Maturity Models

Definition

A maturity model for food safety and quality is a structured framework that helps food and beverage manufacturers assess how deeply food safety and quality practices are embedded in their operations, not just whether they have the right documents, but whether those documents reflect what actually happens on the floor.

Rather than functioning as a compliance checklist, a maturity model evaluates organizational behaviors, leadership commitment, system robustness, and cultural integration across multiple dimensions simultaneously. The result is a diagnostic picture: where a company currently stands, where gaps exist, and what a credible path to improvement looks like.

Most frameworks use a progressive five-point scale. Academic literature, referenced in the 2026 GFSI Position Paper update, describes this progression as moving from doubt (reacting only when forced) through react to, know of, and predict, toward internalize, the point at which safe and quality behavior is no longer reliant on enforcement but is embedded in how the organization thinks and operates.

Where It Fits

Food safety compliance and food safety performance are not the same thing. A facility can pass an SQF audit and still produce a recall. It can satisfy FSMA preventive controls requirements and still experience systemic failures during shift changeover or when a key quality manager leaves.

The maturity model concept exists because regulatory frameworks like [VERIFY: 21 CFR Part 117 Subpart B/C] and GFSI-benchmarked standards establish minimum thresholds, not operational excellence. Maturity assessments help manufacturers measure the distance between the floor of compliance and the ceiling of consistently safe, high-quality production.

For C-level executives overseeing multi-site operations, this distinction carries direct financial weight. A 2014 empirical study published by the National Institutes of Health (PMC), examining five food processing companies, found a positive relationship between higher food safety culture maturity and lower failure costs, as well as lower overall quality costs. The study was cited among 22 papers on maturity models and frameworks reviewed in the Global Food Safety Initiative's revised "A Culture of Food Safety" Position Paper, Version 2.0, published in March 2026. That paper synthesized findings from more than 180 academic and industry sources.

The takeaway for operations leadership: higher maturity is not just a certification positioning tool. It correlates with a measurable reduction in the cost of quality failures.

Real-World Use Cases

The most acute challenge for a COO or VP of Operations overseeing multiple facilities is performance consistency. Every site may be GFSI-certified. Every site may be passing audits. But the gap between the best-performing facility and the weakest one often traces back to differences in maturity, not differences in documented procedures.

A maturity model gives corporate quality leadership a common language and a common scale to compare facilities objectively. It identifies which sites need leadership engagement, which need systems investment, and which need cultural reinforcement, before an auditor or a recall surfaces those gaps.

Maturity assessment is also a forward-looking risk tool. Facilities operating at lower maturity levels, where food safety practices depend on the vigilance of specific individuals rather than embedded systems, carry higher risk when workforce turnover is high, when production volume increases, or when new product lines are introduced.

The labor environment facing food manufacturers today makes this risk material. When experienced QA personnel leave and institutional knowledge walks out with them, a low-maturity facility loses operational performance. A higher-maturity facility, where systems and culture carry the standard rather than individuals, absorbs that transition more predictably.

The Food Safety Modernization Act's preventive controls framework [VERIFY: 21 CFR Part 117] requires hazard analysis, risk-based preventive controls, monitoring procedures, and corrective actions, all of which correspond to capabilities that maturity models assess. An organization that has advanced its maturity in hazard identification, monitoring discipline, and corrective action closure is not just better positioned for FDA inspection readiness. It is also building the institutional capacity that the FDA has signaled it expects to see in risk-based inspection approaches, as reflected in FDA-TRACK dashboard reporting published in May 2026.

The FDA's July 2026 Final Rule on Additional Traceability Records for Certain Foods further reinforces the connection: organizations with documented, digitally supported FSMS capabilities are substantially better positioned to satisfy lot-level traceability requirements than those relying on paper-based records that cannot be queried, filtered, or retrieved on demand.

Maturity models are commonly discussed in the context of food production, but they apply equally to packaging operations, and the regulatory landscape is making that application more pressing.

Packaging compliance involves food contact substance documentation, allergen labeling accuracy, and material qualification processes that are assessed within broader FSMS maturity frameworks. Supplier management rigor, incoming material verification, and documented change controls are all capability areas that mature food safety systems evaluate, and packaging materials fall squarely within their scope.

Beyond production-adjacent packaging requirements, seven U.S. states now have active extended producer responsibility (EPR) laws governing packaging composition, recycled content, and material reporting. California, Oregon, Maine, Maryland, Minnesota, Colorado, and Washington each have active programs, with California's permanent EPR regulations effective May 2026 and Oregon's program launched July 2025. Managing these obligations, which require accurate packaging inventory data, supplier material documentation, and cross-functional coordination, is precisely the kind of multi-system compliance work that distinguishes mature quality organizations from reactive ones.

Per APTIM's September 2026 review of food and beverage packaging compliance requirements, manufacturers need accurate packaging information across material type, composition, recycled content, and distribution jurisdiction. Organizations that have invested in mature supplier compliance systems and documented material controls are far better positioned to meet these obligations than those managing packaging data informally.

Separately, FDA determined in January 2025 that 35 food contact notifications for PFAS-containing grease-proofing substances were no longer effective, reinforcing the need for chemical composition tracking and supplier certification programs, capabilities that mature quality systems include and maturity assessments evaluate.

FAQs

Across the five-level progression described in food safety maturity literature, lower-maturity organizations typically share recognizable patterns:

Food safety checks are completed when audits are scheduled, not continuously
Corrective actions are opened but not tracked to verified closure
Quality program execution varies by shift or by which supervisor is present
Traceability is possible but slow, requiring manual assembly of records across binders or disconnected spreadsheets
CAPA data exists on paper but cannot be trended or analyzed without significant manual effort

These are not just audit findings. They are operational risks with measurable cost implications, holds, rework, delays in responding to customer complaints, and the compounding expense of rebuilding institutional knowledge after turnover.

Higher maturity organizations demonstrate:

Consistent execution across shifts and facilities, not dependent on specific individuals
Real-time visibility into program compliance, deviation trends, and corrective action status
Systems that surface problems early rather than during audits
Leadership fluency in quality data, executives can see performance across facilities without waiting for weekly reports
Supplier qualification processes that are documented, tracked, and integrated into receiving and production workflows

Achieving this level of performance requires both cultural investment and systems capability. The GFSI Position Paper V2.0 makes clear that maturity frameworks assess the human-organizational dimension alongside systems infrastructure, and that neither alone is sufficient.

For food and beverage manufacturers operating SafetyChain's digital plant management platform, several of the operational capabilities that support maturity advancement are directly enabled: real-time data capture across food safety programs, CAPA workflow management, supplier compliance documentation, SPC-based process monitoring, and cross-facility reporting and dashboards. These capabilities support the move from paper-based, shift-dependent execution toward the continuous, auditable, data-driven operations that higher maturity levels require. How those capabilities map to a specific organization's maturity assessment is always determined by the organization's food safety programs, not the platform itself.

Compliance Requirements

The GFSI Position Paper V2.0 (March 2026) defines food safety culture maturity across five interdependent dimensions. These are not sequential steps, they are reinforcing elements that a mature organization develops in parallel:

Leadership and People Management, How visibly leaders demonstrate food safety commitment and how accountability is structured across levels
Communication, How food safety expectations are transmitted, reinforced, and surfaced from the floor upward
Adaptability, How effectively the organization updates practices in response to new information, regulatory changes, or process deviations
Awareness and Knowledge, Whether employees at all levels understand why food safety requirements exist, not just what they are
Consistency, Whether the same standards are applied across shifts, lines, facilities, and seasons

GFSI's Position Paper explicitly states that assessing food safety culture across multiple dimensions, rather than relying on a single indicator, is essential to the validity of any maturity assessment. It also clarifies that GFSI itself does not endorse specific maturity tools; the development of assessment frameworks is the responsibility of standards owners and food companies directly.

Related Terms & Content

Food Safety Culture (FSC), The values, beliefs, and behaviors that characterize an organization's approach to food safety; assessed within maturity frameworks as the human-organizational dimension Hazard Analysis and Critical Control Points (HACCP), The foundational preventive control methodology that FSMA preventive controls rules build upon; hazard identification and monitoring discipline are core maturity assessment areas Preventive Controls Qualified Individual (PCQI), The FDA-designated role responsible for food safety plan development under [VERIFY: 21 CFR Part 117]; organizations with mature FSMS programs typically have structured PCQI accountability that extends beyond a single individual Cost of Quality (CoQ), The total cost of ensuring quality plus the cost of quality failures; the NIH-published empirical study cited above establishes the relationship between higher maturity and lower failure costs within this framework GFSI, Global Food Safety Initiative; the umbrella body that recognizes SQF, BRC, FSSC 22000, and other benchmarked certification schemes; GFSI's Culture of Food Safety Position Paper V2.0 (March 2026) is the current authoritative framework for food safety culture maturity dimensions Corrective and Preventive Action (CAPA), The formal process for addressing nonconformances; CAPA closure rate and time-to-resolution are common maturity indicators across frameworks