Audits
A clear path from idea to result
Analysis
We check speed, SEO, security, and usability with professional tools — including a scan for common vulnerabilities based on the OWASP Top 10.
Findings
We compile the issues and their impact on business results.
Priorities
We rank improvements by impact and effort required.
Consultation
We walk through the report and next steps together.
What you get
What's included
Why a security audit matters
Why an audit is needed
Today attacks happen non-stop: automated scripts scan websites looking for weak spots. Even a small vulnerability can lead to a data leak, downtime or lost trust. An audit helps you catch it in time, before the problem becomes expensive.
What you'll receive
A short security report with prioritised risks and practical recommendations on what to fix first. No big project or complex preparation is required, an application and your website's URL are enough.
Why it's safe and honest
We perform the audit only with your consent and only on the system you are permitted to test. We use security-testing methods that can create load, so it is important to review the terms and risks before applying.
OWASP ZAP — the tool trusted daily by tech giants. We use it too.
OWASP ZAP is the industry standard in cybersecurity, used daily to protect their systems even by tech giants like Google, Microsoft and Amazon. We have integrated the very same tool into our development process: every time we push new code to GitHub, it automatically passes an OWASP ZAP security check before the changes reach the live site.
SQL injections
Testing input data that could allow access to or manipulation of the database.
XSS (Cross-Site Scripting)
Injection of malicious code into the page that runs in other visitors' browsers.
Authentication flaws
Weak passwords, session-management and login errors.
Access-control errors
Places where a user can access data or functions without permission.
Insecure configurations
Default settings, exposed servers, unnecessary services.
Outdated components
Plugins, libraries and CMS versions with known vulnerabilities.
Insecure data transmission
Missing or weak HTTPS/SSL encryption.
CSRF (Cross-Site Request Forgery)
Performing actions on behalf of a user without their knowledge.
Server information leakage
Error messages and headers that reveal unnecessary technical information.
File-upload risks
Improperly restricted file uploads that allow malicious code to be inserted.
Insecure API endpoints
Missing authorization or limits on API requests.
Weak logging and monitoring
Missing incident detection and timely response.