This article explores a novel approach that blends zero‑knowledge proof (ZKP) cryptography with generative AI to automate vendor questionnaire responses. By proving the correctness of AI‑generated answers without revealing underlying data, organizations can accelerate compliance workflows while maintaining strict confidentiality and auditability.

Modern compliance teams struggle with verifying the authenticity of evidence provided for security questionnaires. This article introduces a novel workflow that couples zero‑knowledge proofs (ZKP) with AI‑driven evidence generation. The approach lets organizations prove the correctness of evidence without exposing raw data, automates validation, and integrates seamlessly with existing questionnaire platforms such as Procurize. Readers will discover the cryptographic foundations, architectural components, implementation steps, and real‑world benefits for compliance, legal, and security teams.

This article introduces a novel validation loop that merges zero‑knowledge proofs with generative AI to certify security questionnaire answers without exposing raw data, describes its architecture, key cryptographic primitives, integration patterns with existing compliance platforms, and practical steps for SaaS and procurement teams to adopt the approach for tamper‑proof, privacy‑preserving automation.