This article explores the fusion of confidential computing and generative AI within the Procurize platform. By leveraging Trusted Execution Environments (TEEs) and encrypted AI inference, organizations can automate security questionnaire responses while guaranteeing data confidentiality, integrity, and auditability—transforming compliance workflows from risky manual processes to a provably secure, real‑time service.

This article explores a novel AI‑driven engine that combines large language models with a dynamic knowledge graph to auto‑recommend the most relevant evidence for security questionnaires, boosting accuracy and speed for compliance teams.

This article explains the concept of continuous compliance certification powered by AI. It shows how Procurize synchronizes security questionnaires across SOC2 ISO27001 and GDPR in real time, creates and updates evidence automatically, and reduces audit cycles while keeping audit trails auditable and secure.

This article explores a novel AI‑driven engine that matches security questionnaire prompts with the most relevant evidence from an organization’s knowledge base, using large language models, semantic search, and real‑time policy updates. Discover architecture, benefits, deployment tips, and future directions.

Security questionnaires often require precise references to contractual clauses, policies, or standards. Manual cross‑referencing is error‑prone and slow, especially as contracts evolve. This article introduces a novel AI‑driven Dynamic Contractual Clause Mapping engine built into Procurize. By combining Retrieval‑Augmented Generation, semantic knowledge graphs, and an explainable attribution ledger, the solution automatically links questionnaire items to the exact contract language, adapts to clause changes in real time, and provides auditors with an immutable audit trail—all without the need for manual tagging.