SOC 2 requires proof that privileged access to your systems is controlled, monitored, and auditable. Ezeelogin’s centralized SSH gateway gives you and your auditor exactly that evidence.
Ezeelogin is not itself SOC 2 certified — it is a privileged access control tool that helps your organization's IT infrastructure satisfy SOC 2 Security and Availability criteria. Think of it as a control you implement, not a certification you inherit.
The system is protected against unauthorized access — both physical and logical. This is the most commonly evaluated principle.
Ezeelogin directly addresses this
The system is available for operation as committed. User access management and monitoring are key controls here.
Ezeelogin directly addresses this
System processing is complete, accurate, timely and authorized. Primarily relevant to transactional processing environments.
Partial relevance
The system is protected against unauthorized access — both physical and logical. This is the most commonly evaluated principle.
Ezeelogin directly addresses this
Personal information is collected, used and destroyed in conformity with GAPP. Applies when PII is processed for users.
Indirect relevance
When your auditor evaluates privileged access controls under SOC 2, these are the specific questions they ask. Here’s how Ezeelogin answers each one.
All SSH access routes through a single, auditable control point. No direct server connections. The system boundary SOC 2 auditors need to see is clearly defined and enforceable.
Least-privilege access enforced at the user, group, and server level. Every permission grant is documented. Access reviews are straightforward because the access model is centralized.
Every SSH session is recorded, timestamped, and replayable. Auditors get irrefutable evidence of who accessed what, when, and what they did — without any manual logging effort.
Multi-factor authentication enforced universally at the SSH gateway — Google Authenticator, Duo, or YubiKey. No user can bypass it. Auditors can verify enforcement in a single configuration export.
Remove a terminated user's access to every server in a single action. The removal is timestamped in the audit log — giving auditors the prompt deprovisioning evidence SOC 2 CC6.3 requires
Access logs, session records, and privilege changes are automatically generated and stored. Export directly for auditor review — no manual compilation, no gaps, no risk of post-hoc modification.
Master-slave HA configuration ensures automatic failover if the primary node goes down. Demonstrates operational controls for the Availability principle — system uptime is a committed, supported outcome.
Whitelist or blacklist specific commands per user or group. Prevents unauthorized privilege escalation on managed servers — a commonly tested control under both Security and Availability principles.
Master-slave HA configuration ensures automatic failover if the primary node goes down. Demonstrates operational controls for the Availability principle — system uptime is a committed, supported outcome.
you compile SSH key removal records from multiple servers, hope nothing was missed, and explain why there's no timestamp on individual removals.
export the revocation log. It shows the admin action, the affected user, every server impacted, and the exact timestamp — in one report.
you attempt to prove MFA is configured on every individual server and every individual user — a patchwork that's hard to evidence comprehensively.
show the gateway MFA policy. It's enforced at a single control point — all sessions pass through it, no exceptions, auditor-verifiable in minutes.
you attempt to prove MFA is configured on every individual server and every individual user — a patchwork that's hard to evidence comprehensively.
show the gateway MFA policy. It's enforced at a single control point — all sessions pass through it, no exceptions, auditor-verifiable in minutes.
you rely on server-level syslog aggregation, which is incomplete, inconsistent across environments, and rarely reviewed systematically.
every session is recorded and searchable. Pull the full session history for any user, server, or date range instantly. Replayable video-style recordings available on request.
contractors have SSH keys that may outlive their engagement, with no central record of what they accessed or when their access was removed.
contractor accounts are scoped to specific servers, all sessions recorded, and access is revoked in a single action at engagement end — with a full audit trail throughout.
Run the installer on any Linux server. Typically under 10 minutes on a standard VPS.
Add servers and users. Assign RBAC permissions. Enable MFA. Group by client, environment, or role.
When audit time comes, export access logs, session records, and user provisioning history in one action.
From the first login, every session is logged and replayable. Your audit evidence starts accumulating immediately.
PCI-DSS 3.2
ISO 27001
HIPAA
NIST
GDPR
SOX
No single tool makes an organization SOC 2 compliant — compliance requires implementing controls across multiple areas. What Ezeelogin does is satisfy a significant portion of the privileged access control requirements under the Security, Availability, and Confidentiality principles. Your auditor will still need to evaluate your full control environment, but Ezeelogin closes the SSH access management gap comprehensively.
The strongest mappings are CC6.1 (logical access controls), CC6.2 (access provisioning with least privilege), CC6.3 (access removal on termination), CC6.6 (unauthorized access prevention via MFA), CC7.2 (privileged activity monitoring via session recording), CC9.2 (third-party access management), and A1.1 (availability through HA cluster). The criteria mapping table above details exactly what evidence each control provides.
Yes. SOC 2 auditors evaluate the design and operating effectiveness of controls — they need to see that controls exist, are consistently applied, and generate evidence of operation. Ezeelogin’s tamper-evident audit logs, timestamped session recordings, and access provisioning records are exactly the type of evidence auditors rely on. We recommend discussing the specific log format with your auditor before fieldwork begins.
Significantly — in a good way. SOC 2 requires a clear system boundary description. Because Ezeelogin is self-hosted on your infrastructure, all session recordings, access logs, and control evidence remain within your defined system boundary. There is no subservice organization to account for, no third-party data processing to address, and no carve-out method required.
Yes. If you manage servers for clients who are themselves pursuing SOC 2, you become part of their system boundary. They will likely need evidence that their hosting provider has appropriate privileged access controls in place. Ezeelogin gives you that evidence — and in some cases, you can extend scoped gateway access to your clients so they can demonstrate control over their own servers as part of their SOC 2 program.
Installation takes under 30 minutes. Evidence accumulates from the first session. For an initial SOC 2 Type 2 engagement, you typically need a minimum two-month observation period — so starting as early as possible matters. If you’re preparing for an upcoming audit, the free trial is the fastest way to begin building the evidence trail your auditor will need.
