Real-Time Food Safety Assurance

Cornelis van Elst

Modern food safety does not need more audits. It needs better system intelligence. This book reveals why certification-driven assurance struggles to keep pace with today's food systems - and how real-time learning, structured knowledge, and intelligent infrastructure restore control. Moving beyond compliance without abandoning it, the author offers a system-level perspective on resilience, assurance, and governance. For food safety professionals, regulators, and leaders who sense that the system must evolve - not because it is broken, but because the world has changed. Food safety systems worldwide appear robust. Standards are established, certification schemes are widely adopted, audits are routinely performed, and compliance is carefully documented. On paper, control looks strong. In practice, many of these systems struggle to cope with the realities they face today. This book starts from a simple observation: food safety has become more complex, faster-moving, and more interconnected than the assurance models designed to govern it. While risk dynamics have accelerated, much of the assurance architecture remains rooted in periodic verification, retrospective proof, and external validation. The result is not failure, but structural strain. Organizations work harder to maintain compliance without necessarily gaining a deeper understanding. Auditors operate under increasing pressure within narrow mandates. Consultants fill recurring gaps without transferring durable capability. Regulators face growing oversight challenges with limited real-time visibility. This book argues that the challenges of food safety stem not from insufficient standards or effort, but from a learning deficit created by system design. From Compliance to Learning to Assurance The book introduces a three-phase perspective on food safety maturity: – Phase 1: Compliance—establishing procedures, maintaining records, and demonstrating conformity through audits – Phase 2: Learning—building systematic understanding of how systems behave, how risks evolve, and how knowledge flows across domains – Phase 3: Assurance—achieving sustained confidence through continuous insight, integrated intelligence, and the capacity to detect and respond to emerging conditions Bron: Flaptekst, uitgeversinformatie