Tag: Workload Identity

A developer needs to connect a service to an API. The documentation says to generate an API key, store it in an environment variable and pass it in a header. Five minutes later, the integration works.
AI agents are no longer just chatbots. They’re executing multistep workflows across tools and data sources, and the Model Context Protocol (MCP) standardizes these interactions.
Zero trust has reshaped how organizations secure user access. Multifactor authentication, single sign-on and continuous posture checks are now standard for human identities. But the same rigor rarely extends to the nonhuman side of the house.
Static credentials, like hardcoded API keys and embedded passwords, have long been a fixture of how workloads authenticate. But in distributed, cloud-native environments where services constantly spin up and down, these long-lived secrets have become a growing source of risk, operational friction and compliance failure.
When your team stores API keys in a vault and rotates them on a schedule, it feels like the access problem is handled.
Workload identity proves who a workload is. Workload access management controls what it can do. Learn why separating them is critical for zero trust.
Two in five SaaS platforms fail to distinguish human from nonhuman identities. Learn why the distinction matters and how to manage both securely.
Attestation-based identity verifies workloads using cryptographic environment evidence rather than stored secrets. Learn how it works across hardware and cloud.
AI agent identity breaks down when agents authenticate across OAuth, API keys and managed identities simultaneously. Learn why single-protocol solutions fail.
Instead of duplicating accounts or sharing credentials, one identity system can validate identities issued by another and grant access based on that trust.