What it does

Changes worth noticing.

Each of these is visible in most organisations already. The question is whether anyone sees it in time, and whether they know what to do about it.

Example: privilege appears quietly

Someone gains access outside the normal path

What changedWhy it mattersSafe next step
An account is added to a group carrying significant accessIt bypassed the request and approval process that exists for a reasonConfirm with the named owner whether it was intended, and reverse it if not

Example: account recovery

Recovery activity that does not fit

What changedWhy it mattersSafe next step
A recovery method is changed, then used, from an unfamiliar contextRecovery is a common route to account takeover and often looks legitimateVerify with the account holder through a channel you already trust

Example: a control is relaxed

A security setting changes without a request

What changedWhy it mattersSafe next step
Enforcement on a sensitive application is weakenedThe control was there for a reason, and nobody asked for it to changeEstablish who made the change and whether it should stand

Example: credential status

Something people rely on stops being valid

What changedWhy it mattersSafe next step
A credential or entitlement is withdrawn, expires, or is issued unexpectedlyDownstream decisions may still be relying on it being currentIdentify what depends on it and confirm the position with the issuer

Example: dormant access

Access that outlived its reason

What changedWhy it mattersSafe next step
An account with meaningful access shows no legitimate use for a long periodUnused access carries the same risk as used access, with nobody watching itConfirm with the owner whether it is still needed, and remove it if not

What makes a signal worth sending

Four things to check a candidate detection against before anyone builds it.

Someone would act on it

If the honest answer is that nobody would do anything differently, it is information rather than a signal.

There is a safe next step

A notice that raises alarm without saying what to do next produces anxiety, not security.

It has an owner

A named person or team who receives it and is expected to respond. Shared inboxes are where signals go to be ignored.

It stays rare

A signal that fires constantly stops being read within a fortnight. Rarity is a design requirement, not an accident.

Recognise one of these?

Tell us which change you would most want to catch, and how it would reach someone today.