Chained trail
Each event is sealed with the previous hash: if someone alters a record, the integrity check points to it.
Every data change, sign-in and sign-out lands in a hash-chained trail whose integrity you can verify. On top of that: more than 900 fine-grained permissions, IP rules, two-step verification and a modern password policy.
Without MKA
What you’ll measure
Sample indicators with illustrative data. In MKA they are computed live from your operation.
Try it right here
This is the internal auditor’s view: click "Verify integrity" and the chain comes out intact; filter by "Security" to see sign-ins only. Then "Tamper #1044 in the DB" simulates someone changing an amount straight in the database, and the next check stops in red exactly at the tampered link. "Watch it run" plays it for you.
Example flow
They get a role with just the right permissions, their warehouses and, if needed, IP rules.
OrganizationBenefits
Each event is sealed with the previous hash: if someone alters a record, the integrity check points to it.
Search, stats, a security-events filter and audit by entity or by user.
Roles built from fine-grained permissions, with bulk role-permission upload.
Two-step verification by email, temporary lockout, CAPTCHA and passwords per NIST 800-63B.
Limit where people sign in from and bind each POS terminal to its till.
Each user works only the warehouses assigned to them, enforced on the server.
In detail
All-in-One
Data flows between modules on its own: no integrations, no exporting or importing.
No. Menu visibility is presentation only; what protects the data are the permissions, which are enforced on the server.
That a trail record was modified after it was written: its hash no longer matches the chain and the check shows where it broke.
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