Ezeelogin’s Privileged Access Management (PAM) secures SSH access across your server fleet. Enforce least-privilege access, control root permissions, monitor every privileged session in real time, and revoke access instantly when needed.
Trusted by hosting companies for
Privileged Access Management (PAM) is how you stop treating root as a group password. Ezeelogin lets you define exactly how each person connects root or scoped non-privileged account, monitor what they do once they’re in, and prove it later if you ever need to.
How Privileged Access Management strengthens security, improves access control, and protects your critical server infrastructure.
Protects critical infrastructure by restricting and monitoring access to privileged accounts.
Limits user privileges and tracks activity to prevent misuse by internal users.
Enables immediate access revocation and detailed audit trails for rapid threat mitigation
Automates access controls and password management to streamline IT operations.
Supports compliance with standards like HIPAA, PCI-DSS, and GDPR through access logging and policy enforcement.
Centralizes privileged access management across hybrid environments for easier control and oversight.
Provides real-time insight into who accessed what, when, and from where, improving audit readiness.
Ensures secure connections for remote teams and third-party vendors without compromising security.
Everyone SSH in as root, on the same shared key.
One compromised laptop or one departing engineer means every server in your fleet is exposed. There's no way to tell whose fingers were on the keyboard.
Ezeelogin assigns unique, scoped credentials per user, root is no longer a password everyone knows.
Without session-level logging, a root shell leaves no fingerprints. Post-incident reviews turn into guesswork, and compliance auditors get nothing to look at.
Every privileged session is recorded end-to-end and searchable by user, server, or timestamp.
Manual key removal across hundreds of servers is slow and error-prone — and the one server you miss is the one that gets exploited.
Cut a user's access to the entire fleet from one console, in a single action.
A straight forward setup that fits how infrastructure teams actually assign access.
Add the person once engineer, vendor, or client with their own identity in the system.
Root or non-privileged. Assign by job function, not by convenience.
Grant exactly the servers they need individually, by group, or by client.
Layer on MFA, command restrictions, and grand only the access required.
Watch sessions live or review the recording later. Nothing goes unlogged.
Choose exactly how each user connects. Enforce least privilege without slowing anyone down.
Password or SSH key plus OTP or device token, enforced centrally across every server.
Every privileged session captured, timestamped, and searchable ready the moment you need it.
Credentials rotate and expire on schedule instead of sitting unchanged for years.
Remove a user's access to every server in one action. No checklists, no missed servers.
Tamper-proof logs mapped to HIPAA, PCI-DSS, and GDPR requirements no extra tooling required.
Runs entirely on your own infrastructure. Session data and credentials never leave your environment.
Whitelist or blacklist specific commands per user or role to prevent risky actions before they happen.
See who accessed what, when, and from where, across your whole infrastructure at a glance.
The same server fleet, managed two very different ways.
Access controls, session recordings, and logs that map directly to the frameworks your auditors ask about.
Key management controls who can connect. PAM controls what happens after they connect enforcing least privilege, recording the session, and giving you a single point to revoke access, none of which SSH keys handle on their own.
One action removes a user’s access across the entire server fleet and no window where a departed user still has a working key somewhere.
No. Access happens through the same SSH workflow your team already uses. PAM adds the policy, logging, and control layer behind the scenes, not extra steps for the user.
Trusted by organizations managing thousands of servers since 2009.
