The United States (U.S.) food protection system is fragmented across federal, state, and local jurisdictions, resulting in duplication, inefficiency, and systemic failures that undermine public health and erode consumer trust. Foodborne pathogens such as Listeria, Salmonella, and E. coli do not respect institutional boundaries, yet responsibility for oversight is divided among more than 15 federal agencies, 75 state entities, and thousands of local jurisdictions, operating under more than 30 laws and 70 interagency agreements. This structure has proven incapable of reducing the persistent burden of foodborne illness in the U.S. The Centers for Disease Control and Prevention (CDC) estimate one in six Americans is affected annually, causing 10 million illnesses, 53,000 hospitalizations, and more than 900 deaths.
The term food protection, in use since at least 1924, conceptually unifies food safety, defense, authenticity, and infrastructure protection. However, the lack of an integrated federal entity has perpetuated disjointed responses. The 2025 recall of chicken fettuccine alfredo meals—linked to 17 illnesses, 16 hospitalizations, three deaths, and one fetal loss (as of this date)—illustrates the shortcomings of the system. Oversight was split between the Department of Health and Human Services (DHHS) Food and Drug Administration (FDA), which regulated the non-meat components, and the U.S. Department of Agriculture (USDA) Food Safety and Inspection Service (FSIS), which oversaw the chicken ingredient. Despite involvement from CDC, the outbreak was not contained in time to prevent fatalities. Similarly, the 2024 deli meat Listeria outbreak, responsible for 10 deaths and 61 illnesses, highlighted the failure of FSIS to enforce corrective actions despite documented ongoing sanitation-based violations. These preventable events underscore the limitations of the current model.
The Government Accountability Office (GAO) has repeatedly called for consolidation—in 2005 and again 20 years later in 2025—emphasizing that inefficiencies, regulatory conflicts, and siloed data hindering effective food protection, resulting in preventable public health impacts. Reports also document how FSIS’s 6,500-employee continuous inspection program expends enormous resources without measurably improving outcomes. Decentralized data management further impedes trend analysis, predictive modeling, and risk-based decision-making that could anticipate and prevent outbreaks.
A unified federal food protection entity would provide structural and scientific coherence, resulting in the desired outcomes described herein. By consolidating regulatory authority, streamlining enforcement, and centralizing data, such an entity could accelerate response times, enhance accountability, and foster consistent risk-based regulation. Integrating modern technologies such as artificial intelligence and predictive analytics would strengthen surveillance, while harmonized training and inspections would maximize public health protections and reduce duplication and industry burden. Examples from Canada and the United Kingdom—both of which have lower per-capita illness rates—demonstrate the effectiveness of nationally unified food protection systems.
Congressional recognition of these systemic weaknesses has spurred legislative proposals in 2025 to establish a single food protection authority. This initiative reflects both scientific necessity and policy urgency. A consolidated approach would align regulatory practice with the realities of microbial ecology, supply chain complexity, and consumer demand for safe and wholesome foods.
In conclusion, the U.S. food protection system requires modernization and unification. Reform should focus on five core directives:
Improving public health through risk-based regulation
Eliminating overlap and duplication
Streamlining enforcement and compliance
Increasing accountability and modernizing governance
Strengthening food protection as a component of national security
A unified federal food protection entity would provide a vision forward with four prime outcomes:
Protect public health more effectively
Reduce regulatory and economic burden
Improve resilience against both natural and intentional threats
Deliver a modern, science-based food protection system for the 21st century and beyond
“One system, one standard, one mission: Protecting America’s food supply from farm to fork.”
—Guiding principle for U.S. food safety efforts, FSIS
Click on the image to download the complete 45 page Whitepaper:
ICYMI: Click on the image to watch this recorded webinar with two of the Whitepaper Authors, Jason Bashura and Ben Reading:
Ben and Jason discuss the need for truly unified, risk-based U.S. food protection system in this 26 minute recorded webinar
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About The Author
Allen R. Sayler
Managing Partner
Center for Food Safety & Regulatory Solutions, LLC
Allen R. Sayler is semi-retired and serves as the managing partner of his own consulting firm, “Center for Food Safety and Regulatory Solutions (CFSRS)”. His professional career has spanned 43 years, with 16 years as a state and federal government dairy regulator and the last 27, as a private food industry advisor and advocate, trainer, adjunct professor, regulatory compliance specialist and consultant in the areas of dairy and food processing; auditing; drafting of written food safety plans; advising on the construction, renovation and improvement of dairy and food processing facilities and warehouses; and evaluating ingredients, raw materials, food additives and food labels for compliance with applicable government regulations and customer requirements. This also includes working with clients on self-affirmed GRAS dossier preparations as well as compliance with the FDA-enforced infant formula regulations. He also has an understanding and experience with EPA’s municipal water regulations, as they impact dairy and food processing facilities. He also serves as one of three “Co-Chair” for the development of a “Bulletin (White Paper) for the International Dairy Federation (IDF) based in Brussels, Belgium on “Safe Use and Reuse of Water in the International Dairy Sector” with a tentative publication date of early 2026.
He also has expertise in the design and construction of dairy processing equipment as well as applicable government and third-party private standards used to determine the acceptability of this equipment.
About The Author
Benjamin J. Reading, Ph.D.
Professor, Interim Assistant Director North Carolina Agricultural Research Service
College of Agriculture and Life Sciences, North Carolina State University
Dr. Reading has research expertise in aquaculture (fish farming) and physiology and genetics of fishes. Aquaculture is the fastest growing food animal agriculture sector in the world, yet 90% of the seafood consumed in the US is imported and this has created an annual $17 billion trade deficit. This deficit has been elevated from being an economic concern to being a food supply and national security concern. Dr. Reading served as Chair (2023-2024) and Aquaculture Coordinator (2018-2024) for USDA NRSP-8 National Animal Genome Research Program. He also is Coordinator of NOAA/Sea Grant National Aquaculture Collaborative StriperHub (2020-present) & USDA National Breeding Program for the US Hybrid Striped Bass Industry (2013-present), and member of the USDA Southern Regional Aquaculture Center (2017-present). These are examples of government, academic, and private sector national partnerships that promote the expansion of US aquaculture. Dr. Reading was Brevetted 2nd Lieutenant US Army, was a former researcher for USAID AquaFish Innovation in Sub-Saharan Africa and is an FFAR New Innovator in Food and Agriculture. He also is a subject matter expert for the US federal government regarding seafood supply security, seafood importation, and aquaculture production (US DHS, Threats to Food and Agricultural Resources).
About The Author
Jason Bashura, MPH, R.S.
Public Health and Food Protection Professional
Educator, Practitioner and dot connector
About The Author
Mehrdad Tajkarimi, DVM, MPVM, Ph.D.
Chairman of the Board
Arya Technologies LLC
With over 25 years of hands-on industry consulting experience in the food and medical sectors, plus 10 years of full-time operational roles in the dairy and biomedical industries, Dr. Tajkarimi has led national and international projects for clients ranging from innovative startups to large multinational corporations. His work has focused on implementing robust quality assurance systems, optimizing production processes, managing microbial and contamination risks, resolving supply chain vulnerabilities, and driving operational excellence through evidence-based root cause investigations and preventive strategies.
As a certified Lead Auditor and FSPCA Human Food Lead Instructor, Dr. Tajkarimi delivers training that seamlessly integrates rigorous academic foundations in food science and engineering with decades of field-proven industry expertise. He draws on extensive real-world case studies—such as tracing contamination sources in high-volume dairy or juice processing lines, applying proven RCA tools (5-Whys, Fishbone/Ishikawa diagrams, fault tree analysis), and designing FSMA-compliant preventive controls—to create engaging, experiential learning environments.
His teaching style mirrors the project-based rigor of his background, emphasizing practical application, data-driven decision-making, and sustainable solutions. Participants gain the tools and confidence to conduct effective audits, lead thorough investigations, prevent recurrence of issues, and build strong food safety cultures in diverse manufacturing settings.