Teleport

Teleport is an access platform for engineering teams that centralizes and secures access to infrastructure resources such as servers, Kubernetes clusters, internal web applications, and databases.

• Access platform for Secure Shell (SSH) servers, Kubernetes clusters, internal web apps, and databases (infrastructure access management)
• Role-Based Access Control (RBAC) and Just-In-Time Access (JIT) workflows with short-lived credentials (identity and access management)
• Single Sign-On (SSO) integration with identity providers and unified access auditing (access governance and audit)
• Zero trust access model with clientless connectivity options (zero trust network access)
• Session recording, policy enforcement, and compliance support for regulated environments (security and compliance)

More About Teleport

Teleport provides an infrastructure access management platform that organizations use to control, authenticate, and audit access to compute resources across cloud and on-premises (on-prem) environments. The platform is designed for teams that manage SSH servers, Kubernetes clusters, databases, and internal web applications and need centralized policies and a consistent access workflow. It groups these capabilities into a unified access layer that connects engineers and service accounts to infrastructure without distributing long-lived credentials.

The platform implements an identity-centric model that integrates with enterprise identity providers (identity and access management) so that users authenticate through SSO and receive short-lived certificates instead of static keys or passwords. RBAC policies define which infrastructure resources a user or group can access and what actions are allowed. JIT workflows can require approvals for elevated roles, and access grants are time-bound. This approach reduces reliance on traditional shared secrets such as SSH keys, database passwords, or Virtual Private Network (VPN) credentials.

Teleport uses protocols and technologies such as SSH, Kubernetes Application Programming Interface (API) access, database protocols, and HTTPS while proxying traffic through its access plane. It supports agent-based and agentless patterns depending on environment constraints. Session recording and event logging capture user activity and administrative actions, providing an audit trail that security and compliance teams can query. These records help organizations meet requirements in regulated industries by demonstrating who accessed which systems, when, and with what permissions.

The product is commonly positioned alongside categories such as Privileged Access Management (PAM), zero trust network access, and secure remote access for engineers. Unlike general-purpose VPNs, Teleport focuses on per-resource authorization and identity-aware access rather than broad network-level connectivity. In comparison with traditional bastion hosts, it layers Certificate-Based Authentication (CBA), centralized policy, and detailed audit visibility. This combination appeals to organizations that need to standardize access across multiple clouds, hybrid infrastructure, or distributed engineering teams.

In directory and marketplace taxonomies, Teleport maps to several categories: infrastructure access management for its core platform, PAM for its control over elevated permissions, zero trust network access for its identity-aware, clientless connectivity options, and security and compliance for its auditing, session recording, and policy enforcement features. Enterprises adopt Teleport to consolidate separate access tools, reduce secret sprawl, and provide a consistent operational model for accessing critical infrastructure.