Critical
Secrets in code
Hardcoded API keys, passwords, tokens, and committed env files before they leak into production.
Built for real code reviews
Sivero turns technical risk into a report with clear evidence, severity, and next steps.
Focused on issues that matter
It prioritizes exposed secrets, auth gaps, unsafe routes, and other issues that deserve attention first.
Reports you can actually act on
Each scan groups findings by severity and points to the code path that triggered the rule.
Trust
Code review without quietly keeping your source.
Sivero keeps the report useful and the review process clear. The scan should feel auditable, not mysterious.
Private by default
Your code stays yours.
We keep the review useful without turning source into a permanent archive.
Choose the repos yourself+
Scans begin from the exact repository or archive you select. Nothing gets added silently.
Read-only access+
Sivero reviews source and metadata without asking for write access to your repository.
No permanent code archive+
Raw pasted code and uploaded source are used for the scan, then left out of your saved history.
Short-lived access tokens+
Temporary access is used to load source for the scan and is not treated as a persistent repo mirror.
Isolated scan runtime+
Each scan runs inside its own review flow so findings stay attached to that run and project context.
Reports stay useful+
The report, evidence, and issue history stay available so your team can review results without resubmitting code.
Workflow
From source to ship decision.
Step 01
Upload or connect your app
Start with a ZIP or GitHub repository. No security setup or engineering workflow required.
Step 02
Review the findings
See the highest-signal issues in one place, with evidence and scope attached.
Step 03
Fix and rescan
Work through the important issues first, then rerun the scan and compare the results.
Coverage
What can break trust fast.
Critical
Access control gaps
Routes that work without proving who the user is or whether a record belongs to them.
High
Unsafe browser access
CORS, CSRF, headers, redirects, and browser-facing mistakes that widen your attack surface.
High
Weak input handling
Unvalidated form and API input, plus risky rendering paths that can turn user input into executable content.
High
SQLite injection risk
SQLite query patterns that build SQL from request values instead of using parameters.
Medium
Information disclosure
Raw error messages and stack details that can expose internals to users or attackers.
Medium
Throttling
Login, signup, and password routes that do not show clear rate limiting or abuse protection.
High
Dependencies and automation
Workflow permissions, package vulnerabilities, storage exposure, and other issues that are easy to miss during everyday development.
Critical
Secrets in code
Hardcoded API keys, passwords, tokens, and committed env files before they leak into production.
Critical
Access control gaps
Routes that work without proving who the user is or whether a record belongs to them.
High
Unsafe browser access
CORS, CSRF, headers, redirects, and browser-facing mistakes that widen your attack surface.
High
Weak input handling
Unvalidated form and API input, plus risky rendering paths that can turn user input into executable content.
High
SQLite injection risk
SQLite query patterns that build SQL from request values instead of using parameters.
Medium
Information disclosure
Raw error messages and stack details that can expose internals to users or attackers.
Medium
Throttling
Login, signup, and password routes that do not show clear rate limiting or abuse protection.
High
Dependencies and automation
Workflow permissions, package vulnerabilities, storage exposure, and other issues that are easy to miss during everyday development.