Question 1

How do I keep pesticide and spray records for compliance?

Accepted Answer

Recordkeeping for pesticide and spray applications is now set by your state's pesticide law, the EPA Worker Protection Standard if workers or handlers are on the establishment, and the federal certification rules that reach commercial applicators, because USDA removed its own regulation at 7 CFR part 110 effective July 11, 2025.[1][3][4] The 1990 statute behind that program is still in force: a certified applicator of restricted use pesticides keeps records comparable to what commercial applicators in the same state keep, and where a state sets no requirement, the minimum is product name, amount, approximate date, and location of each application, held for two years.[2] The Worker Protection Standard adds a second record that names the active ingredients and includes the safety data sheet, goes on display within 24 hours of the application, and is kept for two years after the restricted-entry interval expires.[4] State law is the part that varies most: California requires a use record for every agricultural application plus a report to the county agricultural commissioner by the 10th of the following month, while Washington lists 14 items per application, wants the record finished the same day, and holds it for seven years.[7][9]

Question 2

Does farm software integrate with John Deere Operations Center or my equipment?

Accepted Answer

Yes, in most cases farm software can exchange data with John Deere Operations Center, and through it with your equipment, using two connection paths. Software to software runs through the John Deere developer API: you authorize an app in the Connections tool and choose which organization's data it may use, after which connected products move field boundaries, prescriptions, and planting, application, and harvest records in both directions.[7][5][1][8] Software to equipment on John Deere machines uses a Generation 4 or G5 display with a JDLink modem, which streams machine and agronomic data to Operations Center automatically and receives work plans back in the cab.[9][10] For mixed or non-Deere fleets, open standards such as ISOBUS (ISO 11783) and ISOXML task files, the ADAPT framework, and neutral hubs like agrirouter carry data across brands.[3][2][6] John Deere's data terms state that you manage the sharing of your account data and can export it or switch a connection off at any time.[4][5]

Question 3

Does farm software integrate with QuickBooks or other accounting tools?

Accepted Answer

Most farm platforms that connect to a ledger at all connect to QuickBooks Online, and of nine products read against their own documentation on September 14, 2026, Figured, Barn2Door and Farmbrite name QuickBooks Online while none names QuickBooks Desktop.[6][9][11] Depth is where they separate: Figured authorizes against a QuickBooks Online company and runs a sync of that file, and Barn2Door posts one aggregated journal entry into a clearing account on the first of each month.[7][9] Lighter paths are common, and Local Line is the clearest case, because its own integrations page names Square and CSV export with no QuickBooks entry while its Zapier connector, listed separately, offers QuickBooks Online templates.[13][15] Traction Ag, Ambrook and FarmRaise publish no QuickBooks connector because they take over the books themselves, and Bushel Farm names no accounting software at all.[16][17][18][20]

Question 4

Does farm software work offline and on mobile in the field?

Accepted Answer

Yes, a lot of farm software works offline and on mobile, though the depth of offline support varies by product and by feature. Many major farm apps have native iOS and Android versions that store data locally on the device and sync to the cloud once a connection returns, including AgriWebb for livestock, Farmbrite's Scout Mode, the open-source farmOS Field Kit, and CattleMax's Sessions mode.[1][3][5][7] In-cab precision systems follow the same pattern, because John Deere displays keep working with no internet and upload when the connection is restored, and Climate FieldView collects planting and harvest data that syncs as soon as its Cab app reaches the cloud.[4][6] GPS guidance and autosteer do not need cellular at all, since they run on GNSS satellite signals and can receive RTK corrections over a radio base station.[8] This matters because on-farm connectivity is often thin: about 85% of U.S. farms have internet access, but only around half use broadband and roughly a quarter rely on it for precision agriculture.[9]

Question 5

Is there free farm or crop management software?

Accepted Answer

Yes, though three different arrangements get called free and they do not end the same way. Open-source software carries no license fee: farmOS is released under the GNU General Public License [1] and LiteFarm is free and open source [5], so the cost that remains is hosting, which for farmOS runs from your own server time up to the $75 a year Farmier charges to host an instance [3]. Free tiers of commercial products cost nothing and stop at a published limit, and on September 15, 2026 Climate FieldView Basic listed at $0.00 a year against $649 for Plus [6], while FarmKeep's Basic plan read "$0 forever" with one farm, one production type and three active breeding groups [9]. Free trials expire: Farmbrite gives 14 days with no credit card and Bushel 30 days, and neither publishes a $0 plan [10][11].

Question 6

How much does farm management software cost?

Accepted Answer

Most farm management software costs between $0 and roughly $110 per month for a small or mid-size operation, with entry-level paid plans commonly starting near $29 per month.[1][8] Several capable platforms are free at their base level, including John Deere Operations Center and the Basic tier of Climate FieldView.[5][6] Livestock tools usually scale with herd size, so a rancher might pay anywhere from about $12 to $200 or more per month depending on animal count and plan.[2][8] Larger row-crop and enterprise operations that need agronomic prescriptions and whole-farm accounting move into per-acre or custom-quoted pricing that commonly runs from about $500 to $5,000 or more per year.[8][9]

Question 7

Do I really need farm software, or is a spreadsheet good enough?

Accepted Answer

For many small farms, a spreadsheet is genuinely good enough, especially a single-enterprise operation that mainly needs to track income and expenses and prepare a Schedule F at tax time, since university extension programs publish free spreadsheet templates built for exactly that purpose [8][5]. Dedicated farm software becomes worth paying for once specific conditions show up: more than one enterprise whose profitability you cannot separate, employees and payroll, loans or grant programs that expect real financial statements, or production records that need to connect to the money [1][4]. Cost is rarely the deciding factor, because capable entry-level farm accounting tools run roughly $5 to $40 per month while good spreadsheet templates are free [9][10]. The honest test is not farm size alone but how much time you lose to manual entry and whether you can answer basic questions about which parts of the farm actually pay [4][6].

Question 8

Is there an all-in-one platform that handles both crops and livestock?

Accepted Answer

Yes: Farmbrite, AgriWebb, farmOS and Folio3's AgriERP each document crop records and animal records in one account, and they differ by depth model more than by feature count [1][3][7][9]. Farmbrite's Complete plans list crop season planning, hay production, herd and health records, and grazing and pasture management together from $59 a month, which is the equal-depth end, since the same company sells each half alone at $29 [1]. AgriWebb runs the livestock-first model, where the crop side is listed as cropping records and reporting on Essentials+ and above, plus paddock records and paddock cost of production, and the detail sits in grazing measures such as feed on offer per paddock [3][4]. farmOS is free, self-hosted open-source software whose asset types are Land, Plants and Animals, with grazing history built from movement logs that put a herd on a paddock, while AgriERP states it consolidates crop and livestock operations on Dynamics 365 or NetSuite yet lists no animal module in its Product Features menu, so herd scope there is a question for scoping [7][8][9].

Question 9

What features should I look for in farm management software?

Accepted Answer

Look for farm management software that keeps farm-specific financial and production records, logs field activities and yields by field, and holds the compliance records regulators and buyers expect, then confirm it connects to the equipment and accounting tools you already use. A farm-specific chart of accounts and units of measure let you track income, expenses, inventory, and cost of production in agricultural terms rather than generic business categories.[1] Application and chemical records matter because rules such as the EPA Worker Protection Standard require pesticide application information to be kept for two years and posted where workers can read it.[5] Machine-data integrations, for example the two-way connection between Climate FieldView and the John Deere Operations Center, move field boundaries, planting, and harvest data automatically instead of by hand.[7] Mobile access that works offline and syncs later keeps records accurate in fields with weak connectivity,[8] and a provider that lets you own and export your data protects you if you ever switch platforms.[9]

Question 10

What is farm and crop management software, and what does it actually do?

Accepted Answer

Farm and crop management software is a digital platform that centralizes the planning, records, inputs, finances, and compliance documentation for a farming operation in one place, usually delivered through a web browser and a companion mobile app so data can be entered from the field.[1] In practice it does the work a stack of notebooks, spreadsheets, and filing cabinets used to do: it logs what was planted, sprayed, irrigated, and harvested on each field, tracks the seed, fertilizer, and chemicals that go in and the yield that comes out, and turns those entries into reports for management decisions and regulatory audits.[1][2] These systems, also called farm management information systems (FMIS), have grown from simple record books into platforms that pull in data from equipment, sensors, and satellite imagery to support planning and analysis.[2] Adoption tracks closely with farm size and the hardware a grower already runs, with the largest US crop farms using yield monitors, yield maps, and soil maps at far higher rates than smaller operations.[3]

Farm & Ag Business Software