GFSI Certification: What It Is and How to Get Certified

In food and beverage manufacturing, one failed audit, product recall, or compliance gap can put a facility’s most critical retail contracts, co-manufacturing agreements, or export relationships at risk. For many organizations, food safety performance is no longer just a quality metric — it’s a commercial imperative.

GFSI certification has become the de facto global benchmark that major retailers, brands, and procurement teams use to pre-qualify suppliers. Rather than navigating dozens of conflicting audit requirements, buyers rely on GFSI-recognized schemes as a unified signal that a facility meets internationally accepted food safety standards.

GFSI sets the framework that determines which food safety schemes are globally trusted. Understanding how that system works is essential for any facility operating in today’s supply chains.

This guide covers how the certification ecosystem is structured, which schemes are recognized, what to expect during an audit, and the practical steps to achieve and maintain certification, written for facility managers, quality leaders, and operations teams who need clarity, not just acronyms.

Key takeaways

• GFSI certification is a globally recognized benchmark used by major buyers to qualify and retain suppliers
• GFSI itself does not certify facilities; it recognizes independent food safety certification schemes
• Multiple schemes exist (such as SQF, BRCGS, and FSSC 22000), each with different industry focus and audit structures
• GFSI audits evaluate both documentation and real-world implementation of food safety systems, including technical controls like utilities
• Achieving certification requires a structured, step-by-step process from gap assessment through third-party audit and ongoing compliance

What Is GFSI? Definition, Meaning, and Background

The Global Food Safety Initiative (GFSI) is an industry-driven initiative that defines what credible food safety certification looks like, but doesn’t issue certifications itself. Instead, it benchmarks and approves existing food safety schemes used across the global supply chain.

GFSI was founded in 2000 by the Consumer Goods Forum in response to a fragmented food safety landscape. At the time, suppliers faced a patchwork of retailer-specific audits, each with different requirements, leading to:

• Repeated audits of the same facilities
• Inconsistent expectations between customers
• High compliance costs for manufacturers
• Inefficiencies across global supply chains

GFSI was created to harmonize these expectations under a shared global framework, making “once certified, accepted everywhere” a practical reality.

GFSI doesn’t audit facilities or issue certificates. It evaluates and recognizes certification schemes that meet its benchmarking requirements, acting as a global trust filter that allows buyers to rely on a single certification signal rather than managing dozens of conflicting audit programs.

GFSI Food Safety Standards: The Benchmarking Framework Explained

GFSI publishes the GFSI Benchmarking Requirements, which is a formal document defining the criteria a food safety certification scheme must meet to be recognized as GFSI-compliant. Scheme owners such as BRCGS and SQFI apply to GFSI for recognition by demonstrating their programs meet these requirements.

Once recognized, certifications issued under an approved scheme are treated as equivalent by GFSI-aligned retailers and buyers worldwide, meaning a supplier can typically satisfy multiple customer requirements with a single audit.

Key elements GFSI benchmarking requires schemes to address:

Compressed air is now widely treated as a food safety control point in many food and beverage compressed air testing programs, particularly where air comes into direct or indirect contact with products.

GFSI-recognized schemes are built around a set of core food safety pillars that ensure consistent risk management across the supply chain. These typically include:

• Food safety management systems: Documented systems that define how food safety is managed, monitored, and continuously improved
• HACCP/food safety plans: Systematic hazard analysis and critical control point approaches to identify and control food safety risks
• Prerequisite programs (PRPs): Foundational operational conditions such as sanitation, hygiene, pest control, and facility maintenance
• Traceability: The ability to track raw materials and finished products through the supply chain in both directions
• Allergen control: Procedures to prevent cross-contact and ensure accurate allergen labeling
• Environmental monitoring: Testing and surveillance programs to detect and control microbial or chemical contamination risks in the production environment

These requirements ensure that food safety is not treated as a single inspection point, but as a continuous, system-wide discipline embedded across operations.

The Role of Compressed Air and Utility Gases in GFSI Compliance

One often-overlooked area in GFSI audits is compressed air and process gases. Many GFSI-recognized schemes extend expectations beyond food products and surfaces to include supporting utilities and compressed air used for blowing, drying, conveying, mixing, and packaging is increasingly scrutinized.

Compressed air is a recognized contamination vector, capable of introducing particulates, oil aerosols, moisture, or microbial contamination directly into products or packaging. Auditors are increasingly requesting documented evidence of compressed air quality, typically assessed against ISO 8573.

Facilities that can’t produce current, third-party verified testing data risk audit nonconformances, particularly where compressed air contacts food products directly or indirectly. Working with an accredited testing provider ensures the documentation and validation data needed for GFSI audit cycles is audit-ready when it matters.

GFSI Benchmarking Requirements: Key Categories and What Auditors Look For

GFSI Certification Schemes: Which Standards Are Recognized?

The Global Food Safety Initiative recognizes multiple food safety certification schemes rather than issuing a single unified standard. Each of these schemes is developed, maintained, and updated by independent scheme owners, but all must meet the same GFSI Benchmarking Requirements in order to gain and retain recognition.

While all GFSI-recognized schemes are aligned with core food safety principles, they are not identical. They differ in several important ways, including:

• Industry scope (e.g., manufacturing, packaging, agriculture, fresh produce)
• Sector specialization (some focus heavily on retail manufacturing, others on primary production)
• Audit structure (announced vs. unannounced audits, certification grading systems, audit duration)
• Regional and customer adoption patterns (some schemes are more dominant in specific markets or buyer groups)

This means that while certification under any GFSI-recognized scheme is broadly accepted by global buyers, the choice of scheme often depends on supply chain requirements, customer expectations, and operational complexity.

Below are the most widely recognized GFSI certification schemes currently used across the global food industry:

GFSI-Recognized Certification Schemes Comparison

GFSI vs SQF: Understanding the Relationship

Remember that theGlobal Food Safety Initiative is a benchmarking organization, not a certification standard. It does not audit facilities or issue certificates. Instead, it evaluates and recognizes food safety certification schemes that meet its requirements.

By contrast, SQFI (Safe Quality Food) is one of those recognized schemes. It is a formal certification standard used by food manufacturers, processors, and primary producers, particularly across North America and increasingly in global supply chains.

SQF is structured into three certification levels (Level 1-3):

1. Level 1: Foundational food safety fundamentals
2. Level 2: Certified food safety management system based on HACCP principles
3. Level 3: Comprehensive system covering food safety and quality management

Each level represents a progressively more rigorous approach to managing food safety risks and operational controls.

Understanding the distinction is critical:

• SQF is the certification standard that a facility implements and is audited against
• GFSI is the recognition framework that validates SQF’s structure, rigor, and global acceptance

So when stakeholders ask, “SQF vs GFSI?” the correct interpretation is that the question is not comparing two competing certifications. Instead, SQF is one of several GFSI-recognized schemes, and GFSI serves as the global benchmark that confirms SQF meets internationally accepted food safety criteria.

This relationship is what gives SQF its credibility in global supply chains. Its acceptance is strengthened because it is part of the broader GFSI-recognized ecosystem.

GFSI BRC: The BRCGS Scheme in Context

The BRCGS (formerly the BRC Global Standard for Food Safety) is one of the oldest and most widely adopted GFSI-recognized schemes originally developed in the UK to establish consistent food safety, quality, and operational standards across retail supply chains. It has since expanded into North American and global markets, where it remains a foundational requirement for manufacturers supplying branded and private-label products.

It is important to clearly distinguish terminology: BRCGS and GFSI are not interchangeable. The BRCGS standard is a certification scheme that companies are audited against, while the Global Food Safety Initiative is the benchmarking framework that recognizes BRCGS as meeting internationally accepted food safety requirements. In other words, BRCGS is one of several approved pathways to achieving GFSI-recognized certification status.

The current version, BRCGS Issue 9, reflects an evolution in food safety auditing priorities. It places increased emphasis on:

• Food safety culture, including leadership engagement and employee behavior
• Site-level management commitment, ensuring accountability is embedded at all operational levels
• Risk-based thinking, requiring proactive identification and control of hazards rather than purely reactive compliance

This shift reflects a broader trend within GFSI-recognized schemes: moving beyond checklist compliance toward continuous improvement and behavioral ownership of food safety systems.

As a result, BRCGS continues to be a dominant scheme in global food manufacturing, particularly where retailers require strong assurance of standardized, auditable, and mature food safety management systems.

What Is a GFSI Audit? Structure, Scope, and What to Expect

A GFSI audit is a structured, third-party assessment used to verify that a food facility complies with a GFSI-recognized certification scheme. While GFSI itself does not conduct audits, its approved schemes define strict audit requirements that certification bodies must follow. These audits are a critical step in achieving and maintaining certification status.

GFSI Audit Structure: Announced vs. Unannounced

GFSI-recognized schemes rely on independent third-party certification bodies rather than auditors employed directly by the Global Food Safety Initiative. These auditors assess facilities against the requirements of a specific recognized scheme.

Audits may be:

1. Announced, where the audit date is scheduled in advance
2. Unannounced, where the facility receives no prior notice

The structure depends on both scheme rules and customer expectations. For example, BRCGS requires at least one unannounced audit option within its certification cycle, while SQFI generally allows announced audits in most certification pathways.

Audit duration typically ranges from one to three days, depending on facility size, process complexity, number of production lines, and scope of certification.

What GFSI Auditors Evaluate: Core Checklist Areas

During a GFSI audit, auditors systematically evaluate whether a facility’s food safety system is implemented effectively and consistently in practice, not just documented on paper. Core assessment areas typically include:

• Senior management commitment and overall food safety culture
• Documented food safety management system (FSMS)
• HACCP plan or scheme-specific food safety plan
• Prerequisite programs such as pest control, hygiene, allergen management, maintenance, and calibration
• Traceability systems and product recall readiness
• Environmental monitoring programs and utility controls, including compressed air and process gases where applicable
• Internal audit processes and evidence of continuous improvement

These areas form the backbone of audit scoring and determine whether a facility achieves certification, requires corrective actions, or receives nonconformities.

GFSI Audit Checklist: Common Nonconformance Categories and Risk Levels

GFSI Auditor Certification: Who Conducts the Audit?

GFSI audits are performed by trained auditors who work for accredited certification bodies, not by the Global Food Safety Initiative itself.

To become qualified, auditors must complete rigorous training and competency assessments specific to their certification scheme. These auditors operate under certification bodies (CBs), which must themselves be accredited by internationally recognized accreditation organizations such as UKAS, A2LA, or DAkkS.

This creates a multi-layered assurance system:

• Auditors are certified by scheme-specific requirements
• Certification bodies are independently accredited
• Accreditation bodies are recognized under international frameworks

This structure ensures that GFSI-recognized audits are not subjective evaluations, but part of a standardized, independently verified global system of food safety assurance.

How to Get GFSI Certified: A Step-by-Step Roadmap

Achieving GFSI certification is a structured process that requires planning, system development, and third-party verification. While requirements vary slightly by scheme, the overall certification pathway follows a consistent sequence across all GFSI-recognized programs. Below is a practical roadmap from initial planning to certification and ongoing compliance.

Step 1: Select the Right GFSI Scheme for Your Operation

The first step is selecting the most appropriate GFSI-recognized scheme for your business needs.

• Evaluate which scheme your key customers or target retailers require or prefer
• Consider your sector: primary production, processing, packaging, or storage and distribution
• Assess your current food safety management system (FSMS) maturity level
• Match scheme scope and complexity to your operational readiness

In practice, many North American food manufacturers begin with schemes such as SQFI or FSSC 22000, while export-focused or European-facing facilities often prioritize BRCGS due to retailer expectations.

Step 2: Conduct a Gap Assessment

A gap assessment compares your current food safety system against the requirements of your chosen scheme.

• Review existing documentation against scheme standards
• Identify missing procedures, records, or controls
• Highlight gaps in training, PRPs, and operational practices
• Common technical gaps include calibration systems, environmental monitoring, and compressed air or utility gas testing

This stage often reveals the true readiness level of a facility, and many organizations engage external GFSI consultants to provide an objective evaluation and accelerate remediation.

Step 3: Build and Document Your Food Safety Management System

Once gaps are identified, the next step is strengthening or building your FSMS.

• Develop or update your documented food safety management system
• Create or revise your HACCP plan, including hazard analysis, CCPs, critical limits, monitoring, and verification procedures
• Establish required prerequisite programs (PRPs)
• Document utility and infrastructure controls, including compressed air systems supported by third-party testing data

Strong documentation is essential, as GFSI audits evaluate both system design and implementation.

Step 4: Train Your Team

Employee competence is a core requirement across all GFSI-recognized schemes.

• Provide documented food safety training relevant to each role
• Use scheme-specific training resources from bodies such as SQFI and BRCGS
• Leverage global learning platforms such as GFSI-aligned training resources
• Train internal auditors to support ongoing system verification

Training ensures that procedures are not only documented but consistently applied in daily operations.

Step 5: Run Internal Audits and a Management Review

Before the certification audit, facilities must verify readiness internally.

• Conduct a full internal audit against the selected scheme
• Identify and correct nonconformances proactively
• Perform a formal management review with senior leadership participation
• Maintain a corrective action log to demonstrate continuous improvement

This stage is often where final readiness is confirmed, or last-minute system refinements are made.

Step 6: Select an Accredited Certification Body and Schedule Your Audit

Many facilities choose to complete third-party verification before their certification audit by engaging providers that offer on-site compressed air validation testing, ensuring all utility systems are audit-ready.

• Choose a certification body accredited for your scheme and region
• Verify accreditation through recognized bodies such as A2LA or equivalent
• Submit application details including scope and production processes
• Schedule the initial certification audit
• Ensure all documentation is complete, including supporting technical records such as utility testing results

The selection of the certification body can influence audit experience, timelines, and cost.

Step 7: Achieve Certification and Maintain It

The final step is passing the audit and maintaining ongoing compliance.

• Address any nonconformances within the required deadlines
• Receive certification from the certification body (not directly from the Global Food Safety Initiative)
• Follow surveillance and recertification cycles (typically annual or biannual, depending on scheme)
• Maintain continuous compliance between audits

GFSI certification is not a one-time achievement. It requires sustained system performance and continuous improvement.

GFSI Certification Timeline:Typical Milestones from Gap Assessment to Certificate Issuance

Putting It All Together: GFSI Certification in Practice

GFSI certification is not a bureaucratic checkbox or a one-time compliance exercise. It is one of the global food industry’s most trusted signals that a facility is serious about food safety, science-based risk management, and continuous improvement across its operations.

Across all GFSI-recognized frameworks defined by the Global Food Safety Initiative, the expectation is consistent: food safety must be systematic, evidence-based, and continuously verified, not assumed.

Key takeaways from the GFSI certification journey

Successfully navigating GFSI certification comes down to a clear set of fundamentals:

1. Understand which GFSI-recognized scheme best fits your operation, customer base, and export requirements
2. Build a robust, fully documented food safety management system (FSMS) aligned with scheme requirements
3. Address all technical requirements, including prerequisite programs, environmental monitoring, and utility controls such as compressed air systems
4. Train your team so food safety practices are consistently applied, not just documented
5. Work with experienced partners—consultants, laboratories, and certification bodies—that can help close gaps efficiently and credibly

When these elements come together, GFSI certification becomes a structured, achievable process rather than an overwhelming compliance burden.

A practical path to certification

For most facilities, success is not about perfection from day one. It’s about structured progression. Companies that invest early in gap assessment, documentation quality, and technical validation (especially in high-risk areas like utilities and compressed air) significantly reduce audit stress and nonconformance risk.

With the right preparation, achieving GFSI certification is not only realistic—it is a repeatable operational milestone that strengthens customer trust and unlocks access to global supply chains.

Final note: audit readiness starts with verified data

One of the most frequently overlooked audit risks is incomplete or outdated utility validation—particularly compressed air systems used in direct or indirect food contact applications.

Facilities preparing for a GFSI audit that require ISO 17025:2017-accredited compressed air purity testing can rely on TRI Air Testing to generate the fast, credible, third-party data auditors expect. To speak with a specialist or prepare your facility for audit readiness, contact TRI Air Testing to ensure your compressed air systems meet the verification standards auditors are increasingly expecting.

In a GFSI context, documentation is only as strong as the evidence behind it—and verified technical testing is often what separates a successful audit from costly nonconformances.