Reducing AppSec false positives with paraconsistent logic instead of thresholds

Description and use

**Project Summary**

This open-source project utilizes paraconsistent logic to reduce false positives in application security (AppSec) testing, offering a potential solution to a common problem. By replacing traditional threshold-based methods, it may provide more accurate results, although its practical adoption requires manual inspection and verification. With a medium production readiness, it's suitable for prototype development or internal workflows, but requires thorough checks before deployment.

**Value Proposition**

The primary value of this project lies in its ability to reduce false positives in AppSec testing, which can save time and resources for developers and security teams. By leveraging paraconsistent logic, it may provide more accurate results and a more reliable security assessment.

**Practical Adoption Path**

To adopt this project, follow these steps:

1. **Manual Inspection**: Carefully review the project's README, activity, and code to ensure it aligns with your specific workflow and requirements.
2. **Verify Integration Signals**: Since the integration signals are sparse in the discovered metadata, you'll need to manually inspect the project's documentation and code to understand how it integrates with your existing tools and infrastructure.
3. **Dependency and Maintenance Checks**: Before deploying the project in production, verify its dependencies, maintenance, and release cadence to ensure it remains stable and secure.

**Production Readiness**

Use in a workflow

Reducing AppSec false positives with paraconsistent logic instead of thresholds may be useful when its README and activity match a concrete workflow.

Limitations and review notes

Medium: useful for prototypes or internal workflows, with dependency and maintenance checks before production.