“A Model Smart Quality Assurance and Safety System for Fresh Poultry Products– QAPP” Τ1ΕDK-04344

Title :“A Model Smart Quality Assurance and Safety System for Fresh Poultry Products – QAPP” T1ΕΔΚ-04344

Scientific Leader for ΙΤΑP: Dr. Chrysoula Tassou



Duration: 9/7/2018-8/7/2021

Budget for ΙΤΑP: 190.987,00 €

Summary: The aim of the “QAPP” research proposal is the creation of scientific knowledge that will lead to an understanding of processes (biochemical, microbiological changes) that exist at all stages of the production chain: production, standardization, maintenance and distribution of the products under evaluation. The vision of “QAPP” is the development of an “Intelligent” Management System for Product-specific Quality and Safety, based on poultry products and being supported by an integrated Information and Communications Technology (ICT) services platform that incorporates methods, data and decision-support tools for all target market participants. Through the QAPP project applications, the following benefits will be provided: (i) predictions of the freshness /safety profile of perishable products throughout the production & supply chain (ii) effective control and reduction of food losses (iii) improved compliance with EU Regulations (e.g. EC Reg. No 2073/2005) on microbiological criteria for foodstuffs.

The “Intelligent” Management System for Product-specific Quality and Safety of QAPP will include a novel cloud-enabled data and model storage system, which will allow the integration of heterogeneous information derived from food microbial ecosystem throughout its production and distribution chain. These heterogeneous data will consist of (i) conventional microbiological analyses (ii) advanced signal analysis; more specifically, spectroscopic profiling data (vibrational spectroscopy) and surface chemistry spectra will be compiled using non-invasive analytical sensor devices; (iv) data mining methods and prediction of microbial population or quality. In particular, chicken-based products (minced meat / burgers etc.) will be studied and will be used as model systems to validate the approach. This approach will lead to a holistic picture of the evaluated products, contributing to a long-term vision for widening the application of the new technologies to other food products.

The targeted scientific breakthrough is the joined utilization of conventional microbial data, ‘omics’ (through spectroscopic signals) and measurements in the context of an ICT-based tracking system. The ultimate goal of the holistic approach of the proposal is to establish a next-generation monitoring reference system for food safety & quality (open software architectures/web services, Machine2Machine/Internet of Things, Data Analytics/Machine Learning), through the integration and analysis of complex structured or non-information data (Big data) that enables real time predictions for safety and freshness profiling. This integration will provide comprehensive maps of important food traits, as well as predictive models of the contribution of individual microorganisms to aid in decision-making on food quality and safety. In other words, product profiling will be based on massive and systematic collection of information on storage times and temperatures, and sensor-based fingerprints of food products at any given time point. The “Intelligent” Management System for Product-specific Quality and Safety of QAPP will ensure promptly poultry quality and safety with a longer-term

vision of expanding to additional food sectors. Thus, commercial exploitation appears to be very promising and benefits for participating SMEs are expected to be extremely high.