AgroSd
Autonomous Operations

Precision services for every acre.

From autonomous aerial operations to sub-meter hydrological mapping — modular services engineered for scale, deployed for precision.

Spectral Imaging

Drone Crop Imaging

High-resolution aerial crop monitoring and field-scale mapping with multispectral sensor arrays.

Deploy autonomous drone fleets equipped with RGB, NIR, and multispectral cameras to capture sub-centimeter resolution imagery across thousands of hectares. Our processing pipeline stitches orthomosaics, generates NDVI heatmaps, and delivers georeferenced output within hours — not weeks.

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Multispectral Capture

RGB + NIR + RedEdge in a single pass

Georeferenced Output

Sub-centimeter accuracy with RTK correction

NDVI Analysis

Automated vegetation index computation

Edge Processing

On-board stitching reduces upload dependency

Technical Specifications
0.5 cm/px
Resolution
500+ ha/day
Coverage
5-band
Bands
<24 hrs
Turnaround
Research-validated methodology
Autonomous Fleet

Seeding & Precision Spraying

High-capacity autonomous drone seeding and variable-rate spraying at agricultural scale.

Our fleet of heavy-lift agriculture drones execute precision seeding and spraying operations across mapped topography. Variable-rate application algorithms ensure optimal input distribution — reducing chemical waste by up to 40% while maintaining full coverage. Flight paths are calculated from prior imaging passes for maximum efficiency.

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Variable-Rate Application

AI-optimized spray density per zone

Terrain-Mapped Paths

Auto-generated routes from prior imaging

Seed Dispersal

Precision pellet dropping for reforestation & crops

Usage Analytics

Real-time input consumption tracking

Technical Specifications
16L / 20kg
Payload
6m
Swath
10 ha/hr
Rate
~40%
Waste Reduction
Research-validated methodology
Hydrological Engineering

Irrigation Mapping & 3D Modeling

Precision measurement of irrigation infrastructure and terrain for optimized water distribution.

Survey and model irrigation facilities using photogrammetry and LiDAR point clouds. Generate 3D terrain models with sub-meter elevation accuracy to design optimal water flow paths, identify drainage bottlenecks, and plan reservoir placement across massive acreages.

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Volumetric Surveys

Reservoir capacity & canal flow measurement

3D Terrain Models

Point-cloud reconstruction from aerial data

Contour Mapping

Elevation isolines for drainage planning

Water Flow Simulation

Predict distribution patterns pre-build

Technical Specifications
±10 cm
Elevation Acc.
100 pts/m²
Point Density
DEM + DSM
Output
GeoTIFF
Format
Research-validated methodology
Diagnostic Engine

Yield Estimation & Disease Detection

AI-powered diagnostics from mobile or aerial imagery — backed by 9 peer-reviewed publications.

Our diagnostic engine combines multiple published neural architectures (PlantCareNet, BananaSqueezeNet, SugarcaneShuffleNet) into a unified inference pipeline. Deploy on mobile devices for real-time field scanning or integrate via API for platform-level health monitoring across entire farm networks.

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Mobile Scanning

Point-and-diagnose from any smartphone

Multi-Architecture

PlantCareNet + SqueezeNet + ShuffleNet

38+ Conditions

Cross-crop disease identification

Yield Estimation

Per-tree or per-plot production forecasting

Technical Specifications
98%+
Accuracy
<50ms
Latency
14+
Crops
Online + Offline
Mode
Research-validated methodology

Need a custom solution?

Our services are modular and stackable. Combine aerial imaging with diagnostic AI, or pair hydrological surveys with precision spraying. We engineer the pipeline to fit your land.