Okta Privileged Access 2026.04.0 introduced workload identity for automation. This article explains how Workloads helps CI/CD pipelines, infrastructure automation, cloud workloads, scripts, and AI agents authenticate with native platform identity and runtime OIDC tokens instead of hardcoded API keys or service account secrets. Today the available workload access pattern is Principal SSH access; additional use cases will be added when available.
Protocol-level deep dive into the four Okta for AI Agents access patterns: ID-JAG token structure, sequence diagrams, audit log examples, and step-by-step Okta configuration for XAA, STS, PSK, and Service Account.
A strategic overview of the four access patterns for AI agent integrations — XAA, STS, PSK, Service Account — with a comparison matrix, decision framework, and migration roadmap. Companion deep dive covers protocol details and Okta configuration.
How to integrate GLPI 11, an open-source IT service management platform, with Okta for SSO. It covers running a GLPI test environment via Docker, LDAP and SAML configuration walkthroughs, and notes on OAuth/OIDC with commercial plugins. The guide highlights user import, authentication options, demo readiness, and security limitations for non-production use.
Who will guard the guards themselves? A critical analysis of vendor lock-in risks in IAM and the advantages of an agnostic approach based on Identity Fabric and open standards.
How to integrate GLPI, an open-source IT service management platform, with Okta for SSO. It covers running a GLPI test environment via Docker, LDAP and SAML configuration walkthroughs, and notes on OAuth/OIDC with commercial plugins. The guide highlights user import, authentication options, demo readiness, and security limitations for non-production use.
