ScrutoraCode, cloud & consent

Your control register says encrypted. Who checked the code?

A GRC platform records that a control is claimed and who signed off. It has no way to know whether the software actually behaves that way, because it has never read the software.

01 · The layer

Underneath your GRC tool, not instead of it.

WHAT THEY DO WELL

Control frameworks, ownership, evidence requests, policy lifecycle, auditor collaboration. Genuinely useful, and not what we do.

WHERE THE GAP IS

Almost every technical control is verified by an attestation or a screenshot. Both are claims about the system, made by a person, at a moment.

WHAT WE ADD

The same control, evaluated against the code and the cloud, continuously, with the file and line behind the answer.

02 · The difference

Two sentences that sound the same.

ATTESTED
Personal data is encrypted at rest.
Evidence: a policy document and a screenshot, dated last quarter.
EVALUATED
Eleven stores hold classified fields. Nine assert encryption. Two do not.
Evidence: the two, by file and line, re-checked on every commit.

The second one is worse news and a better position. It is also the only one of the two that tells anybody what to do on Monday.

03 · Getting it into your process

Exports, not another dashboard to check.

SARIF AND JSON

Findings go to your code host and your pipeline. Engineers never have to open our UI to do the work.

THE RECORD OF PROCESSING

Exportable as JSON or CSV, pre-filled from code, with the policy fields left to you.

THE EVIDENCE PACK

One asset, as of one date, joining the data map to the cloud position and the consent record.

See the evidence packSee the RoPA
04 · Try itPUBLIC REPOSITORIES

Verify one control for real.

A public repository, read once and not kept. You get the data map: every personal-data field, where it lands, and who receives it. Or run the container on your own runner, and the source never reaches us.