This article explores how Procurize leverages federated learning to create a collaborative, privacy‑preserving compliance knowledge base. By training AI models on distributed data across enterprises, organizations can improve questionnaire accuracy, accelerate response times, and maintain data sovereignty while benefiting from collective intelligence.

This article introduces a novel federated prompt engine that enables secure, privacy‑preserving automation of security questionnaires for multiple tenants. By combining federated learning, encrypted prompt routing, and a shared knowledge graph, organizations can reduce manual effort, maintain data isolation, and continuously improve answer quality across diverse regulatory frameworks.

This article explores the strategy of fine‑tuning large language models on industry‑specific compliance data to automate security questionnaire responses, reduce manual effort, and maintain auditability within platforms like Procurize.

In modern SaaS enterprises, security questionnaires are a major bottleneck. This article introduces a novel AI solution that uses Graph Neural Networks to model the relationships between policy clauses, historical answers, vendor profiles and emerging threats. By turning the questionnaire ecosystem into a knowledge graph, the system can automatically assign risk scores, recommend evidence, and surface high‑impact items first. The approach cuts response time by up to 60 % while improving answer accuracy and audit readiness.

AI can instantly draft answers for security questionnaires, but without a verification layer companies risk inaccurate or non‑compliant responses. This article introduces a Human‑in‑the‑Loop (HITL) validation framework that blends generative AI with expert review, ensuring auditability, traceability, and continuous improvement.