NIST Cybersecurity Framework 2.0
A free framework, voluntary for most organisations, for governing, identifying and reducing cyber risk. Version 2.0 (February 2024) added a sixth function, Govern.
Connecting growers, packers, ripeners, distributors and cyber professionals to protect the fast-moving fresh produce supply chain.
Fresh produce moves from field to shelf in days through packhouses, grading lines, ripening rooms and refrigerated transport. The hub focuses on resilience where a few hours of disruption can mean spoiled product and slower recalls.
Timely, food-sector context on emerging threats and defensive priorities.
Small, trusted conversations between operators, practitioners and partners.
Scenario-led sessions for testing decisions before a real incident.
Focused collaboration on common controls, dependencies and good practice.
Peer discussions designed for boards and operational leadership.
Useful outputs shaped by the people responsible for food operations.
Digital systems now sit inside the processes that keep products safe, production moving and customers supplied.
Attacks on optical graders, packing lines and labelling can halt intake at the height of the harvest.
Tampered cold-room, controlled-atmosphere or ripening settings can ruin whole consignments.
Lost or altered lot and shipping records slow down a recall when every hour counts.
The frameworks organisations build on, and the rules worth knowing where they operate.
A free framework, voluntary for most organisations, for governing, identifying and reducing cyber risk. Version 2.0 (February 2024) added a sixth function, Govern.
The international standard for an information security management system. Organisations can be certified against it by an accredited certification body.
A series of standards for securing industrial automation and control systems — the operational technology that runs plants, farms and warehouses.
Why it matters
Helps secure connected production equipment without compromising availability.
Read moreRequires firms handling foods on FDA's Food Traceability List to record key data elements at critical tracking events such as shipping and receiving.
Why it matters
Leafy greens, fresh-cut fruits and vegetables, tomatoes, peppers, cucumbers, herbs, melons and tropical tree fruits are all on FDA's list, and FDA can ask for the records within 24 hours in an outbreak or recall.
Read moreThe EU's cybersecurity directive, applied through each country's own law, covers food businesses engaged in wholesale distribution and industrial production and processing — generally medium-sized and large ones.
Why it matters
Medium-sized and large packers, processors and wholesale distributors can be in scope and must report a significant incident within strict deadlines.
Read moreSince May 2025, businesses in Australia with turnover over A$3 million, and many critical infrastructure operators, must report any ransomware or cyber-extortion payment to the government within 72 hours.
Why it matters
Australian produce businesses above the threshold must report a ransomware payment within 72 hours — worth deciding in advance how you would respond.
Read moreA starting point, not legal advice — which rules apply depends on where and how your organisation operates.
Bringing the right disciplines to the same table — from operators and producers to security practitioners and technology partners.
Be one of the first members of this hub — applications are open.
Member companies CSAFI adds to this hub will appear here.
Curated learning guide by Robert M. Lee compiling foundational books, training courses, standards, labs, tools, and reference materials.
Legislative coverage of the U.S. Farm and Food Cybersecurity Act, explaining proposed requirements for biennial cybersecurity assessments of the agriculture and food sector.
The foundational framework for managing cybersecurity risk — Govern, Identify, Protect, Detect, Respond, Recover. The common language most food-industry security programmes build on.
Open-access research paper proposing PrivChain, a privacy-preserving blockchain framework that combines Hyperledger Fabric and Zero-Knowledge Proofs (ZKPs) to enable secure provenance, traceability, a
IEEE conference paper proposing a real-time food supply chain traceability system that integrates HACCP, blockchain, IoT, and BigchainDB to improve food safety, transparency and trust.
IEEE conference paper presenting AgriBlockIoT, a decentralized IoT-enabled blockchain traceability platform for agri-food supply chains
IEEE paper proposing a Food Supply Chain Traceability System (FSCTS) using Ethereum smart contracts and IPFS to improve secure, scalable, and tamper-resistant food traceability.
IEEE conference paper proposing a blockchain-based decentralized traceability system for verifying certified organic food authenticity, improving transparency, provenance, and trust.
IEEE conference paper describing the design and implementation of an IoT-enabled blockchain food traceability system integrating QR codes, RFID, and barcodes to improve food safety and transparency.

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Center for Dairy Research
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CSAFI
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CSAFIJoin the people strengthening cybersecurity across the food ecosystem — before the next disruption tests us.