sc-graphql

You can detect GraphQL authorization bypass and introspection vulnerabilities by scanning schemas and resolvers to identify field-level authorization gaps and improper introspection controls. This prevents unauthorized mutations and data exposure across development and production environments.

Yes, GraphQL vulnerability scanning works with Apollo Server and gqlgen, alongside graphql-yoga, Strawberry, Graphene, and HotChocolate. It validates configurations and checks for depth and complexity limits across these runtimes in development, CI, and production environments.

To prevent DoS attacks via query depth and complexity in GraphQL, validate your runtime configurations to enforce strict depth and complexity limits. Scanning resolvers and schemas identifies improper directive usage and missing limits, providing actionable remediation guidance to stop batching abuse.

The best way to find field-level authorization gaps in GraphQL resolvers is to perform a targeted security scan across your schemas and dependencies. This detects unauthorized access paths and generates actionable remediation guidance to secure your data exposure points.

Yes, you can scan for GraphQL query injection and batching abuse in production environments. The scanning process applies across development, CI, and production to detect vulnerabilities and enforce security controls without disrupting active runtime operations.

Your GraphQL endpoint exposes sensitive data through introspection because introspection controls are disabled or improperly configured. Scanning your schema identifies this security gap and provides actionable remediation guidance to restrict introspection queries and prevent data leakage.