Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

Eliminating Privileged Access Toil with Infrastructure Identity

Modern infrastructure is dynamic, ephemeral, and complex, with new technology (such as agentic AI) constantly being added. However, disjointed and unsecured AI and human identities introduce risk through social engineering, credential theft, and prompt hacking, as well as complexity and toil for engineering teams.

AI Session Recording Summaries for SSH, Kubernetes Exec, and Postgres

Since Teleport 1.0, we have shipped built-in session recording and replay. Nine years later, we are shipping the biggest upgrade yet: AI Session Summaries. Teams using Teleport onboard thousands of engineers (developers, DBAs, Windows users) who run thousands of interactive sessions every day. That easily adds up to 5,000+ hours of recordings per month, which is too much for humans to review proactively.

4 Ways to Secure Bedrock Agent-Initiated Actions with Teleport

AI agents powered by Amazon Bedrock are playing an increasingly central role in cloud operations. These agents can interact directly with core AWS services like S3, Lambda, RDS, and EC2 to perform tasks such as data retrieval, automation orchestration, and resource provisioning. Many teams rely on the Model Context Protocol (MCP) to structure agent behavior and convert natural language into actionable commands.

Securing Identity in the Age of AI: A Buyer's Guide to Teleport

As enterprises embrace AI, identity has become the defining security challenge. Every new database, Kubernetes cluster, SaaS app, and now every AI agent introduces yet another identity that must be governed and protected. At the same time, attackers are weaponizing AI to accelerate identity-based threats, exploiting fragmentation and credential sprawl to devastating effect.

Immediate, Automated, Compliant Access Enforcement with Teleport JIT Watcher

A common request we hear at Teleport is for immediate Just-in-Time (JIT) access. Users shouldn't have standing access to resources, but they do need an audited escalation and approval process they can personally execute when access is required. This raises an important challenge: how do we ensure users only access the resources they truly need, without creating access sprawl or slowing teams down?