Modern privileged access extends far beyond administrator passwords.
Organizations now manage access for developers, cloud infrastructure, service accounts, workloads and increasingly AI agents, all operating across dynamic environments where permissions constantly change.
This overview provides a concise introduction to how P0 Security helps organizations modernize privileged access through identity-native authorization and just-in-time access. Rather than relying on standing privilege or credential vaults alone, P0 enables teams to discover privileged identities, enforce policy-driven access and evaluate authorization requests based on context before privileged actions occur.
You’ll get a high-level look at the core capabilities, including privileged access discovery, just-in-time elevation, approval workflows, audit visibility and integrations with cloud providers, identity platforms and existing security tools. The guide also highlights how modern authorization supports Zero Standing Privilege strategies while simplifying operational workflows for engineering and security teams.
If you’re evaluating approaches to modernizing privileged access, this overview explains the architectural principles behind P0 and how they differ from traditional PAM solutions.
Frequently asked questions
What does the P0 Security platform do at a glance?
The P0 Security platform discovers identities, enforces just-in-time authorization, and audits access across the cloud from a single AuthZ Control Plane.
What are the core capabilities of P0 Security’s access control plane?
P0 Security’s core capabilities include identity discovery, runtime authorization, and continuous privilege governance across every connected environment.
Which clouds, identities, and resources does P0 Security cover?
P0 Security covers major clouds like AWS, Azure, GCP, and OCI, along with data stores, servers, code repositories, and agentic AI platforms.
How does P0 Security enforce just-in-time, least-privilege access?
P0 Security enforces just-in-time, least-privilege access by granting ephemeral, scoped permissions and automatically revoking them once a task is complete.