PII Production

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System Architecture ​

The integration of the RelOne and PII platform utilises a Multi-Layered Architecture to achieve modularity, maintainability, and separation of concerns. This architecture is designed to handle the transfer of information between Relativity One and the PII platform efficiently. Here is a breakdown of the key layers within this architecture and their roles:

Multi-Layered Architecture ​

Presentation Layer ​

  • Responsibilities: Handles user interaction and presentation logic.

  • Technologies: Utilises Nuxt.js with Tailwind CSS to build the user interface.

  • Functionality: Manages tasks such as uploading documents, specifying redaction criteria, and downloading processed outputs.

  • Communication: Interacts with the backend API (FastAPI) through well-defined endpoints to initiate document processing tasks and retrieve results.

Business Logic Layer ​

  • Responsibilities: Houses the core application logic for document processing within the FastAPI backend application.

  • Functions: Includes receiving document uploads from the presentation layer, processing documents, and managing business rules.

  • Processing: Handles PII detection and redaction, leveraging Azure Text Analytics for PII recognition.

Data Access Layer ​

  • Responsibilities: Abstracts the interaction with the underlying data storage solution (PostgreSQL database).

  • Functions: Manages storing document metadata (upload timestamps, processing status), and optionally storing extracted entity information.

  • Technologies: Uses an ORM or database access library to interact with PostgreSQL securely.