By Louis Balla, Chief Revenue Officer, Nuage. Updated October 2026.
Digital transformation in the food industry means replacing paper, spreadsheets and re-keying with connected systems for receiving, production, inventory, planning and shipping. Start with the receiving and lot records that planning, partner integrations and automation all depend on, and add those layers once the records can be trusted.
This guide puts the work in six stages and shows what each stage needs from the people who do the work. Nuage is a NetSuite optimization partner, so the system detail is about NetSuite, and the sequence applies whichever ERP you run.
What is digital transformation in the food industry?
It is the work of moving food operations from manual records to shared, current data. A few terms come up throughout:
- ERP: the system that holds finance, purchasing, inventory, production and sales records together.
- WMS: a warehouse management system, usually run on scanners and mobile devices, that directs receiving, putaway, picking and shipping.
- EDI: electronic data interchange, the standard documents retailers and warehouses exchange, such as advance ship notices and invoices.
- Lot: a group of an item received or produced together and identified by one number.
- Traceability: the ability to follow a lot to every transaction it touched.
- FSMA 204: FDA’s food traceability rule.
Why are food companies digitizing now?
Two pressures push the work. The first is regulation. FDA’s food traceability rule requires businesses that handle foods on the Food Traceability List to keep lot-level records and produce them within 24 hours of a request. The original compliance date was January 20, 2026, and Congress has directed FDA not to enforce the rule before July 20, 2028. Our lot tracking guide covers the rule.
The second is customers. Retailers and their warehouses exchange advance ship notices and invoices electronically, and a company that posts them by hand has to key each one, so the work grows with order volume.
Where should a food company start?
The six stages below build on each other. A company can run two at once, and the order matters most for the first three.
Stage 1: Receiving and lot records
Every later stage in this guide reads the records made at the dock. A produce company, asked on a discovery call whether any system tracked product leaving the building during processing and fulfillment, answered: “Yeah, just paper.” Records were then typed into a spreadsheet or the accounting system, and to run reports, the same person said, “I still have to like manually manipulate a lot of things into Excel.”
The first move is to record every receipt with a lot number and, for perishables, an expiration date. Oracle documents NetSuite lot-numbered item records with an expiration date, a preference that warns you when you sell a lot close to expiry, and a transaction search from the lot record that shows where and when the lot was received, stocked, transferred, built into assemblies or sold. Choose one item or one product line first, finish it, and then widen the scope.
Stage 2: Inventory by bin and zone, with scanners and counts
In a food plant, cooler, freezer and dry areas become zones or bins, so putaway sends product to the right temperature. The lot number and expiration date are captured at putaway while the pallet is still in front of the person scanning it, and counts are taken by bin and lot, because a count line in NetSuite carries a bin number and the lot details. NetSuite WMS runs receiving, putaway, picking and shipping through a mobile app, and each completed transaction updates inventory data. Bin Management records the places in a location where stock sits, and a completed Inventory Count is approved before it adjusts on-hand quantity. Start with one cooler or one product line, count it by lot for a few cycles, and fix the bin names before adding the next area.
Stage 3: Production and costing
In the ERP, each recipe becomes a bill of materials, and each production run becomes a work order that rolls ingredient and packaging cost into the finished good. Decide the costing method before items are created. A packaged food brand makes products under two co-packing models, and our design treats each differently. Where the supplier provides the inputs and the brand buys finished goods, it is a standard purchase, with inventory held in an in-transit location while the container is at sea. Where the brand buys the raw materials and packaging and pays a co-packer a tolling fee, it is an assembly with a bill of materials and a work order, with the toll charged through a purchase order linked to the work order, so finished cost is the materials plus the toll. The brand stayed on average costing for go-live and will revisit lot costing later, after an accounting review, because an item’s costing method is fixed once the item is saved. Our ERP for food manufacturing guide lists what to test.
Stage 4: Planning off the spreadsheet
Planning moves in once receiving and production records are reliable. A food manufacturer moved its demand planning from a daily spreadsheet into NetSuite between February and August 2026. The team settled on weekly demand plans for finished goods, with sales orders consuming the forecast, and let the planning run work out ingredient and packaging needs from there. In the August go-live session, our consultant and the client’s planners fixed a failing import by mapping items on internal ID, cleared safety stock across all items before re-adding it for the few that need it, agreed to close old released work orders so they stopped tying up inventory in the plan, and saved a forecast-versus-actual report filtered to finished assemblies to replace the planning spreadsheet.
In NetSuite, the supply plan that follows from a demand plan produces the work orders and purchase orders for ingredients and packaging, which is what lets planners stop maintaining a separate sheet.
Stage 5: Connections to warehouses, retailers and marketplaces
Third-party warehouses, retailer EDI and marketplace sales each need a defined path into the ERP, and each path depends on another company’s system. Practice that holds up:
- Match item codes and customer codes with each partner before any message is built.
- Name one owner for each connection on your side and one on the partner’s.
- Start with one warehouse or one retailer and prove the full cycle before adding the next.
- Decide which records each partner sends and what each creates, for example a warehouse shipment confirmation that creates the fulfillment in the ERP so no one posts it by hand, or an advance ship notice built from the fulfillment and sent to the retailer.
- Decide how marketplace sales and transfers between warehouses are recorded so they feed sales history correctly.
For the distribution side of this stage, including shelf-life rules, rebates and EDI documents, see our food distribution ERP guide.
Stage 6: Sensors, automation and AI
Connected sensors can record temperatures and equipment readings automatically, and automation and AI can act on records. Sensor readings need a system to land in, and automation and AI need a clean history of records to work from, so we place this stage last. Decide which system holds each reading, and who reviews exceptions, before buying any device.
Which technologies matter, and when?
| Technology | What it does in a food company | What has to be in place first |
|---|---|---|
| ERP | Holds items, lots, costs, orders and financials in one set of records | Item and unit-of-measure standards; a costing decision |
| WMS and scanning | Directs and records receiving, putaway, picking and shipping | Bins and zones defined; lot capture at receiving |
| EDI | Exchanges shipment notices, invoices and orders with retailers and warehouses | Item and customer codes matched on both sides |
| Planning | Turns forecasts into ingredient, packaging and purchase needs | Reliable sales history and lead times |
| Sensors | Record temperature and equipment readings automatically | A named place to store readings and a review owner |
| AI | Drafts forecasts, answers questions about records or flags exceptions | Clean history and clear rules for what a person approves |
Our food and beverage software guide goes deeper on how these systems fit together.
Who does what in a food digital transformation?
- Receiving lead: records lots and expiry dates at the dock and owns the habit of scanning.
- Plant or operations manager: sets the order of stages and owns the production records.
- Planner: works from demand plans and ingredient needs instead of a personal spreadsheet.
- Quality lead: owns holds, inspections and the lot records an inspector would ask for.
- Controller: reviews finished-good cost, the inventory valuation and the balance sheet tie-out.
- IT or a NetSuite administrator: keeps integrations, roles and configuration current.
How Nuage approaches digital transformation for food companies
In recent food projects and assessments, our team has taken or recommended these steps. The order changes with each account.
- Start from what is recorded on paper today. We list each paper or spreadsheet record, who keeps it and what depends on it.
- Put lots and expiry at receiving first, for one product line before the rest.
- Decide costing and co-packing treatment before items exist.
- Move planning in after the records are reliable, with the planners present when imports and settings are tested.
- Define the path for every outside party, whether a warehouse, a retailer or a marketplace.
Nuage’s NetSuite experts also do this work as part of ongoing NetSuite optimization and managed services.
Digital transformation in food FAQ
What are the first steps for a small food business?
Pick the process where manual work costs you most, usually receiving and inventory, and put it into one system first. Record every receipt with a lot number and an expiration date, scan where you can, and finish that product line before adding the next. Planning and integrations come after the records are reliable.
What is the role of ERP in food digital transformation?
The ERP holds the shared records: items, lots, costs, orders and financials. Planning, scanners and partner connections all read from and write to it, so a weak ERP setup shows up in every other tool. Getting lots, units of measure and costing settled first makes the later stages easier.
How does digital transformation help with food safety and traceability?
It puts lot codes and transactions in a system you can search, so a question about one lot is answered from the records. Supplier data still has to arrive with each shipment. The lot tracking guide linked above covers FDA’s traceability rule in detail.
What technologies are used in digital food processing?
The common ones are ERP, warehouse scanning, EDI, planning tools, sensors and, increasingly, AI. Scanning depends on lot capture at receiving, and planning and AI depend on a reliable history of records. The table above lists what to have in place before adding each.
About the author
Louis Balla is Chief Revenue Officer at Nuage, a NetSuite optimization partner that has served 250+ clients since 2011 and holds a 4.9 out of 5 rating on Clutch. The client work in this article is our team’s.
