SECURITY AUDITING

Vulnerabilities Hide in Relationships

Name: LOOM Security Auditing
Brand: LOOM

A single function isn't vulnerable. A data flow from unvalidated input to SQL execution is. LOOM traces the flows that static analyzers miss.

[IMAGE: Security-focused DataVerse visualization. Data flow paths highlighted from user input (green) through processing nodes to database sink (red). Unvalidated paths flagged. Entry points and sensitive sinks counted.]

Why Traditional Security Tools Miss Things

File-Level Analysis

[IMAGE: Static analyzer looking at one file, finding eval(). Question mark over whether user input can actually reach it.]

Most scanners analyze files in isolation. They find `eval()` but don't know if user input can reach it.

Pattern Matching

[IMAGE: Regex pattern matching "SELECT *" but missing the actual injection point 5 files away where the query is built.]

Regex-based scanners find dangerous functions but not dangerous paths. The vulnerability isn't the function—it's how data gets there.

No Blast Radius

[IMAGE: CVE alert on a utility function. No indication that 200 other functions call it.]

A vulnerability in a utility function affects everything that calls it. Without relationship mapping, you can't assess impact.

LOOM Adds the Missing Layer

Security isn't about finding dangerous functions. It's about understanding dangerous paths. Where does user input go? What touches it? Is it ever sanitized?

LOOM traces complete data flows—from source to sink—showing exactly where vulnerabilities can be exploited.

Relationship-aware security analysis that sees what pattern matching can't.

[IMAGE: Complete data flow visualization. User input (green) flows through controller, service, utility, finally reaching database (red). Each step labeled. Missing validation step highlighted with warning.]

Security-Focused Code Intelligence

Data Flow Tracing

Follow data from source to sink. Where does user input go? What touches it along the way? Is it ever sanitized?

[SCREENSHOT: Data flow trace showing: HTTP body → Controller.handle() → Service.process() → Database.query(). Red warning: "No sanitization between source and sink."]

Entry Point Mapping

Find every way into your application. HTTP endpoints. Message queue handlers. Scheduled jobs. Know your attack surface.

[SCREENSHOT: Application entry point map. HTTP routes, WebSocket handlers, cron jobs, queue consumers—all mapped with connection counts.]

Blast Radius Analysis

A package has a CVE. Does your code actually use the vulnerable function? LOOM traces from the package to your code—showing actual impact.

[SCREENSHOT: CVE impact analysis. Vulnerable function highlighted. Lines showing affected code paths with risk score.]

Privilege Boundary Detection

Where does code transition from user-accessible to admin-only? LOOM identifies privilege boundaries and flags code that crosses them unsafely.

[SCREENSHOT: DataVerse with privilege zones colored differently. User zone (green), Admin zone (orange), System zone (red). Warning on function that crosses from User to System without auth check.]

What LOOM Helps You Find

Unvalidated Input Paths

User input that reaches sensitive operations without validation or sanitization.

[IMAGE: Path from req.body to SQL query with no validation step]

Direct Database Access

Code paths that build queries without using parameterized statements.

[IMAGE: String concatenation building SQL query flagged]

Missing Auth Checks

Endpoints or functions accessible without proper authentication verification.

[IMAGE: Endpoint marked "No auth check before sensitive operation"]

Hardcoded Secrets

Credentials, API keys, or tokens embedded in code rather than configuration.

[IMAGE: Code snippet with highlighted API key string]

Excessive Exposure

Internal functions called from too many external entry points.

[IMAGE: Internal utility with 15 external entry points reaching it]

Dead Code Risks

Abandoned code that still has security implications if reactivated.

[IMAGE: Unused admin endpoint with warning badge]

Security Audit Use Cases

Pre-Pentest Preparation

Before the pentesters arrive, use LOOM to identify your most exposed code paths. Fix the obvious issues first. Get more value from the external audit.

[IMAGE: Security dashboard showing issues fixed before pentest vs issues found during]

Post-Vulnerability Assessment

A vulnerability is reported. Use LOOM to trace all affected paths, assess actual exploitability, and identify every place the fix needs to be applied.

[IMAGE: Vulnerability impact report showing all affected code paths]

Secure Code Review

Reviewing a PR for security? LOOM shows whether the changed code touches sensitive data paths. Catch issues before merge.

[IMAGE: PR diff with security annotations showing data flow impact]

Compliance Mapping

Need to document data flows for compliance? LOOM generates the map automatically. Show auditors exactly how data moves.

[IMAGE: Exportable compliance report showing PII data flows]

See Your Security Surface

Static analysis finds patterns. LOOM finds paths. Add relationship awareness to your security toolkit. See what your current tools are missing.

[IMAGE: Complete security audit visualization. Entry points mapped as green nodes. Data flows traced as animated paths. Unvalidated routes highlighted in red with blast radius circles. Privilege boundary crossings flagged. The complete picture of your security posture—every vulnerability in context.]

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