Food Safety Regulations: What US, EU and Indian Rules Now Expect From Your Records

Food safety regulations are the laws and standards that govern how food is produced, processed, stored and distributed so that it is safe to eat. The main frameworks are FSMA in the US, the General Food Law and hygiene regulations in the EU, the Food Safety and Standards Act in India and the Codex Alimentarius internationally. Across all of them, the practical test has shifted from “do you have a food safety plan?” to “can you show which lots went where, and fast?”

KEY TAKEAWAYS

• The FSMA 204 Food Traceability Rule now applies from 20 July 2028 and requires records within 24 hours of an FDA request.
• EU law has required one-step-back, one-step-forward traceability for all food and feed businesses since 2005.
• HACCP is the common base: Codex defines it, the EU requires HACCP-based procedures and FSSAI expects a food safety management system.
• Certificates prove a system exists; food safety regulations increasingly ask for lot-level evidence.
• Consistent lot codes across every handover are where most traceability records break.

Food Safety Regulations Compared: US, EU, India and Codex

Four frameworks cover most export food businesses, and they share more than their names suggest.

Food safety regulations exist because the stakes are high. The CDC estimates that foodborne illness makes 48 million Americans sick each year, hospitalises 128,000 and kills 3,000. Each jurisdiction answers that risk differently, but all of them rely on prevention plus the ability to trace product quickly.

For an exporter, these rules stack rather than replace one another. A spice processor in India shipping to the US and Germany answers to FSSAI at home, FSMA preventive controls and FSVP at the US border, and EU Article 18 through its importer.

From farm to fork, food safety depends on knowing where products come from, how they move, and where issues occur. Learn how digital traceability can improve visibility, support faster recalls, and strengthen food safety across the supply chain.

Read our complete guide to Food Safety & Traceability

Food Safety Regulations Compliance Gaps That Surface in Recalls

Most failures are record failures, discovered at the worst possible moment.

• Lot codes that change between handovers
• Paper records that cannot be searched
• Supplier data that stops at the gate

Food Safety Records With Broken Lot Codes

A lot code assigned at packing is often relabeled at the distributor and again at the retailer. In an FDA traceability exercise discussed at a 2026 public meeting, most participants recorded lot codes, but far fewer kept the same code consistent across every tracking event. Under food safety regulations, a broken chain of codes turns a targeted recall into a broad one.

Food Safety Documentation Stuck on Paper

Binders and spreadsheets satisfy an annual audit, but food safety regulations increasingly expect a sortable file covering every shipment of one ingredient within a day.

Food Safety Visibility That Ends at the Supplier Gate

Many processors know their direct supplier but not the farm or packhouse behind it. When contamination starts upstream, that gap turns a one-supplier issue into a whole-category withdrawal.

Food safety regulations do not fail companies. Missing links between lots do.

From farm to fork, digital food traceability helps connect suppliers, products, batches, and transactions improving visibility, transparency, and accountability across the supply chain.

Read our complete guide to Food Traceability

Food Safety Regulations Readiness: Building Lot-Level Traceability

Three building blocks turn a food safety plan into evidence you can produce on demand.

• Critical tracking events captured digitally
• Persistent lot and product identifiers
• Supplier records linked upstream

Food Traceability Events Captured as They Happen

Record harvesting, cooling, packing, shipping, receiving and transformation as discrete events, each with who, what, where, when and quantity. That structure mirrors the Critical Tracking Events and Key Data Elements in FSMA 204 and covers the EU one-up, one-down duty at the same time, so one data model serves several food safety regulations.

Food Traceability Identifiers That Survive Handovers

Assign a traceability lot code once and carry it through every step, using GS1 identifiers such as GTINs for products and GLNs for locations.

Our guide to batch IDs in food traceability systems explains how to structure them.

Food Traceability Linked Back to the Source

Connect each incoming lot to its supplier, farm or packhouse, with certificates and test results attached. A HACCP plan identifies the hazards; linked source records show where a hazard entered.

Stop treating food safety regulations as a certification exercise. GFSI-benchmarked schemes such as BRCGS, FSSC 22000 and SQF prove that a system exists. Regulators now ask a narrower, harder question: which lots, from which sources, went to which customers, and can you show it within a day?

The companies that pass that test did not buy a better binder. They made the lot code the unit of record everywhere, from farm to dispatch.

How Can Digital Traceability Improve Food Safety?

See how Green Earth Fresh Produce used TraceX to digitize its vegetable supply chain, strengthen farm-to-fork traceability, monitor farming practices, and improve transparency across contract farming operations.

Read the Green Earth Case Study →How TraceX Enhanced Food Safety & Quality in Vegetable Contract Farming

Food Safety Regulations Software vs Manual Records

Manual systems pass audits; they struggle with the 24-hour question.

Six capabilities compared

The tipping point is usually the first mock recall. If gathering one day of shipments for one ingredient takes a team several days, meeting modern food safety regulations with that system is unrealistic. Some large retailers already ask suppliers for FSMA 204-style data ahead of the federal date.

TraceX’s food traceability solution helps businesses strengthen food safety compliance by creating end-to-end visibility from farm to fork. It connects suppliers, farms, raw materials, processing activities, batches, inventory, and shipments in a single digital workflow, making it easier to identify quality or contamination points, maintain production records, support audits, and enable faster, targeted recalls when required. With batch-level traceability, verified supply-chain data, and digital records, businesses can build the transparency and evidence needed to support food safety standards and regulatory requirements.

Food Safety Regulations Compliance Checklist for Buyers

Seven questions to test whether a vendor can support your food safety regulations obligations.

• Can it capture every Critical Tracking Event and Key Data Element your products require under FSMA 204?
• Does one lot code persist from receiving through transformation to dispatch?
• Can it produce an electronic, sortable record set within 24 hours?
• Does it link incoming lots to farms, packhouses and supplier certificates?
• Does it support GS1 identifiers such as GTIN, GLN and SSCC?
• Can it run a mock recall and show the affected lots and customers?
• Does it integrate with your ERP and quality management systems?

Food Safety Regulations in Practice

Published TraceX projects show batch-level records working in real food chains.

Spice batch traceability in manufacturing

Organic product authenticity

A spice technology company used batch traceability in manufacturing, and Organic India uses TraceX to give buyers verifiable origin records. In both cases the value came from linking each batch to its source before anyone asked for it, which is exactly what food safety regulations now test.

Frequently Asked Questions