Identity & Access Management for Secure Server Access

Identity and access management usually stops at the login screen. Ezeelogin carries it all the way to the SSH prompt controlling who connects, which user they land as, which server they reach, and for how long.

Self-hosted. Works with Splunk & standard Syslog.

100%

SSH sessions logged

<1s

Event forwarding latency

3

SIEM platforms supported

How it works

How Ezeelogin governs identity

Every SSH connection passes through the same self-hosted checkpoint before it ever reaches a server.

ID
Identity & provisioning

Sync users straight from Active Directory, OpenLDAP, or Redhat IDM. No parallel identity store to keep in sync by hand — when someone leaves the directory, they lose server access too.

AUTH
Authentication

SAML single sign-on plus 2FA/MFA — Google Authenticator, DUO, YubiKey, or FIDO — before anyone reaches a shell prompt.

AUTHZ
Authorization (RBAC)

Role-based rules decide exactly which servers a user can reach, and whether they land as root or a scoped, non-privileged account.

CTRL
Session control & revocation

Every session is covered by built-in SSH session recording , audited, and killed in real time. Deactivate one account and access to every connected server ends immediately.

Capabilities

Key IAM Features

Per-user, per-server access

Grant access at the individual server level, not just at the network perimeter.

Root vs. non-privileged login

Decide the exact privilege level a user lands on for each remote server.

Group-based access (RBAC)

Organize staff and servers into groups; assign access by role, not by one-off exceptions.

Sub-SSH user mapping

Keep a shared gateway identity while you map a gateway user to a system user on every server.

One-click access

Reach cPanel, Plesk, Webmin, and NOC portals without re-authenticating each time.

Full audit trail

Every command, every session, logged and exportable for compliance review.

The stack

IAM, PAM, and RBAC — working together

These three aren’t competing features; they’re layers of the same access decision. IAM confirms who someone is. RBAC decides what their role allows. PAM governs the privilege level they’re granted once inside.

→ Privileged Access Management

Control root vs. standard login rights per server, and rotate credentials on a schedule. See privileged access management in SSH→

→ Role-Based Access Control

Map organizational roles directly to server groups, so access follows job function automatically. See how access control works in Ezeelogin.

Compliance

Built for audit-ready environments

Centralized identity, granular authorization, and full session logging map directly onto the access-control requirements of major security frameworks.

PCI-DSS 3.2

ISO 27001

SOC 2

HIPAA

NIST

GDPR

FFIEC

FedRAMP

Use cases

Built for the teams governing server access

DevOps & sysadmin teams

Grant temporary, expiring access for deploys without leaving standing credentials behind.

MSPs & hosting companies

Segment access cleanly across client environments from one central gateway.

Regulated enterprises

Produce audit-ready access logs for finance, healthcare, and government reviews on demand.
Comparison

Ezeelogin vs. traditional IAM platforms

Okta, AWS IAM, and SailPoint are built for workforce and cloud-account identity. Ezeelogin is purpose-built for SSH and root-level server access.
WORKFORCE IAM
OKTA / AWS IAM
EZEELOGIN
SERVER ACCESS
01 Governs
App & cloud console logins
SSH / root-level server access
02 Hosting
Cloud-only
Self-hosted, on-premise
03 Session recording
Limited or none
Full SSH session recording
04 Root/user privilege control
Governs cloud API and resource permissions — not the Unix user you land on over SSH
Per-server, per-user
05 Pricing model
Not provided for SSH sessions
Flat, self-hosted licensing
Common questions

Common questions about identity and access management for servers

IAM confirms identity and decides broad access rights. PAM narrows that further, specifically controlling elevated or root-level privileges once a user is already authorized. Ezeelogin combines both, so the two work as one access decision instead of two separate systems.
Yes. Ezeelogin syncs with Active Directory, OpenLDAP, and Redhat IDM, so user provisioning and deprovisioning stay tied to your existing directory instead of a separate identity list.
Self-hosted. You deploy the gateway on your own infrastructure, which keeps identity and session data inside your network rather than a third-party cloud.
Yes. SAML-based SSO and MFA (Google Authenticator, DUO, YubiKey, FIDO) sit in front of every SSH session as part of the same authentication step.

Put identity in front of every server you manage

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