crypto-protocol-diagram

To generate a sequence diagram from a cryptographic protocol specification, you need a tool that systematically parses protocol entry points, participant roles, and cryptographic primitives from source code or RFCs to produce Mermaid visualizations with cryptographic annotations.

Yes, you can visualize a TLS handshake implementation for a security audit by automatically extracting protocol message flows and semantic operations like key exchanges and signatures directly from source code, generating an annotated diagram to verify security properties.

Yes, formal verification with ProVerif or Tamarin supports extracting cryptographic message flows. The analysis process systematically parses formal models to identify participant roles and cryptographic primitives, generating accurate Mermaid sequence diagrams for review.

The best way to diagram multi-party computation (MPC) protocol flows is to automatically extract message sequences and cryptographic annotations from specifications or formal models, generating Mermaid sequence diagrams that accurately represent complex participant interactions.

Yes, you need ripgrep installed to visualize cryptographic protocols from code. The tool requires ripgrep as a dependency to systematically parse and search through source code, RFCs, and formal models to extract protocol entry points and cryptographic primitives.

Manually drawn cryptographic handshake diagrams are prone to human error because they rely on informal notes and memory rather than systematic parsing. Automating the extraction of message flows and cryptographic primitives directly from specifications ensures accurate security review.