Food Fraud & Authenticity
Food fraud costs the industry billions and undermines safety, with regulatory focus intensifying after EU and US scandals. The session covers spectroscopy-based authentication (NIR, Raman, FTIR), DNA barcoding and meta-barcoding for species identification, blockchain traceability platforms (IBM Food Trust, FoodLogiQ), olive oil fraud detection (the recent EU enforcement actions), honey fraud and pollen analysis, seafood mislabelling, and the regulatory enforcement landscape. Discussion addresses AI-driven fraud detection from supply-chain data, stable isotope ratio analysis for geographic origin, the GFSI standards for food integrity, emerging spectroscopy-on-smartphone platforms, and the consumer demand for transparency driving authentication investment.
- NIR and Raman spectroscopy
- DNA barcoding
- Blockchain traceability
- Olive oil and honey fraud
- Seafood mislabelling
- Stable isotope analysis
- AI fraud detection
- GFSI integrity standards
Explore the full GSFS 2027 program
- 01Food Safety & Microbiology
- 02Novel Protein Sources
- 03Functional Foods & Nutraceuticals
- 04Food Packaging & Shelf Life
- 05Sensory Science & Consumer Research
- 06Food Engineering & Processing
- 07Nutrition & Public Health
- 08Sustainable Food Systems
- 09Food Informatics & AI
- 10Cultivated Meat & Cellular Agriculture
- 11Precision Fermentation
- 12Allergen Management
- 14Plant-Based Nutrition
- 15Ultra-Processed Foods
- 16Climate-Smart Agriculture
- 17Food Allergies & Intolerances
- 18Postharvest & Cold Chain
- 19Dairy Innovation
- 20Beverage Science
- 21Bakery & Confectionery
- 22Meat & Poultry Science
- 23Aquaculture
- 24Insect Proteins
- 25Algae & Marine Foods
- 26Probiotics & Postbiotics
- 27Dietary Fiber
- 28Culinary Science
- 29Food Education
- 30Food Service Innovation
- 31Indigenous & Heritage Foods
- 32Spices & Bioactives
- 33Food Waste Reduction
- 34Pet Food Science
- 35Personalised Nutrition