Industry: Agritech

AgriTech AI data for smarter, greener farming

Crop, field and sensor data annotated for precision agriculture — from disease detection to yield estimation and autonomous machinery.

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Meet Graveiens AI

A quick look at how Graveiens AI partners with teams to deliver human data for AI models.

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350+
Global clients
25+
Languages
4-stage
QA workflow
98%
Post-QA accuracy
How we help

Data for precision agriculture

Crop, field and sensor data labeled for the models modern farming runs on.

Crop & Plant

  • Disease & pest labels
  • Growth-stage annotation
  • Weed detection
  • Species classification

Field Segmentation

  • Field & plot boundaries
  • Land-cover masks
  • Canopy & soil
  • Aerial & drone imagery

3D & Sensor

  • LiDAR & depth
  • Machinery perception
  • Sensor fusion
  • Row & obstacle labels
See LiDAR

Yield & Analytics

  • Counting & density
  • Yield estimation labels
  • Time-series data
  • Anomaly tagging

Collection

  • Drone & ground capture
  • Seasonal coverage
  • Region diversity
  • Consent & access
See collection

Validation

  • Agronomy SME review
  • Gold-set QA
  • Coverage checks
  • Audit reports
See validation
Agritech AI data

Field, crop and imagery data for agriculture AI

Agriculture AI turns imagery and sensor data into decisions about crops, soil and yield. Graveiens AI collects and annotates field, drone and satellite imagery alongside sensor data so your crop-health, detection and yield models train on accurate, season-aware labels.

From plant and weed detection to disease classification and boundary mapping, we adapt tooling to your classes and review every deliverable through a four-stage quality workflow.

Talk to our agritech data team
SMEs
Capabilities

Agritech data services we deliver

Imagery, sensor and boundary data for agriculture AI.

Crop & weed detection

Bounding boxes and segmentation for plant, weed and pest identification.

Disease & stress classification

Labelled imagery for early disease, nutrient and stress detection.

Field & boundary mapping

Parcel, row and boundary annotation for planning and monitoring.

Sensor & IoT data

Structuring of soil, weather and machinery data for predictive models.

Use cases

Where agritech teams use our data

Representative programmes our agritech data services support.

Precision farming

Detection and mapping data for targeted inputs.

Yield & health monitoring

Labelled imagery for growth and stress models.

Autonomous machinery

Perception data for field robots and equipment.

Built for the field

Accuracy across seasons and conditions

Field data varies with season, light and geography, so consistent labelling is hard-won. We maintain detailed guidelines, gold-standard checks and expert review to keep labels consistent across conditions, and you are invoiced only for approved deliverables.

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Compare

Graveiens AI vs other agritech data companies

How our agritech and agriculture AI data services compare with other providers on imagery, sensors and QA.

ProviderCore focusModalitiesQA / accuracy approachEngagement model
Graveiens AIUsAgritech AI data — crop, field and sensor annotationImage, drone, sensor, multispectralFour-stage QA vs a gold standard, ISO 9001:2017Pay-on-approval pilots, managed programs
MacgenceAgritech and crop data annotationImage, drone, sensorManaged crowd with human QAProject-based managed teams
Cogito TechCrop and field image annotationImage, droneHuman-in-the-loop QAManaged teams
ShaipAgritech imagery dataImage, sensorDomain-expert QAOff-the-shelf datasets plus services
iMeritAgritech and geospatial data operationsImage, drone, satelliteExpert-in-the-loop QADedicated managed teams
SamaCrop and image annotationImage, droneSamaAssure QAManaged workforce
Surge AIMultimodal data for LLMsText, image, dialogueExpert human ratersAPI plus managed service
Why Graveiens AI

Why teams choose Graveiens AI

Compliance-first delivery and a pay-on-approval model that de-risks every engagement.

Domain awareness

Labeling tuned for crops, fields and machinery.

Region diversity

Contributors across geographies and seasons.

Consistent QA

Four-stage workflow with gold sets.

Pay on approval

Invoiced only for approved deliverables.

FAQ

Questions, answered

Which agritech tasks do you cover?
Crop and disease labeling, field segmentation, machinery perception, and yield analytics from drone, ground and satellite data.
Can you capture seasonal data?
Yes — collection across seasons and regions to reflect real growing conditions.
Do you support autonomous machinery?
Yes — 3D, obstacle and row labeling for perception in autonomous farm equipment.
How do we start?
A small paid pilot on a representative field or crop set.

Related services

Grow your agritech AI

Send us a sample task. You only pay for deliverables you approve.

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