AcreFrame

First module

InputOps by AcreFrame

InputOps by AcreFrame turns input-heavy field work into a daily execution queue. Coordinate crop protection, fertility, irrigation-related tasks, inventory pulls, operators, equipment, weather windows, and records without rebuilding the day from scattered systems.

InputOps by AcreFrame is a wedge, not the full company. AcreFrame's platform vision extends to whole-farm execution intelligence.

How InputOps works

From plan to record in one operating loop.

01

Intake

Plans, signals, and scouting notes become task candidates.

02

Constraints

Weather, field readiness, equipment, and inventory are checked.

03

Queue

Ranked, blocked, and review-required tasks in one view.

04

Packet

Operator work order with boundaries, rates, and safety notes.

05

Approval

Qualified human review for regulated and high-stakes work.

06

Dispatch

Work sent to field with full context and readiness flags.

07

Execution

Operator completes work with timestamps and notes.

08

Record

Source-linked completion record with cost variance.

Before and after

Before

  • Plan lives in spreadsheet
  • Weather checked in separate app
  • Crew texted at 06:00
  • Machine status discovered at field
  • Input inventory reconciled after start
  • Records rebuilt from photos and memory

After

  • Queue shows ready, blocked, and review-required tasks
  • Weather gate evaluated per task before dispatch
  • Operator packet with boundaries, rates, and safety notes
  • Machine readiness checked before crew leaves shop
  • Input pull list generated from queue before dispatch
  • Source-linked record with cost variance captured automatically

Demo panels

Sample previews. Not live customer data.

AcreFrame Execution Queue

Sample preview. Not live customer data.
TQ-1042North 80 — Block C
Ready
Post-emerge herbicideOp: M. TorresWeather: PassLot: LOT-22A-044Equip: Ready
Updated 06:42 AMArtifacts: 4
TQ-1043East 40 — Block A
Blocked
Foliar nitrogenOp: J. OkonkwoWeather: Hold — wind gust 18 mphLot: LOT-18N-091Equip: Ready
Updated 06:43 AMArtifacts: 3
TQ-1044South 120 — Block D
Review Required
Fungicide preventiveOp: UnassignedWeather: PassLot: LOT-09F-112Equip: Maintenance due
Updated 06:38 AMArtifacts: 2
TQ-1045West 60 — Block B
Override Logged
Irrigation checkOp: K. PatelWeather: Review — inversion riskLot: N/AEquip: Ready
Updated 06:15 AMArtifacts: 1+8 min vs plan
TQ-1046North 80 — Block E
Missing
Scouting follow-upOp: Weather: Lot: Equip:
Updated Artifacts: 0

AcreFrame Weather Gate

Sample preview. Not live customer data.

Wind speed

6 mph W

pass

Wind gust

9 mph

pass

Rain probability

5%

pass

Temperature

68°F

pass

Inversion risk

Low

pass

Soil condition

Fit

pass

Gate status

PASS — Task TQ-1042 cleared for dispatch.

AcreFrame Input Pull List

Sample preview. Not live customer data.
MaterialLotAvailablePlannedState
Glyphosate 41%LOT-22A-0441,200 gal880 galOK
Adjuvant — NISLOT-18A-00780 gal44 galOK
AMSLOT-11B-033400 lb400 lbOK
Foliar N 28%LOT-18N-091600 gal720 galSHORTAGE

Reconciliation

Post-execution lot usage will be reconciled against planned pull. Discrepancies flagged for review.

AcreFrame Work Packet

Sample preview. Not live customer data.

WO-2025-0503-008

Manager approval required

North 80 — Block C | Post-emerge herbicide

Boundary / Source

FieldBoundary-FB-2024-089

Prescription: RX-2025-0442.pdf

Input / Material

Product: Glyphosate 41% (generic)

Lot: LOT-22A-044 | Rate: 22 fl oz/ac

Weather Window

Wind: 6 mph W | Gust: 9 mph

Temp: 68°F | Rain: 5% | Inversion: Low

Window opens 07:00 — closes 10:30

Equipment

Sprayer: JD-4040 | Boom: 90 ft

Nozzle: AIXR11004 | Calibration: OK

Safety / Label Review

Review buffer requirements and REI before dispatch. Label reference attached.

AcreFrame Source Artifact Trail

Sample preview. Not live customer data.

Prescription PDF

RX-2025-0442.pdf

2025-05-01

Linked

Label reference

EPA-524-535-2015

2025-05-01

Linked

Scouting note

SC-2025-0502-001

2025-05-02

Linked

Imagery / sensor

NDVI-2025-0430-N80

2025-04-30

Linked

Receipt / invoice

INV-2025-0412-889

2025-04-12

Linked

Completion record

ER-2025-0503-008

2025-05-03

Pending

Why InputOps first

Crop protection passes are among the most expensive per-acre operations
Fertility timing directly affects uptake efficiency and yield potential
Irrigation checks are labor-intensive and time-sensitive
Records are becoming strategic for compliance and insurance
Input variance is often invisible until reconciliation
Weather windows are narrow and unforgiving
Professionally reviewed workflows require human approval gates
Operationally fragmented enough that coordination pain is acute

What breaks in input-heavy work

Plans live in one system. Weather lives in another. The crew gets texted.
Input inventory is reconciled after the work starts.
Machine readiness is discovered when the operator arrives.
Records are rebuilt from memory, photos, and paper at the end of the day.
Cost variance is calculated weeks later, if at all.
Scouting notes that should trigger work disappear into apps and notebooks.

What InputOps coordinates

Input task intake

Plans, scouting alerts, sensor signals, and imagery anomalies become ranked task candidates.

Field readiness

Crop stage, soil conditions, and field boundary context attached to every candidate.

Weather gate

Wind, precipitation, temperature, and inversion risk evaluated per task before dispatch.

Operator packet

Work order with field boundaries, application rates, safety notes, and source artifacts.

Machine readiness

Calibration, maintenance windows, and attachment compatibility checked before the job.

Input pull list

Inventory lot assignments and material shortfall alerts generated from the queue.

Human approval gate

Regulated and high-stakes tasks routed for qualified review before execution.

Completion record

As-applied data, timestamps, operator notes, and weather captured automatically.

Cost variance

Planned versus actual cost per acre surfaced with variance drivers.

What InputOps does not do

Does not prescribe chemical use or application rates
Does not replace agronomists or licensed applicators
Does not guarantee input reduction or cost savings
Does not guarantee compliance with any regulation
Does not issue autonomous spray or fertility commands
Does not make legal, safety, or insurance decisions

What the team receives

A ranked daily queue of input-heavy tasks with field context, weather windows, and readiness flags.
Work orders with boundaries, rates, materials, safety notes, and source artifacts.
Input pull lists generated before the crew reaches the shop.
Human approval gates for regulated and high-stakes tasks.
Completion records with timestamps, operator notes, weather snapshots, and input lot tracking.
Cost variance panels comparing planned versus actual per acre.

Good fit for InputOps

  • You run 20+ planned input tasks per week during season
  • Weather windows determine whether work happens today
  • You assign operators and want clearer field packets
  • You review work before dispatch and want audit trails
  • Input cost per acre matters to your economics
  • You rebuild records from photos and memory after dark

Not a fit (yet)

  • You need fully autonomous spray or fertility decisions
  • You do not have a designated operator or field manager
  • You want a generic task app with no ag-specific logic
  • You expect guaranteed savings before a pilot is run
  • You need deep ERP/accounting integration out of the box
  • Your operation has fewer than 3 planned field tasks per week

From module to platform

InputOps by AcreFrame creates the first execution graph. The same infrastructure powers fertility, irrigation, scouting follow-up, harvest readiness, custom applicator dispatch, and specialty crop operating rhythms.

Field

FieldBoundary, SeasonPlan

Task

OperationTask, WeatherSnapshot

Operator

Operator, MachineAsset

Input

InputProduct, InventoryLot

Source

SensorSignal, ScoutingNote

Approval

Human review gate

Work Order

Operator packet

Record

ExecutionRecord, CostVariance

What gets measured

01Planning time from signal to executable packet
02Blocked tasks caught before dispatch
03Work-order clarity rating
04Record completeness vs. current process
05Input variance visibility
06Repeat work avoided
07Missed-window events flagged
08Operator handoff clarity

Illustrative operating examples only. AcreFrame is design-partner stage decision-support software. It does not guarantee savings, yield improvement, input reduction, compliance, safety, or legal outcomes. Regulated workflows require qualified human review and applicable source materials.