone.
What follows is the pillar-by-pillar breakdown. Not marketing bullets. The actual products doing the work.
Pillar 01 — Identity
Vaults, rotates, and audits privileged credentials so standing passwords stop being the easy way in.
Removes local admin rights from endpoints and elevates specific applications instead of the user, so a compromised laptop doesn’t hand over the keys.
Governs service accounts, the non-human identities most programs never inventory, from provisioning through decommissioning.
Keeps finding the privileged accounts that show up after the last audit, across cloud, SaaS, and on-premise.
Grants just-in-time, session-scoped access to the resource itself for developers, DBAs, service accounts, and AI agents. Brokers the credential so it is never exposed to the requester.
Pillar 02 — Devices
Factors device trust signals, location, and posture into an access decision, requiring MFA or blocking a connection when a device falls outside policy.
Watches for the anomalous behavior that shows up after a device is compromised, even when you are not managing the device itself.
Pillar 03 — Networks
Is the single path to every resource. No direct network exposure, no bastion hosts, no VPN. Every connection tunnels through a TLS-secured gateway that authenticates the session before any traffic reaches the resource.
Proxies RDP and SSH sessions rather than handing out network-level credentials directly.
Replaces hardcoded credentials in CI/CD pipelines with short-lived, dynamic secrets, so build and deploy traffic isn’t carrying standing network credentials either.
Pillar 04 — Applications and Workloads
Blocks destructive commands like DROP and DELETE before they execute, and redacts sensitive columns such as SSN or salary from query results, for PostgreSQL and Microsoft SQL Server specifically.
Also applies fine-grained, contextual control over kubectl and API interactions, restricting which actions a user can run in a given cluster based on role and environment.
Controls which applications can run on an endpoint at all, with allow lists, deny lists, and sandboxing for anything unrecognized.
Delinea’s Cloud Infrastructure Entitlement Management (CIEM) capability finds and rightsizes the excess permissions that pile up across AWS, Azure, and Google Cloud workloads.
Pillar 05 — Data
Logs every query and command against a database in detail, so “who touched this data” is a lookup, not an investigation.
Encrypts the credentials that protect that data at rest, with AES-256 and dual control for the most sensitive secrets.
Connects privileged access directly to sensitive data classification, so an account with access to regulated data gets flagged while it is still a fix rather than next year’s audit finding.
Cross-Cutting Capabilities
Visibility and analytics. StrongDM session recording and replay, combined with Identity Threat Protection’s behavior analytics, flag anomalous privileged activity in the environment where it happened rather than reconstructing it after the fact from five different log sources. in the environment where it happened, not reconstructed after the fact from five different log sources.
Automation and orchestration. Access Workflows in StrongDM route just-in-time requests through Slack, Teams, or ServiceNow. Account Lifecycle Manager automates service account provisioning and decommissioning on its own schedule. Neither one waits on a ticket queue.
Governance. Compliance reporting, audit trails, and separation-of-duties enforcement span both platforms, so an auditor gets one coherent record instead of a reconciliation project.
What This Actually Gets You
Audit evidence collection
5x faster
Engineers holding standing admin rights
70% fewer
Incident response
6x faster
Reported by StrongDM customers running inside a Delinea environment.
Customer Proof
“Security is a necessary part of day-to-day life. In terms of how we go forward, StrongDM will continue to be part of that story. It has all the mechanisms in place for database access control that we require, and I haven’t found a competitor yet that does the same thing.”
“We chose StrongDM because it’s the one solution to rule them all. You integrate all your data sources, servers, and Kubernetes clusters into StrongDM. Your developers get one simple tool to connect using SSO, and they have access to what they own.”
“Clearcover remains committed to the industry’s best security practices. StrongDM provides us with better insights to bolster our security posture.”
“I would urge all other CISOs to adopt StrongDM as their database proxy platform. We implemented it within a day, and within a week we saw more users requesting access once they saw how easy it was.”
“With StrongDM, people don’t have to maintain usernames and passwords for databases, keys for servers, or passwords for websites. When you eliminate the need for passwords, the attack surface is reduced.”
Built for the Stack You Already Run
If Secret Server is already your vault, StrongDM connects to it and brokers those credentials into live sessions across databases, Kubernetes, and cloud consoles, without ever exposing them to the person or agent doing the work. Everything below runs through the same policy engine.
PostgreSQL, MySQL, MongoDB, Oracle, SQL Server, and 20+ more.
Kubernetes, Amazon EKS, Google GKE, Azure AKS.
AWS, Azure, and Google Cloud consoles.
SSH and RDP, no bastion hosts required.
Claude Code, Claude Desktop, Codex CLI, GitHub Copilot in VS Code, Kiro, and other MCP-enabled agents, governed by the same broker and audit trail as everyone else.
Internal tools, no VPN required.
Trust Signals
Secret Server is In Process for FedRAMP High authorization, a direct differentiator for the federal and regulated-industry buyers this framework speaks to most.
PAM Leader
IAM High Performer
Easiest To Do Business With
Best Support