Teleport vs StrongDM (2026): Infrastructure Access Compared, Plus Alternatives

Teleport and StrongDM both give engineers just-in-time, audited access to servers, databases and Kubernetes without VPNs or shared credentials, but they are built differently. Teleport is identity-native: it acts as a certificate authority and issues short-lived certificates tied to each user’s SSO login, and you can self-host it or use its cloud. StrongDM is proxy-native: a SaaS control plane manages gateways in your network that hold credentials, inject them into connections and log every query and command. Choose Teleport if you want certificate-based access, self-hosting and an open core. Choose StrongDM if you want a managed service with a very simple user experience and query-level database audit.

Below we compare architecture, supported resources, just-in-time access, audit, deployment and pricing models, then cover alternatives such as HashiCorp Boundary, Twingate and the enterprise PAM suites. For the full PAM market, see the best privileged access management software.

Teleport vs StrongDM at a glance

Area	Teleport	StrongDM
Access model	Short-lived X.509 and SSH certificates issued per session from SSO identity	Proxy that injects stored credentials; users never see them
Control plane	Self-hosted or vendor cloud	Vendor SaaS
Components in your network	Proxy and agents (or agentless OpenSSH integration)	Gateways and relays
User experience	tsh CLI, desktop app and web UI	Desktop client and CLI that expose resources on local ports
Resources	SSH, Kubernetes, databases, Windows desktops, internal web apps, cloud consoles	Databases, SSH and RDP servers, Kubernetes, internal websites, cloud CLIs
Just-in-time access	Access requests with approvals, integrated with chat and ticketing	Access workflows with approvals and time-bound grants
Audit	Structured audit log plus interactive session recordings	Query- and command-level logs plus session replays
Machine access	Machine ID issues short-lived certificates to CI/CD and bots	Service accounts through the same proxy
Open source	Open core with a community edition	No
Pricing model	Free community edition; paid editions by quote	Per user, quote-based

How are Teleport and StrongDM architected?

Teleport: certificates instead of credentials

Teleport runs an auth service that acts as a certificate authority and a proxy that is the single public entry point. When an engineer logs in through SSO, Teleport issues certificates valid only for a short window and only for the roles that user holds. Servers, Kubernetes clusters and databases trust Teleport’s certificate authority, so there are no static SSH keys or shared database passwords to leak. Each connection is authenticated with the user’s own identity, which makes attribution in the audit log straightforward.

StrongDM: a protocol-aware proxy

StrongDM keeps credentials inside its system (or reads them from your secrets store) and places gateways close to your infrastructure. Users run the StrongDM client, which exposes each permitted resource on a local port. When they connect with their normal tools, such as psql, a database GUI or ssh, the gateway injects the real credential and logs the traffic at the protocol level. Engineers never handle the credential, and admins can revoke access centrally in seconds.

The practical difference: Teleport changes how targets trust users (certificates), while StrongDM changes the path to targets (a proxy). Teleport requires configuring resources to trust its CA or running its agents; StrongDM requires deploying gateways and adding credentials for each resource.

Which supports more resource types?

Coverage overlaps heavily. Both handle Linux servers over SSH, major relational and NoSQL databases, Kubernetes and internal web applications. Teleport adds Windows desktop access through its own RDP handling and supports cloud console and CLI access. StrongDM supports RDP servers and a broad catalogue of database engines, and its database audit captures individual queries, which is a common reason data teams choose it. Before deciding, list your exact database engines, Kubernetes distributions and Windows use cases, and check each against current documentation.

Just-in-time access and approvals

Both products move teams away from standing access. In Teleport, users request a role or specific resources, reviewers approve through the web UI, Slack, Microsoft Teams, PagerDuty or Jira integrations, and the elevated certificate expires on schedule. In StrongDM, access workflows grant time-bound access to resources after approval, also with chat and ticketing integrations. Both can auto-approve for on-call engineers based on schedule data, which matters for incident response. Ask each vendor to show a production-access request from Slack to revocation in under a minute.

Audit and session recording

• Teleport records interactive SSH and Kubernetes sessions for replay, captures desktop sessions, and writes structured events for every login, request and command execution. Enhanced recording on Linux can capture commands at the kernel level.
• StrongDM logs every database query, SSH command and Kubernetes action with the user’s identity, and records sessions for replay. Query-level logging is especially useful for compliance on production databases.

Both stream logs to SIEM tools. If auditors ask “who ran this query on the customer database last quarter,” StrongDM’s query log answers it directly; Teleport answers it through database access audit events.

Deployment and operations

Teleport can be fully self-hosted, which suits air-gapped and sovereignty-sensitive environments, or run as a vendor-managed cloud where you only deploy agents. Self-hosting means you run and upgrade the auth and proxy services and their storage. StrongDM is SaaS-only for the control plane; you run lightweight gateways and relays. Neither requires a VPN. Teams that want zero control-plane operations tend to prefer StrongDM; teams that must keep every component in their own environment tend to prefer Teleport.

Security model: what are you trusting?

Every access platform becomes a high-value target, so it helps to know what an attacker would gain by compromising it.

• Teleport’s most sensitive component is its certificate authority. Whoever controls it can mint certificates for any role, so the auth service must be hardened, its keys protected (Teleport supports HSM and cloud KMS backing), and administrative roles tightly limited. On the plus side, there are no long-lived credentials sitting in a store waiting to be stolen.
• StrongDM’s most sensitive components are the stored credentials and the gateways that use them. StrongDM can read credentials from your own secrets manager so they do not live in its SaaS, and gateways run in your network. Rotating the underlying credentials regularly limits the damage if one leaks.

For either tool, protect the admin role with phishing-resistant MFA, send audit logs to a system the access platform’s admins cannot alter, and review who can change access policies.

Rolling out Teleport or StrongDM

1. Connect SSO first. Map identity provider groups to roles so access follows existing team structure. Our explainer on how single sign-on works covers the SAML and OIDC basics.
2. Start with one environment. Staging or a single production cluster lets you tune roles without blocking incident response.
3. Enroll resources as code. Both tools support Terraform or configuration files, so new databases and clusters are covered automatically.
4. Turn off the old path. Remove direct SSH keys, shared database users and VPN routes once the new path works; otherwise engineers keep using the backdoor.
5. Measure friction. Track time to connect and time to approve access requests during on-call incidents.

Teleport vs StrongDM pricing

Teleport offers a free community edition, subject to license terms that depend on company size, and paid self-hosted and cloud editions sold by quote. StrongDM prices per user and generally quotes on request. For both, cost scales with the number of engineers and the features you need, such as advanced access requests, device trust or compliance reporting. Check current pricing on Teleport’s pricing page and StrongDM’s pricing page, and see buyer notes on our Teleport pricing and StrongDM pricing pages.

Which should you choose?

If you need	Better fit
Self-hosting or air-gapped deployment	Teleport
No static keys anywhere, certificate-based trust	Teleport
Open source core to start small	Teleport
Fully managed control plane	StrongDM
Query-level audit of production databases	StrongDM
Engineers keep their existing database clients with minimal change	StrongDM
Windows desktop access alongside SSH and Kubernetes	Teleport

What are the best Teleport and StrongDM alternatives?

• HashiCorp Boundary: identity-based access to hosts and databases, with dynamic credentials from HashiCorp Vault. A natural choice for teams already running Vault.
• Twingate and Tailscale: zero trust network access that replaces VPNs at the network level. They are simpler and cheaper for connectivity, but they are not PAM: they do not inject credentials or record sessions by default. Tailscale’s SSH feature adds some session controls.
• Pomerium: an identity-aware proxy for internal web apps and TCP services, with open source roots.
• Enterprise PAM suites: CyberArk, BeyondTrust Privileged Remote Access and Delinea cover infrastructure access plus vaulting and endpoint privilege, at higher cost and complexity. See CyberArk vs BeyondTrust.
• JumpServer: an open source bastion host with web-based access and session recording.

Browse more options on our Teleport alternatives and StrongDM alternatives pages.

Teleport vs Twingate: are they the same kind of tool?

No. Twingate replaces a VPN: it decides which devices and users can reach which networks and services. Teleport and StrongDM sit one layer up: they decide who can log in to a specific server, database or cluster, with what role, for how long, and record what they do. Many companies run both, using ZTNA for general internal access and Teleport or StrongDM for production infrastructure.

Teleport vs CyberArk

CyberArk is a broad PAM suite aimed at central IT and security teams managing every kind of privileged account. Teleport is aimed at engineering and platform teams running cloud-native infrastructure. If your privileged risk is mostly engineers reaching Kubernetes, databases and Linux fleets, Teleport or StrongDM is usually faster to adopt. If you also need Windows domain admin vaulting, endpoint privilege and legacy targets, a suite covers more ground. For application credentials in pipelines, compare dedicated secrets management tools.

Still weighing options? The side-by-side StrongDM vs Teleport page and our explainer on privileged access management are good next reads.