Engineering that treats security as the first design decision, not the last check — separating customer data at the database level and recording every critical change in a tamper-evident log.
Security Is an Architectural Decision, Not a Scan Report.
On our enterprise platforms the target is OWASP ASVS Level 2. Authorization is checked on the server on every request, with "no" as the default; a dynamic security scan runs before release, and work is not done until the findings are closed. Customer data is separated in the database itself, not in application code: the application connects with a role that cannot bypass that separation, and a single table missing its policy breaks the build.
In identity, detail is everything: two-factor secrets are stored encrypted, session tokens rotate on every use and reusing a stolen token revokes the entire session family, and emergency access is controlled and logged. Uploaded files are not let in until they pass quarantine and a virus scan. Critical changes are written to hash-chained audit logs that can be verified after the fact.
How It Works
- OWASP ASVS Level 2 target and a security scan before release
- Database-level customer isolation with a coverage test
- Encrypted two-factor authentication, rotating tokens, controlled emergency access
- Quarantine → scan → protected storage file pipeline
- Hash-chained, verifiable audit logs
What It Means for You
A system that does not flinch at audits, data-protection reviews or your own customers' security questionnaires. The answer to "who changed what, and when" is always ready.
Where We Use It
Hash-chained audit in the YEE exam platform and the Turkish Art Platform; database-level isolation in Motice, Keyperties and Mentorual.
Bring this capability to your project
Let's talk through your needs and map the right setup and delivery plan together.
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