Secrets and Credential Rotation Tracking
API keys, service account passwords, and internal certificates get created during a project and then rotated only when something forces the issue — a security review, an expiry warning, or a breach elsewhere that prompts a scramble to check everything. In between, secrets sit unrotated for years, often outliving the engineer who created them or the project they were built for, and nobody has a reliable inventory of which secrets exist, how old they are, or what would break if one leaked, because secrets management platforms track what's currently stored, not whether it's overdue for rotation against any policy.
STARTING PRICE
From €299
Standard tier · Multi-step workflow with AI extraction/decisioning and 2-3 integrations.
Get a quote →Saves roughly 3-5 hrs/week of manual secrets inventory and rotation chasing.
How the automation works
We inventory secrets across your vault, secrets manager, and certificate stores, and track each one's age against a rotation policy set by its risk tier — a production database credential rotates far more often than a low-risk internal service token. Secrets approaching or past their rotation window are flagged with their owning team and what systems depend on them, pulled from usage metadata where available rather than guessed. Rotation itself isn't automated for anything that could break a live dependency without warning — flagged secrets route to the owning engineer with the specific rotation deadline and a checklist of dependent systems to verify, and only a pre-approved low-risk category, like internal tooling tokens with a known blast radius, is eligible for automatic rotation with logged verification after.
Process flow
- 01
Scheduled secrets inventory scan trigger
Secrets across the vault, secrets manager and certificate stores are inventoried on a recurring schedule, capturing creation date, last rotation date, and known consuming systems.
- 02
Classify by risk tier and rotation policy ai
Each secret is classified by what it protects — production database, third-party API, internal tooling — and matched to its rotation policy window for that risk tier.
- 03
Flag overdue and approaching-deadline secrets ai
Secrets past or nearing their rotation window are flagged, along with owning team and dependent systems pulled from usage metadata where the platform tracks it.
- 04
Route to owner with dependency checklist output
Flagged secrets route to the owning engineer with the rotation deadline and a checklist of systems known to depend on that credential, so rotation doesn't silently break a live integration.
- 05
Log rotation completion output
Once rotated, the new rotation date is logged and the secret's compliance status resets; low-risk pre-approved categories can auto-rotate with logged post-rotation verification, everything else requires human action.
Inputs
- Secrets vault/manager inventory with creation and rotation timestamps
- Risk-tier rotation policy
- Known dependent-system mapping per secret
- Certificate expiry data
Outputs
- Secrets inventory with rotation age by risk tier
- Overdue and upcoming rotation alerts with dependency checklist
- Rotation completion log
- Stale-secret exposure report
Works with
Prefer a fully custom build instead of an off-the-shelf integration? We scope both options during your free consultation — most jobs like this one work fine on standard connectors, but higher-volume or non-standard systems sometimes need bespoke API work, reflected in the complex tier.
Where this goes wrong if you get it wrong
- A secrets inventory built from what's currently in the vault misses secrets that were embedded directly in code, config files, or CI/CD pipeline variables outside the managed vault entirely — those are often the oldest and least visible, and a rotation tracker that only covers vault-managed secrets gives false confidence about the full exposure.
- Rotating a credential without first confirming every system that depends on it will break something the moment the old credential is invalidated — the dependency checklist step matters more than the rotation itself, since an unplanned outage from a rotation gone wrong is worse than the slightly-stale secret it was meant to fix.
- Applying one rotation policy window to every secret regardless of what it protects either over-rotates low-risk internal tokens, generating unnecessary work and dependency-checking overhead, or under-rotates production credentials that genuinely need a tighter window — risk-tiered policy, not a single blanket schedule, is what makes this sustainable.
- Auto-rotation should stay limited to a narrow, pre-approved low-risk category with a known blast radius — extending it to anything touching production or third-party integrations removes the human check that catches an undocumented dependency before it breaks in production.
Frequently asked questions
Does this automatically rotate our production database credentials?
No — automatic rotation is limited to a narrow, pre-approved category of low-risk secrets with a known blast radius. Anything touching production or third-party integrations routes to a human with a dependency checklist first.
How does it find secrets that were hardcoded outside the vault?
It's primarily built around vault and secrets-manager inventories; catching hardcoded secrets in code or config typically needs a complementary secret-scanning tool feeding into the same tracking and rotation-policy layer.
What happens if rotating a secret would break a dependent system?
The flagged secret comes with a checklist of known dependent systems pulled from usage metadata, so the owning engineer can verify and coordinate before rotating, rather than rotating blind and finding out what broke afterward.
Does this track certificate expiry too, or only API keys?
Both — certificates are tracked against their expiry date the same way credentials are tracked against rotation policy, so an expiring certificate gets flagged with the same lead time as an overdue key rotation.