Digital field book vs paper: what changes in daily work

A paper field book can work when the operation is small and everything goes through one person. As fields, workers, receipts and traceability requirements grow, paper starts arriving too late: it gets filled in afterward, it gets misplaced, or it sits in a drawer exactly when someone needs it to answer an audit. And unlike an expense or an income entry, a poorly logged crop-protection application can’t be reconstructed precisely months later — the data either gets logged at the moment, or it’s lost.

What gets lost with scattered records

A job written down in a notebook, a photo sent by message and a purchase logged in a separate spreadsheet each tell part of the same story, but no one puts them together at the time. Later, reconstructing what was done, on which field, with which product, at what rate and under what weather conditions becomes work no one has time to do properly.

What a digital field book should solve

A good digital field book isn’t just a screen for writing instead of paper. It has to pull data from activities, fields, inputs, weather, operators and reports, and connect them to each other, so the record holds up in an audit, in a cost analysis and in future decisions — not just as a history of what already happened.

What traceability actually requires

Every crop-protection application should be logged with the exact product, the rate, the field, the date, the responsible operator and the weather conditions at the time. That level of detail is exactly what a certifier, a demanding buyer or a phytosanitary audit ends up asking for — and it’s exactly what a scattered paper record can rarely reconstruct precisely months later.

Real example: one scouting round, twenty observations

On August 29, 2026, a scouting round over Lot 1 - Detomasi/Repeto production area at Granja Novo (the garlic-planted area) produced close to twenty geolocated observations in a single visit, each with its exact location within the field and, in several cases, a photo. Here’s a sample of what got logged:

The difference isn’t in administrative time saved: it’s in the fact that these twenty observations exist, with their exact location and photo, available to anyone who needs to check the field book later — not just to whoever walked the field that day and remembers it.

Who logs what, and why that matters

A digital field book works better when it doesn’t depend on one person to fill it in. The operator applying a product can log the activity from the field, at the moment; the supervisor reviews and confirms; and the data gets attributed to whoever actually did it, with real date and time, not reconstructed from memory at the end of the week. That attribution is exactly what a scattered paper record loses first: when several people write things down in different places, afterward no one can say with certainty who did what and when.

Keeping that per-operator traceability also has value inside the team: it lets you see each person’s real workload, spot bottlenecks in certain tasks, and plan the next week better based on what actually got done, not on what was supposed to get done.

From individual activity to season pattern

A single logged activity says little. The value of the digital field book shows up once weeks of records pile up and patterns start to appear: which fields get more applications, which products repeat, which activities cluster in certain times of year. That aggregated view is what feeds planning decisions for the next season, and it’s practically impossible to reconstruct by hand from a paper record scattered across several people.

Re-entry intervals: the data that gets lost most in paper

One of the most valuable pieces of data, and one of the most frequently lost in a paper record, is the withholding or re-entry interval after a crop-protection application: how long you need to wait before harvesting that field, or before an operator can go back in without protective equipment. That figure depends on the product, the rate and the crop, and if it isn’t logged alongside the application, someone has to remember it or check the product label again every time. A digital field book that connects the application to its date and product can calculate and show that window automatically, cutting down the human-error margin on data with direct safety and food-safety implications.

The practical advantage

In Segesio, the field book comes out of daily work: tasks and applications logged once feed reports, traceability and analysis without copying data between systems. The operator logs the activity a single time, from the field, and that same data becomes available for the crop-protection field-book report, cost per hectare and the field’s history. The switch doesn’t have to be total from day one: a team can start by logging only crop-protection applications, which carry the highest traceability requirement, and add the rest of the field activities as they get used to the digital flow.

See field management and traceability.

Frequently asked questions