FindWay Access keeps admin credentials in a vault, changes them automatically on every system, and records every privileged session. Your engineers still get in when they need to. Your auditors get the evidence in an afternoon.
postgres@payments-db-01rotated 2h agoverifiedroot@core-ledger-03checked outverifiedsa@reporting-sql-02rotated 1d agoverifiedThey sit in spreadsheets and chat history. Nobody changes them because something might break.
Five engineers share one admin login. When an incident happens, nobody can say who did what.
Access reviews, approvals and change records live in different tools, so every audit is a manual project.
Built on the model your security team already knows from CyberArk: safes, platforms, rotation, session management.
Group accounts into safes and decide who can see, use or approve each one.
On a schedule, after every use, or when someone changes one by hand.
Engineers use their normal SSH client with a one-time ticket. Every keystroke is recorded.
Access to production needs a reason and a colleague's approval, limited in time.
Request, approve, connect, replay and review from the browser, on any device.
Rotated credentials flow to Conjur automatically, so applications never hard-code them.
Access reviews, joiner/mover/leaver automation and separation-of-duties checks.
Add accounts to safes with their current password. FindWay Access changes it right away, so the old one stops working.
Passwords change on schedule and are checked daily. Anything that drifts is fixed and reported.
Engineers request access, a colleague approves, and the session is recorded from the first keystroke.
FindWay Access doesn't make you compliant on its own. It produces the records these controls ask for.
| Framework | What the auditor asks | What FindWay Access shows |
|---|---|---|
| PCI DSS v4.0Req. 7, 8, 10 | Is privileged access restricted, are system account passwords protected and changed, is admin activity logged? | Safe permissions, automatic rotation history, session recordings and the audit trail |
| ISO/IEC 27001:2022A.8.2, A.8.15 | Are privileged access rights allocated and reviewed? Are activities logged and protected? | Approvals with reasons, member changes per safe, tamper-evident logs |
| SOX ITGCAccess to programs and data | Who had admin access to financial systems, and was it approved? | Per-system access history with approver, time window and session replay |
| DORAArt. 9 | Does the firm limit access to ICT assets and protect authentication data? | Least-privilege safes, vaulted credentials, rotation on every use |
| NIS2Art. 21 | Are access control and incident handling in place? | Live session termination and a full record of who did what |
Framework references are a guide for conversations with your auditor, not legal advice.
Shared passwords and unrecorded admin access disappear from the audit report.
Engineers get approved access in minutes, without hunting for passwords.
Who had access, who approved it and what they did, for any period.
Apps read current passwords from Conjur, even right after a rotation.
Prove it on one team's systems.
For production rollout.
For groups with several entities.
No. FindWay Access follows the same model, so your team's knowledge carries over, and it feeds CyberArk Conjur for application secrets. Many teams start with the systems CyberArk doesn't cover yet.
Nothing. They use the browser for the portal and their usual SSH client for sessions.
In your own cloud or data center, on a standard PostgreSQL database. The encryption key stays in your secret manager, never in the database.
Passwords are never lost mid-change: the new one is saved before it is set. A break-glass procedure gives a named administrator access to the vault.
No. Each entry is chained to the one before it, so any change or deletion shows up when the trail is verified.
We'll onboard a test account, rotate it live and record a session, so you see exactly what your auditors will see.
Choose a session on our booking page. You get an instant confirmation and a calendar invite.
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