North America Food Safety Testing Market

North America Food Safety Testing Market Size

North America Food Safety Testing Market size was worth $7.15 billion in 2025 and is anticipated to be worth USD 13.66 billion by 2034, from USD 7.68 billion in 2026, growing at a CAGR of 7.46% during the forecast period.

Food safety testing is the scientific process of checking food products in labs to make sure they are safe to eat. It finds hidden dangers like bad germs, toxic chemicals, and fake ingredients before food goes to stores or homes. This field includes microbiological pathogen screening, pesticide residue analysis, allergen verification, heavy metal detection, and authenticity testing conducted by federal agencies, accredited private laboratories, and in-house quality control facilities operating under ISO 17025 standards. According to the Centers for Disease Control and Prevention, an estimated 48 million Americans become ill from foodborne diseases annually, resulting in 128000 hospitalizations that necessitate extensive surveillance infrastructure and preventive testing protocols. As per the Canadian Food Inspection Agency, rigorous sampling programs actively analyse domestic and imported agricultural goods to verify adherence to Canada's strict chemical residue and microbiological limits. According to the U.S. Department of Agriculture Food Safety and Inspection Service, undeclared allergens and foreign materials constituted the leading causes of regulated meat and poultry recall events in 2025. Unlike fragmented regional markets, North America features deeply integrated cross-border trade flows requiring interoperable testing standards and mutual recognition agreements. The definition extends beyond regulatory compliance to include supply chain assurance programs, retailer private label requirements, and consumer trust initiatives reflecting mature market dynamics where testing serves as both a legal obligation and commercial differentiator.

MARKET DRIVERS

Stringent Regulatory Enforcement and Preventive Controls Mandate

Regulatory frameworks across the region have shifted from reactive contamination response to preventive hazard analysis, which contributes to the growth of the North America food safety testing market. This change creates structural baseline demand for routine testing independent of outbreak events or consumer complaints. According to the U.S. Food and Drug Administration, non-compliance with preventive control provisions frequently prompts the issuance of Form 483 inspectional observations across the domestic manufacturing sector. As per the Canadian Food Inspection Agency, the Safe Food for Canadians Regulations enforce strict preventative control plan rules that mandate baseline verification and safety screening across multiple product risk categories. These regulatory mandates transform testing from discretionary quality assurance into a nonnegotiable operational requirement, with documented verification serving as legal defence during inspections, litigation, or recall investigations. Consequently, testing demand correlates directly with regulatory stringency and enforcement intensity rather than voluntary corporate social responsibility initiatives, creating predictable recession-resistant revenue streams for service providers.

Retailer and Foodservice Supply Chain Assurance Programs

Private sector supply chain requirements exceed regulatory minimums and create substantial incremental testing demand, which further boosts the expansion of the North America food safety testing market. This demand is driven by liability management, brand protection, and contractual compliance obligations across retail and foodservice channels. According to the FMI Food Industry Association, food retailers require suppliers to meet recognised global safety schemes to ensure unified control over private-label food chains. As per the U.S. Food and Drug Administration, commercial leafy green supply chains utilise rigorous pre-harvest and post-harvest testing procedures to eliminate persistent microbiological risks. According to the National Restaurant Association, major commercial foodservice operations implement validated equipment cleaning validations and strict allergen management practices to prevent accidental cross-contact. These private standards create a layered testing ecosystem where suppliers must satisfy multiple overlapping requirements from different buyers, amplifying total test volume beyond what any single regulation would mandate. Retailer-driven testing also responds faster to emerging hazards than government rulemaking, creating a leading indicator function for market growth trajectories.

MARKET RESTRAINTS

High-Cost Burden on Small and Medium Enterprises

Testing expenses represent a disproportionate financial burden for small and medium-sized food businesses, which creates compliance gaps and limits participation in the North America food safety testing market. This restraint exists despite regulatory universality. According to the U.S. Small Business Administration Office of Advocacy, compliance with multi-tiered regulatory testing and safety mandates places a disproportionately higher fixed-cost burden on smaller manufacturing operations. As per the National Grocers Association, independent retail food merchants aggressively expand their private-label product portfolios to remain competitive and meet changing consumer demand despite persistent inflationary margin pressures. According to the USDA Economic Research Service, compliance costs under the Food Safety Modernisation Act's Produce Rule range from 0.3% of annual sales for the largest agricultural operations to 6.8% for the smallest farms. The craft brewing industry exemplifies this constraint. The cost asymmetry creates a two-tiered safety system where well-capitalised firms achieve comprehensive verification while resource-constrained operators rely on inadequate sampling or forego testing altogether, undermining overall supply chain integrity regardless of regulatory intent. Policy interventions including subsidised testing vouchers and shared laboratory cooperatives remain insufficiently scaled to bridge this affordability gap.

Technical Workforce Shortages and Laboratory Capacity Constraints

A chronic shortage of qualified food microbiologists, chemists, and laboratory technicians constrains testing capacity expansion and compromises turnaround times, which in turn constrains the growth of the North American food safety testing market. This trend persists despite strong demand signals and capital availability. According to the Bureau of Labour Statistics, overall employment of agricultural and food scientists is projected to grow 6% from 2024 to 2034, driven by a continuous need to optimise safe production methods. As per the Canadian Society for Microbiology, specialised laboratory professional networks prioritise the recruitment and training of technical workers to address human resource demands within clinical and diagnostic environments. According to the American National Standards Institute, accredited third-party laboratories optimise sample ingestion workflows and automated screening frameworks to systematically satisfy contracted processing turnarounds during seasonal volume peaks. Automation provides partial mitigation but cannot replace skilled interpretation, judgment and method development capabilities essential for novel hazards and complex matrices. This human capital bottleneck limits effective utilisation of installed equipment capacity and creates quality variability during peak seasonal demand periods when temporary staffing cannot substitute for credentialed expertise.

MARKET OPPORTUNITIES

Rapid Pathogen Detection Technology Adoption

Next-generation rapid diagnostic platforms are a key growth area to compress testing turnaround times from days to hours, which is anticipated to propel the expansion of the North American food safety testing market. This enables real-time release decisions and reduces inventory holding costs across perishable supply chains. According to AOAC INTERNATIONAL, the Performance Tested Methods program independently validates rapid commercial test kits to verify that their pathogen screening sensitivities satisfy rigorous stakeholder specifications. As per the U.S. Food and Drug Administration, ready-to-eat processing plants carry out comprehensive environmental monitoring and sanitation verification programs to systematically lower the risk of Listeria monocytogenes contamination. According to the U.S. Department of Agriculture Food Safety and Inspection Service, poultry processing facilities deploy validated pathogen screening interventions to meet federal Salmonella performance standards and protect public health. Retail distribution centres increasingly require rapid test results as a precondition for receiving. This technology adoption creates value beyond mere speed, enabling just-in-time manufacturing models, reducing cold storage energy consumption and minimising shelf life loss at distribution nodes. Early adopters capture competitive advantage through improved asset utilisation and reduced working capital requirements, creating compelling ROI that drives organic market expansion independent of regulatory mandates.

Authenticity and Fraud Detection Service Expansion

Economically motivated adulteration in high-value food categories creates a specialised testing niche in the North American food safety testing market. This market addresses supply chain integrity and protects brand equity in fraud-vulnerable premium segments. As per the United States Pharmacopeial Convention, food fraud databases catalogue economically motivated adulteration patterns across vulnerable commodity groups like honey, olive oil, and premium spices to inform industry vulnerability assessments. According to the U.S. Food and Drug Administration, federal enforcement resources focus heavily on uncovering economically motivated adulteration and targeted mislabeling within high-risk imported food sectors. Maple syrup authenticity testing has expanded significantly. As per the Canadian Food Inspection Agency, advanced analytical methods like nuclear magnetic resonance and isotope ratio analysis are deployed to verify the purity and authenticity of domestic maple syrup products. According to the Federal Bureau of Investigation, specialised intellectual property and financial crime programs target high-value consumer product counterfeiting rings to prevent widespread commercial fraud. The specialisation commands substantial pricing premiums and creates defensible intellectual property through proprietary reference databases and validated methodologies that generic laboratories cannot replicate, establishing sustainable competitive moats in high-margin niche applications.

MARKET CHALLENGES

Cross-Border Regulatory Divergence and Harmonisation Gaps

The USMCA framework exists, but major regulatory differences still remain between the United States, Canada, and Mexico, which hamper the growth of the North American food safety testing market. These gaps cause extra testing and technical blocks that raise costs and hurt supply chain efficiency. Mexican NOM standards for dairy products differ substantially from FDA Grade A Pasteurised Milk Ordinance requirements, forcing exporters to maintain dual testing programs and separate production runs despite geographic proximity and integrated raw milk sourcing. Health Canada maintains distinct allergen labelling thresholds and precautionary statement guidelines versus the US FDA, creating label verification complexity for bilingual packaging serving both markets. CFIA and USDA FSIS maintain separate establishment approval processes and testing methodologies for meat products despite decades of equivalence negotiations resulting in duplicate audit testing and documentation requirements. These divergences prevent economies of scale in laboratory operations, as facilities must maintain multiple accredited methods proficiency testing schemes and reference materials. According to the North American Meat Institute, commercial meat and poultry processing establishments consistently apply validated hazard management protocols to maintain comprehensive regulatory compliance across integrated supply networks.

Emerging Contaminant Method Validation Lag

Rapid emergence of novel chemical hazards and biological threats creates a persistent gap between hazard identification and validated testing method availability, which slows down the expansion of the North American food safety testing market. This leaves critical blind spots in surveillance systems and exposes supply chains to undetected risks. According to the Environmental Protection Agency, the fifth Contaminant Candidate List catalogues 69 chemical substances or groups and 12 microbial agents to guide future public drinking water monitoring priorities. Per- and polyfluoroalkyl substances testing remains problematic. Microplastics quantification lacks harmonised methodology across North American laboratories. As per the Centers for Disease Control and Prevention, public health surveillance systems leverage advanced whole-genome sequencing networks to monitor antimicrobial resistance patterns in pathogens transmitted through food chains. The technical debt means testing programs remain perpetually retrospective, detecting yesterday’s hazards while tomorrow’s risks accumulate undetected in complex supply networks until a crisis triggers a reactive response cycle.

REPORT COVERAGE

SEGMENTAL ANALYSIS

By Contaminant Insights

The microbial testing segment dominated the North America food safety testing market and accounted for a substantial share in 2025. This dominance of the segment was driven by zero tolerance policies for pathogens in ready-to-eat foods and mandatory environmental monitoring requirements across regulated facilities. According to theCenterss for Disease Control and Prevention FoodNet surveillance data, foodborne infections from enteric bacterial pathogens continue to pose a significant public health challenge, driving ongoing requirements for rigorous microbiological screening of commercial food lots before distribution. The United States Food and Drug Administration Food Safety Modernization Act preventive controls rule mandates environmental monitoring programs for all facilities producing ready-to-eat foods exposed to the environment after lethality treatment, generating baseline testing volume independent of production volume or consumer demand. Unlike chemical contaminants, where action levels permit some tolerance, microbial hazards trigger immediate regulatory action, including facility suspension, product seizure, and criminal prosecution, creating non-discretionary testing demand. This segment leadership reflects the fundamental biological reality that microbial contamination can occur at any supply chain node and proliferate exponentially, making verification testing an essential preventive control rather than an optional quality assurance measure subject to cost-benefit optimisation.

Microbial testing maintains dominance through shelf life validation and spoilage organism monitoring that directly impacts commercial viability and waste reduction across perishable food categories beyond regulatory compliance drivers. As per ReFED data insights, confusion or concerns over commercial date labels and product freshness account for nearly 50% of the total food waste generated at the retail grocery stage, which prompts the commercial integration of cold chain management protocols to extend usable product shelf life. According to the International Dairy Foods Association, domestic dairy manufacturers continuously navigate fluid supply chain logistics and rely on structural protections like the common carrier obligation to shield processors from volatile shipping and operational overhead costs. The fresh produce industry utilises rapid aerobic plate count and Enterobacteriaceae testing as harvest release criteria. Craft brewing and beverage sectors increasingly implement spoilage organism panels detecting Lactobacillus, Pediococcus, and wild yeast that cause off-flavours and package explosions, avoiding brand-damaging quality failures. These commercial applications create testing demand correlated with production volume and shelf life sensitivity rather than regulatory inspection cycles, ensuring sustained growth even during periods of reduced enforcement activity or budget constraints affecting government surveillance programs.

The food allergen testing segment is estimated to register the fastest CAGR of 14.8% between 2026 and 2034 due to expanded labelling requirements and escalating litigation exposure from undeclared allergen recalls that have become the leading cause of food recall events in North America. As per the United States Food and Drug Administration, undeclared food allergens represent a leading cause of enforcement actions and Class I recalls, compelling manufacturers to execute meticulous cleaning validations to prevent cross-contact. As per Health Canada, food manufacturers selling into the Canadian marketplace must adhere to rigorous regulatory criteria for labelling priority food allergens, gluten sources, and added sulphites to guarantee consumer safety. The legal liability dimension transforms allergen testing from a technical quality parameter into an enterprise risk management necessity, with insurance carriers increasingly requiring documented testing protocols as a condition of coverage renewal.

Increasing diagnosed food allergy prevalence and improved diagnostic capabilities drive clinical and commercial demand for accurate allergen detection beyond regulatory minimums as healthcare systems and consumers recognise previously undiagnosed conditions. As per Food Allergy Research and Education, millions of individuals in the United States actively manage diagnosed food allergies, creating a persistent consumer requirement for clear, transparent ingredient disclosures on all packaged goods. As per the Canadian Society of Allergy and Clinical Immunology, pediatric anaphylaxis represents a critical public health focus that demands improved clinical management, updated school safety policies, and clear food allergen disclosure. Improved ELISA and PCR testing methods now detect allergens at 1 to 3 parts per million versus previous 10 ppm thresholds, enabling verification of lower contamination levels relevant to highly sensitive populations. School meal programs increasingly require allergen testing documentation.

By Food Type Insights

In 2025, the processed foods segment held the majority share in the North America food safety testing market because of ingredient complexity, multi-step manufacturing processes, and extended supply chains that multiply contamination opportunities and verification requirements. According to the United States Department of Agriculture Economic Research Service, processed foods represent a dominant share of total food industry value added, prompting ongoing regulatory compliance and automated manufacturing audits to monitor high ingredient complexity. As per the Consumer Brands Association, modern food manufacturing operations systematically categorise processing risks across distinct product categories to deploy targeted screening methodologies for complex biological and chemical hazards. Ready-to-eat processed foods face particularly stringent environmental monitoring requirements under FSMA preventive controls. Private label expansion amplifies testing demand as retailers impose supplier verification requirements exceeding regulatory minimums. This segment leadership stems from the structural reality that processing introduces multiple critical control points where verification testing serves as essential validation of hazard controls rather than optional end product screening, making testing intensity proportional to process complexity rather than production volume alone.

Processed foods maintain market leadership through extended distribution reach and long shelf life that magnifies liability exposure from undetected contamination compared to perishable categories with limited geographic and temporal distribution windows. According to the Insurance Information Institute, standard commercial general liability policies for food manufacturers protect entities against operational exposures including bodily injury claims stemming from unintended ingredient contamination or misbranding. As per the National Retail Federation, multi-tiered commercial supply chains depend on cold chain logistics networks to safely distribute shelf-stable and perishable consumer packaged goods across expansive domestic transit routes. Canned and shelf-stable processed foods carry particular botulism risk requiring thermal process verification testing and container integrity checks. Private label processed foods sold under retailer brands create an additional testing layer as merchants seek to protect house brand equity through enhanced supplier audit testing and unannounced sample collection programs. This liability and distribution scale dynamic ensures processed food testing demand remains structurally elevated regardless of consumer preference shifts toward fresh or minimally processed alternatives because risk exposure correlates with supply chain length and product longevity rather than nutritional positioning.

The seafood testing segment is anticipated to witness the fastest CAGR of 12.4% during the forecast period owing to intensified import surveillance programs and domestic aquaculture growth creating dual demand vectors across wild-caught and farmed seafood categories. According to the United States Food and Drug Administration import oversight data, imported seafood shipments face frequent regulatory refusals due to localised structural compliance failures, including decomposition and unapproved veterinary drug residue violations. FDA Seafood HACCP regulation mandates processor-level testing for histamine, scombroid toxin, and biotoxins. As per the Canadian Food Inspection Agency, coastal shellfisheries operate under routine marine biotoxin monitoring programs to enforce temporary harvesting closures when dangerous algal blooms are detected. The dual import and domestic growth creates a diversified demand base less vulnerable to single-source disruption than land-based protein categories, while regulatory attention intensifies due to historical violation patterns and emerging climate-driven biotoxin risks.

Seafood species substitution and mislabeling fraud drive specialised DNA testing demand as regulators, retailers and consumers seek authenticity verification for high-value species vulnerable to economically motivated adulteration. According to sources, high-value finfish species including snapper, grouper, and tuna show consistent vulnerabilities to commercial mislabeling, motivating the operational adoption of definitive molecular species testing. As per the United States Food and Drug Administration, federal scientists utilise specialised DNA barcoding protocols to authenticate commercially traded fish species and isolate fraudulent market naming practices. According to the National Restaurant Association, commercial foodservice operators utilise verified supply chains and clear menu descriptions to maintain baseline customer trust regarding premium seafood offerings. As reference databases expand and testing costs decline, adoption broadens from premium segments to mainstream commodity species, creating a sustained growth trajectory decoupled from traditional safety testing drivers.

REGIONAL ANALYSIS

United States Food Safety Testing Market Analysis

The United States remained in the lead in 2025 and captured a 76.5% share of the North America food safety testing market. This prominence of the US market was propelled by the world’s most comprehensive regulatory infrastructure, the largest food manufacturing base, and its dominant private sector supply chain assurance programs. According to the U.S. Food and Drug Administration, federal budget requests are heavily geared toward advancing public health missions and regulatory oversight across all domestic food processing environments. As per the U.S. Department of Agriculture Food Safety and Inspection Service, federal scientists execute extensive microbiological sampling plans to verify that meat, poultry, and egg products comply with federal food safety standards. According to the International Organisation for Standardisation, third-party analytical facilities secure ISO/IEC 17025 accreditation to independently demonstrate technical competence and the validity of their chemical testing methodologies. As per the Food Marketing Institute, leading retail supermarket chains strictly mandate private supplier compliance and product verification testing to minimise contamination risks within commercial supply chains. However, workforce shortages constrain capacity.

Canada Food Safety Testing Market Analysis

Canada was the next significant country in the North America food safety testing market and held a 16.1% share in 2025. This position of the Canadian market was supported by an export-oriented food safety system aligned with international standards and integrated cross-border trade relationships with the United States under the USMCA framework. According to the Canadian Food Inspection Agency, the federal framework focuses on strategic risk-based decision-making to optimise public health interventions and secure international market access for Canadian agri-food exports. CFIA maintains mutual recognition agreements with FDA and USDA, enabling streamlined border testing for pre-approved establishments, reducing redundant sampling while maintaining safety equivalence. As per the Standards Council of Canada, accredited commercial laboratories provide specialised safety testing to verify product compliance with regional agricultural standards and export regulations. According to the Government of Canada, long-term capital programs like Laboratories Canada are actively modernising federal science infrastructure to strengthen national research capabilities and biosecurity preparedness.

COMPETITION OVERVIEW

Competition in the North American food safety testing market intensifies as global incumbents, regional specialists, and niche technology providers vie for position across heterogeneous client segments and testing categories. Large multinational laboratories leverage scale, accreditation breadth, and geographic coverage to serve enterprise clients requiring integrated multi-jurisdictional services, while regional firms compete on local expertise, personalized service, and specialized capabilities in specific commodities or testing types. Competitive dynamics vary significantly by testing category, with routine microbiology featuring price compression and consolidation versus specialized segments like allergen testing and authenticity verification, where technical barriers protect margins and limit competitor entry. Private label testing creates captive demand channels where retailer vendor approval processes create switching costs favoring incumbent approved laboratories. Technology differentiation through rapid methods, digital platforms, and predictive analytics increasingly determines competitive advantage beyond traditional accreditation and turnaround time metrics. Consolidation accelerates as capital requirements for automation, regulatory compliance, and talent acquisition exceed smaller operators' capabilities, concentrating market power among a few vertically integrated incumbents. This evolving landscape rewards operational excellence, technological innovation, and specialized expertise while penalizing undifferentiated commodity approaches vulnerable to price competition and workforce constraints inherent in labor-intensive traditional testing models.

Key Players in the Market

Major Key Players in the North America Food Safety Testing Market include 

• Bureau Veritas S.A
• ALS Limited
• Eurofins Scientific
• Intertek Group PLC
•  Silliker Inc
•  DTS Laboratories

Major Strategies Used by Key Market Participants

Key players employ geographic expansion strategies through targeted acquisitions of regional laboratories to gain immediate market access, specialized capabilities, and local regulatory expertise across fragmented North American jurisdictions. Companies invest heavily in rapid testing technology and automation to compress turnaround times, reduce labor dependency, and improve throughput efficiency amid chronic workforce shortages. Digital platform development integrates test results with supply chain management systems, enabling real-time visibility, trend analytics, and automated compliance documentation for enterprise clients. Specialization in high-margin niches, including allergen testing, authenticity verification, and emerging contaminants, creates defensible competitive positions insulated from commodity pricing pressures. Strategic partnerships with retailers, certification bodies, and technology providers embed services into client workflows, increasing switching costs and fostering long-term relationships. Vertical integration into sample collection logistics and consulting services captures additional value chain margins while improving end-to-end service reliability. Talent development programs, including university partnerships and internal training academies, address workforce shortages, ensuring service quality consistency. Pricing models increasingly shift toward subscription-based retainer arrangements, improving revenue predictability and client retention amid volatile spot market demand fluctuations and seasonal volume variability.

Leading Players in North America Food Safety Testing Market

• Eurofins Scientific operates over 200 food testing laboratories across North America, providing comprehensive microbiological, chemical, and molecular testing services to food manufacturers retailers, and regulatory agencies. The company leverages extensive method validation capabilities and an ISO 17025 accreditation portfolio to serve diverse client segments from small processors to multinational corporations. Recent strategic actions include opening a dedicated allergen testing center of excellence in Lancaster, Pennsylvania, in February 2025, addressing growing FASTER Act compliance demand. Eurofins acquired three regional laboratories in Mexico during Q1 2025, expanding cross-border testing capacity for USMCA integrated supply chains. Digital platform integration enables real-time certificate delivery and trend analytics, enhancing client supply chain visibility. These initiatives reinforce its position as a full-service provider capable of serving complex multi-jurisdictional clients requiring consistent testing standards, geographic coverage, and regulatory expertise across the United States, Canada, and Mexico markets.
• SGS SA maintains a significant North American presence through 180 food testing facilities specializing in export certification, supply chain assurance, and regulatory compliance testing for agricultural commodities and processed foods. The company leverages global accreditation recognition and proprietary reference databases to support authenticity verification and contaminant screening for high-value export-oriented clients. Recent actions include launching a rapid pathogen detection service at 14 US locations in March 2025, reducing turnaround time to under 24 hours for perishable product release decisions. SGS partnered with major retailers on blockchain-enabled traceability platforms integrating test results with shipment documentation for enhanced supply chain transparency. Strategic investments in PFAS and microplastics testing capabilities address emerging contaminant concerns ahead of regulatory mandates. These moves strengthen technical differentiation beyond commodity testing while building digital infrastructure that increases client switching costs and creates recurring revenue streams independent of spot market pricing pressures affecting traditional analytical services.
• Intertek Group plc serves the North American food safety testing market through 95 laboratories, emphasizing retail supply chain verification, private label testing, and specialized authentication services for premium food categories. The company specializes in allergen management, cleaning validation, and shelf life studies, supporting retailer private label programs and brand protection initiatives. Recent strategic actions include expanding its seafood DNA authentication laboratory in Halifax, Nova Scotia, in April 2025, addressing species substitution concerns in Atlantic fisheries. Intertek launched an AI-powered predictive analytics platform in January 2025, enabling clients to identify contamination risk patterns from historical testing data and optimize sampling frequencies. Strategic partnerships with GFSI benchmarked certification bodies streamline audit testing integration, reducing redundant sampling for certified suppliers. These initiatives leverage data analytics and specialization to create value-added services beyond routine testing while positioning Intertek as a strategic partner in supply chain risk management rather than a commoditized analytical vendor competing solely on price and turnaround time metrics.

MARKET SEGMENTATION

This research report on the North America food safety testing market has been segmented and sub-segmented based on contaminants tested, food type, technology, and region.

By Contaminants Tested

• Microbial
• GMOs
• Metal Contaminants
• Pesticides and Residues
• Toxins
• Food Allergen
• Others

By Food Type

• Meat & Poultry
• Dairy Product
• Processed Food
• Beverages
• Fruits & Vegetables
• Others

By Technology

• Traditional
• Rapid

By Region

•  US
• Canada
• Rest of North America