Teleport Launches Beams — Trusted Agent Runtimes For Infrastructure
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Accelerate Engineering Velocity

End the security vs. speed tradeoff.

Eliminate the static credentials and standing privileges that drive complexity. Maintain resiliency with growth and scale. Engineers win. Security wins. 
 

WHY IDENTITY AND ACCESS FRICTION KILLS ENGINEERING VELOCITY

VPN COMPLEXITYSLOW APPROVAL QUEUESACCESS BOTTLENECKS AT SCALESSH KEY MANAGEMENTMULTI-REGION COMPLEXITY

Reduce infrastructure complexity.
Accelerate growth and drive scale.

Teleport reduces the complexity of homegrown or fragmented identity and access tooling with an infrastructure identity platform that engineers want to use and security teams can trust at scale.

Teleport


Legacy PAM

Short-lived privileges are issued based on task, and expire automatically, eliminating complexity of static credentials.

SSH keys, shared passwords, and API tokens multiply with every new engineer, cluster, and cloud environment 

A unified identity layer for every resource — servers, Kubernetes, databases, cloud consoles, internal apps, Git, MCP — using SSH, kubectl, psql and other familiar tools

Engineers navigate different access paths for every environment — VPNs for on-prem, consoles for cloud, separate tools for Kubernetes and databases

Just-in-time access requested and approved via Slack, Jira, or PagerDuty in seconds — or granted automatically by policy based on role, device, and context

Access requests go through ticketing systems designed for business workflows — engineers wait hours or days, then work around controls to keep moving

New infrastructure enrolls automatically, with consistent policy enforced across every region, cloud, and environment without manual steps

Every new region, cloud, or cluster requires manual enrollment, custom access configuration, and a growing pile of homegrown tooling to maintain

Every session is recorded and attributed to a real identity, protocol, and task — one audit trail, exportable to any SIEM, ready for any compliance framework

Audit logs live in separate systems — Okta, CloudTrail, GitHub, Kubernetes — with no unified view of who accessed what, when, or why

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OUTCOMES

Accelerate engineers, scale resiliency.

Accelerate Access

10x

faster access provisioning for new engineers and new resources

Near instant

time to access cloud resources vs. multi-step manual flows

Eliminate Overhead

80%

drop in time spent troubleshooting access issues

0

hours managing SSH keys, VPN configs, or custom access tooling

Scale without Friction

10×

team and resources growth without a proportional increase in headcount

0

manual steps to enroll new infrastructure regions or clusters

Delight Engineers

Unified, fast access to resources.

One place for every resource, team, and environment regardless of where they're located (cloud, on-prem, edge). No need to juggle static credentials, VPNs, cloud identity models. Engineers spend time building, not battling infrastructure connectivity hassles.

  • Auto-discover available resources — servers, Kubernetes, databases, web apps, CI/CD pipelines, code repositories and more

  • Use familiar tools like SSH, kubectl, and database clients

  • No VPNs, no port forwarding, no custom DNS with Teleport VNet

  • Fast provisioning and deprovisioning for new team members and projects

Reduce Operational Overhead

Lower complexity - no standing privileges, no credentials. 

Short-lived privileges are granted instantly and expire automatically. No tickets. No waiting. Lower friction. Smaller blast radius.

  • Request just-in-time privileges through familiar tools like Slack and PagerDuty, avoiding bureaucratic approval processes.

  • Eliminate VPNs and bastion hosts, getting rid of network segmentation hassles with zero-trust architecture

  • Get rid of the hassle (and security risk) of managing passwords, API keys, tokens, and other static credentials

  • Govern CI/CD pipeline and IaC workflow automation with machine identity

Reduce Audit Burden

Less time in the audit chair

Audit effort drops from weeks to hours. Teleport captures fine-grained session recordings and granular logs across every resource, every identity, and every access event — all in one place. No chasing data across machines or systems. 

  • Session recording and playback across SSH, Kubernetes, databases, and cloud consoles

  • All audit data centralized and exportable to any SIEM — no manual collection from multiple systems

  • Eliminate entire sections of audit review — no passwords, static credentials, or shared secrets to account for

  • Built-in controls for the advanced requirements of FedRAMP, SOC 2, ISO 27001, HIPAA, PCI DSS 4.0, NIS2, and DORA

  • AI Session Summaries with Timeline & Risk for fast investigation and response

Infrastructure Resiliency at Scale

Scale resiliency from startup to hyperscaler 

As your infrastructure expands across clouds, regions, and datacenters, Teleport scales with it, supporting users, machines, and AI workloads with high resiliency as new clusters, regions, and environments are enrolled.

  • Ditch the complexity of VPNs, bastion hosts, and secrets managers

  • Deploy automation and new technologies without secrets rotation hurdles or access rearchitecting

  • Built-in enforcement of access policy across every region, cloud, and environment, with full auditability

  • Multi-region high availability ensures engineers always have access for always-on requirements.

Unified Identity — Humans, Machines & AI

A unified identity layer for all actors.

As companies grow and deploy AI, the number of identities multiplies fast — engineers, service accounts, CI/CD pipelines, LLM agents, and MCP tools. Teleport gives every actor a cryptographic identity and enforces the same access controls, audit trail, and least-privilege policy across all of them.

  • Users, machines, workloads, and AI agents governed by the same identity model

  • Cryptographic identity and short-lived privileges for every actor — human or non-human — eliminate standing access and credential sprawl

  • Adopt AI and automation confidently — every agent and pipeline gets identity, policy, and a full audit trail from day one

Key Capabilities

Unified Resource Catalog

One place for every server, cluster, database, app, and AI workload

Just-in-time Access Requests

Task-based, short-lived, approved via Slack, Jira, or PagerDuty

Multi-Region High Availability

Always-on access across clouds, regions, and data centers

Automated Provisioning

Enroll new infrastructure and onboard engineers without manual steps

Session Recording & Audit Logs

Every session captured, every action attributed, compliance-ready by default

Machine & AI Identity

Cryptographic identity for service accounts, CI/CD pipelines, agents, and MCP tools

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We used to go through multiple steps just to access cloud resources, and now it happens almost instantly. Our engineers are really happy with the significant improvement in their workflow.

Pradithya Aria Pura

Principal Software Engineer, Container Deployment Platform, GoTo

Frequently Asked Questions

How does Teleport speed up infrastructure access for engineers?

After a user completes an SSO authentication flow, Teleport issues short-lived certificates that auto-expire without revocation. These certificates grant access to SSH servers, Kubernetes clusters, databases, web applications, and cloud consoles through a single authentication event. Engineers do not manage passwords, SSH keys, or VPN connections.

Teleport provides just-in-time access requests that allow users to request access to a resource or role depending on need. Requests can be approved or denied based on a configurable number of approvers.

Yes. Engineers connect to resources through SSH, kubectl, database clients, or the Teleport CLI. Access requests and approvals integrate with Slack, PagerDuty, Jira, ServiceNow, Microsoft Teams, Discord, Mattermost, and Opsgenie.

The SCIM integration synchronizes identity provider group memberships with Teleport Access Lists. When a user is assigned to an identity provider application, a corresponding Teleport account is created and role assignments are handled via RBAC. When a user is deprovisioned, Teleport immediately deletes the user account and creates a lock that terminates existing sessions and leaves no standing credentials.

Teleport collects access event data (login activity, metadata, session IDs) alongside recorded and replayable sessions for every SSH, desktop, or Kubernetes session. Sessions can be analyzed instantly using Session Recording Summaries. Audit events can be forwarded to log management platforms including Splunk, Datadog, Elastic, and Panther. Because authentication is certificate-based with automatic expiration, there are no static credentials or shared accounts to audit.

Yes. Teleport automatically detects and enrolls resources across cloud providers. Supported environments include AWS, Azure, GCP, on-premises, and self-hosted infrastructure.