Rolling Out the Programme
The order that produces value early, the order that produces a two-year project with nothing to show, and the first ninety days.
Procedure
PAM programmes fail by attempting everything simultaneously and delivering nothing for eighteen months.
The sequence
One: inventory. Accounts, paths, owners. No purchase required.
Two: reduce the population. Remove standing rights nobody needs, which is a large reduction available immediately.
Three: separate administrative identities from daily-use accounts.
Four: tier zero first. Vault, broker and record the smallest and most consequential population.
Five: enforce the path for what has been onboarded, which is the step that makes the previous one real.
Six: extend to tier one, by system class.
Seven: just-in-time, starting at tier zero.
Eight: workstation privilege, which is the largest user-facing change and benefits from the programme having credibility first.
Nine: service accounts and secrets, which is the longest thread and should run in parallel throughout.
Why this order
The inventory funds the programme, because what it finds is the argument.
Reducing the population is free and reduces exposure more than any control applied to the same number of accounts.
Tier zero is small, so success arrives in weeks rather than years.
Path enforcement is what converts a deployment into a control, and doing it early sets the expectation.
Workstation privilege last because it affects everyone and needs the programme to have a track record.
The first ninety days
Weeks one to four: inventory. Directory, endpoints, cloud, service accounts. Map privilege paths to tier zero.
Weeks five to eight: remove what is unneeded. Stale accounts, leaver accounts, nested group grants nobody intended, service accounts with rights they do not use.
Weeks nine to twelve: separate administrative identities at tier zero, enforce logon restrictions so tier zero credentials cannot be used on lower tiers, and stand up break-glass.
None of this requires a product, and it delivers the largest single risk reduction available.
What to avoid early
Buying before the inventory, which produces a product scoped to the wrong estate.
Recording first, because the auditor asked, which produces storage cost and no capability.
A big-bang rollout across all tiers, which guarantees an incident and a rollback.
Workstation privilege first, which spends political capital before the programme has produced anything visible.
Governance
A named owner with authority over infrastructure teams, not only over the security function.
A steering group including the administrators, because their cooperation determines whether it works.
Reporting on coverage and exposure, not on activity.
A standing risk register entry for systems that cannot be onboarded.
Knowing whether it worked
Standing privileged accounts, by tier, over time. The headline number.
Privilege paths to tier zero.
Proportion of privileged sessions brokered, measured against target-side logs.
Credential age distribution.
Time to rotate under drill conditions.
Report these rather than the number of systems onboarded, which measures the project's activity rather than the organisation's exposure.
Reporting from week one
What the programme reports in its first month determines how it is judged for years.
Standing privileged accounts, by tier. Establish the baseline immediately.
Privilege paths to tier zero.
Credential age distribution.
Unowned accounts.
Report these before any product is purchased, so the baseline is independent of the deployment.
Then report the same measures monthly, unchanged in definition.
A programme that starts by reporting onboarding progress has committed to being measured on its own activity, which is the failure described elsewhere.
Keeping the inventory outside the product
The most laboriously assembled artefact should survive a change of vendor.
The account inventory, the ownership map and the tiering live in something you control.
The product consumes them rather than owning them.
Export monthly regardless, and test that the export can be used to rebuild.
The residual-risk list lives outside too, since it describes what the product cannot do.
A programme whose inventory exists only inside a vendor's console loses years of work when the contract ends, and that is a real risk over a decade.