The concept of “privilege paths” — the routes attackers traverse through an organisation’s identity infrastructure using compromised credentials — represents one of the most underappreciated risks in privileged access management today. While PAM platforms have traditionally focused on vaulting credentials and recording sessions, the reality is that attackers don’t need to break into the vault. They need only find the unmanaged paths between privileged accounts and sensitive systems.
The core problem is visibility. Most organisations have a fragmented view of their privileged access landscape. PAM solutions manage the credentials they know about, but the credentials they don’t know about — service accounts, API keys, cloud tokens, emergency access credentials — remain invisible. Attackers exploit exactly these blind spots, moving laterally through infrastructure using privileges that were never inventoried, never governed, and never monitored.
A complete PAM strategy requires mapping privilege paths across the entire identity estate. This means discovering not just the obvious privileged accounts — domain admins, root users, database owners — but also the indirect paths to privilege: service accounts with overly broad permissions, CI/CD pipelines with deployment credentials, and API keys embedded in application code. Each of these represents a potential entry point that an attacker can use to escalate privilege without ever touching the PAM-managed credentials.
The shift toward cloud and ephemeral infrastructure has made privilege path mapping exponentially harder. In a traditional data centre, privileged accounts were relatively static and could be inventoried manually. In a cloud-native environment, compute instances are created and destroyed in minutes, each potentially carrying credentials that grant privileged access. PAM platforms must now integrate with cloud infrastructure APIs to discover and govern these ephemeral privileged identities in real time.
AI agents add another layer of complexity. As autonomous systems receive privileged credentials to execute tasks, they create new privilege paths that may not follow any predictable pattern. An AI agent provisioned with database admin credentials to run analytics creates a privilege path that, if unmonitored, becomes an attacker’s lateral movement opportunity. PAM must extend to cover these non-human privileged identities with the same discovery, governance, and monitoring applied to human accounts.
For security leaders, the takeaway is that PAM is no longer about securing a fixed set of privileged accounts. It’s about continuously mapping, monitoring, and governing the dynamic privilege paths that connect identities — human and non-human — to sensitive systems. The organisations that can see these paths will detect attacks early. Those that can’t will find out about the breach from someone else.