IFT CFS key terms

A food safety management approach that requires processors to identify significant biological, chemical, physical, and radiological hazards and to document preventive controls, monitoring, corrective actions, and verification activities for each one.

A step in a process where a specific control measure can be applied and is essential to prevent, eliminate, or reduce a significant hazard to an acceptable level; it must have defined limits and monitoring.

The measurable maximum or minimum value that separates acceptable from unacceptable at a critical control point, such as a minimum cooking temperature or maximum holding time, used to judge whether the process is under control.

Activities other than monitoring that confirm a food safety system is working as designed, including records review, calibration checks, product testing, and environmental sampling, performed on a defined schedule.

The act of obtaining scientific and technical evidence, before a control is implemented, that the chosen control measure can reliably achieve the intended hazard reduction under real production conditions.

A structured sampling plan that tests food contact and non-contact surfaces in a facility for indicator organisms or pathogens such as Listeria, revealing where contamination could enter product and whether sanitation is effective.

A documented program that identifies vulnerable points where intentional adulteration or sabotage could occur and assigns mitigation measures, training, and access controls to protect food from deliberate harm.

Intentional deception for economic gain involving food, such as dilution, substitution, mislabeling of origin, or counterfeiting, which is addressed through vulnerability assessments and supply chain verification rather than traditional safety controls.

A systematic review of ingredients, packaging, and processes to rank where intentional adulteration or economically motivated fraud is most likely and most consequential, used to prioritize mitigation resources.

A written procedure specifying how and when equipment and surfaces are cleaned and sanitized, including chemicals, concentrations, contact times, and who performs and verifies each step.

A qualified professional who establishes and validates scheduled processes for heat-treated foods, determining the time and temperature combinations needed to achieve commercial sterility or a target pathogen reduction.

The condition in which a food has been processed so that it is free of viable microorganisms capable of growing under normal non-refrigerated storage, achieved by heat or other processing without necessarily sterilizing every molecule.

A continuous system in which a food is sterilized and then filled into pre-sterilized packaging in a sterile environment, allowing shelf-stable products with better nutrient and sensory retention than in-container retorting.

A measure of the free water available in a food for microbial growth and chemical reactions, expressed on a scale from 0 to 1, where lower values generally extend shelf life and stability.

A preservation strategy that combines mild factors such as pH, water activity, refrigeration, and preservatives so that no single hurdle is severe, yet the combination inhibits microbial growth and extends shelf life.

Packaging in which the internal gas composition is altered, typically by reducing oxygen and raising carbon dioxide or nitrogen, to slow respiration, oxidation, and microbial growth in perishable foods.

Packaging that deliberately interacts with the product or its headspace, for example oxygen scavengers, moisture absorbers, or antimicrobial films, to extend shelf life beyond what passive barrier packaging can achieve.

Packaging that carries a sensor or indicator communicating product condition to the user, such as time-temperature indicators or freshness labels, without necessarily changing the product or its environment.

The period during which a food, when stored under stated conditions, retains acceptable safety, sensory quality, and nutritional value; it is established through testing and may be supported by predictive modeling.

A study that exposes a product to elevated temperature, humidity, or other stress to estimate degradation rates and predict shelf life faster than real-time storage would allow, using kinetic models.

A U.S. regulatory status for a substance considered safe by qualified scientific experts under its intended conditions of use, either through a long history of common use or through published scientific evidence.

A substance added to food for a technological purpose such as preservation, coloring, or texture, which must be authorized under applicable regulations and used only at levels consistent with good manufacturing practice.

A code assigned to an approved food additive in the European Union, such as E100 for curcumin or E330 for citric acid, used on labels to identify the substance without spelling out its full chemical name.

The amount of a substance that can be consumed daily over a lifetime without appreciable health risk, usually derived by dividing a no-observed-adverse-effect level by safety factors and expressed per kilogram of body weight.

The presence of an additive in a finished food because it was introduced through an ingredient, at a level below the amount permitted in that ingredient and assumed not to have a technological effect in the final product.

A consumer-driven positioning in which products are formulated with short, familiar ingredient lists and free-from claims, prompting reformulation to replace synthetic additives, though the term has no single legal definition.

The scientific measurement of human responses to food attributes such as appearance, aroma, flavor, and texture, using trained panels or consumer tests with controlled protocols and statistical analysis.

A rating instrument, commonly nine points from dislike extremely to like extremely, on which consumers indicate how much they like a product, used to compare formulations or benchmark against competitors.

A structured statistical method for varying multiple formulation or process factors together so that main effects and interactions are estimated efficiently, reducing the number of trials needed to optimize a product.

A product development framework that divides work into sequential stages separated by decision gates, where cross-functional reviewers approve, revise, or cancel a project before further resources are committed.

The amount of beneficial nutrients a food provides relative to its energy content, used to compare foods and to guide reformulation toward products that deliver more nutrients per calorie.

The proportion of a nutrient that is absorbed from a food and becomes available for physiological use, which depends on food matrix, chemical form, and interactions with other components.

The deliberate addition of essential nutrients to a food, whether mandated to correct a public health deficiency or voluntary to restore nutrients lost in processing or improve the nutritional profile of a product.

Simplified nutrition information placed on the front of packaging, such as rating scales or warning symbols, designed to help consumers quickly judge a product's nutritional quality at the point of purchase.

A policy approach that makes producers financially and operationally responsible for the end-of-life management of their packaging, creating incentives to design recyclable, lighter, and less wasteful materials.

A standardized method for quantifying environmental impacts of a product across its whole value chain, from raw material extraction through production, distribution, use, and disposal, reported per functional unit.

Indirect greenhouse gas emissions that occur in a company's value chain, including agriculture, purchased ingredients, transport, and consumer use, typically the largest share of a food company's footprint.

An economic model that keeps materials in use through reuse, recycling, and recovery rather than disposal, applied in food systems to packaging design, byproduct valorization, and waste reduction.

Edible food that is lost along the supply chain after harvest or discarded at the retail and consumer stage; measurement and reduction targets are central to sustainability reporting and strategy.

A distributed ledger approach in which each supply chain event is recorded as a linked, tamper-evident entry, allowing faster recall investigation and verification of origin claims across many trading partners.

A unique identifier assigned to a batch of food that links it to production records, ingredients, and distribution, enabling a company to trace the batch one step back and one step forward.

Globally harmonized identifiers and data carriers, such as GTINs and barcodes, that let trading partners share product and location information consistently across systems and borders.

A simulated exercise that tests whether a company can identify, contact, and account for affected product within a target time, exposing gaps in records, contacts, and traceability systems before a real event.

The process of confirming that an ingredient or packaging supplier meets agreed safety, quality, and ethical requirements through audits, certificates, testing, or records review, documented and repeated on a defined schedule.

A technique in which engineered microorganisms are grown in controlled tanks to produce specific proteins, fats, or other molecules, offering a route to animal-free ingredients with a smaller land footprint.

Meat produced by growing animal cells in bioreactors rather than by raising whole animals, requiring cell lines, growth media, scaffolds, and rigorous safety assessment before commercial sale.

The use of mathematical models to estimate how microorganisms grow, survive, or die in response to temperature, pH, water activity, and other conditions, supporting shelf-life decisions and risk assessment.

The application of machine learning to predict contamination risk, interpret sensor and image data, automate inspection, and prioritize audit or sampling resources across supply chains.

A virtual model of a physical process or product line, fed with real-time data, used to simulate changes, predict performance, and optimize processing parameters without disrupting production.

Foods formulated to mimic animal-derived products using plant proteins and other ingredients, requiring attention to protein quality, texture, micronutrient fortification, and allergen labeling.

An approach that tailors dietary recommendations or products to an individual's genetics, biomarkers, microbiome, or lifestyle data, enabled by at-home testing and digital coaching platforms.

A sales model in which consumers move seamlessly between physical stores, websites, apps, and delivery services, requiring consistent product information, pricing, and fulfillment across every channel.

A retail facility used only for fulfilling online grocery orders, not open to the public, which changes storage, picking, and cold-chain requirements compared with conventional stores.