KRIXI CORE V4.8 · MULTISPECTRAL ORCHESTRATION

AGRICULTURE Smart Instruments

Pioneering planetary-scale autonomous crop monitoring, sub-millimeter multispectral telemetry, and edge-AI pathology detection for regenerative agribusiness.

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Autonomous agricultural drone over lush fields

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Drone Telemetry

Quad-Spectral v4 Active

Crops Live

47 of 47 researched

Crop Problems Covered

1,340 Verified

Researched Crops Live

100%

satellite_alt 37°14'06"N 120°42'11"W · GPS RTK Locked

Trusted by Global Agricultural Leaders & Bio-Sovereignty Programs

eco SYNGENTA

agriculture JOHN DEERE

science BAYER CROPS

school WAGENINGEN

public USDA TECH

System Telemetry

Transforming Traditional Farming Through Advanced Agritech Innovations

Autonomous edge compute nodules aggregate photogrammetry, canopy temperature gradients, and soil microbial respiration into actionable prescription maps.

Autonomous Facility Radar

Zone Delta-9

sensors

Hydro-Channel Flow

14.2 L/min · Salinity: 1.4 EC

Vapor Pressure 0.92 kPa

CO₂ Enrichment 840 ppm

PAR Light Flux 620 µmol

Edge Inference neurology

1,340 Crop Problems Covered

Sub-surface computer vision detects downy mildew, leaf spot, and nitrogen depletion up to 9 days before visible symptoms appear.

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Farmers Registered

Inspect Spec

Cases Answered 0 All Time

+0 this week

May 01 (Seedling) July 15 (Canopy) Sept 30 (Harvest)

Intelligent Hardware & Software

Smart Farming Tools That Work for You

Engineered to operate uninterrupted in severe microclimates, from sub-zero frost cycles to scorching arid conditions.

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Soil & Canopy Probes

Multi-depth capacitive moisture array with galvanic mineral salinization sensors and subterranean temperature nodes.

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Autonomous Drone LiDAR

Hexacopter deployment docks with auto-charging, RTK-centimeter navigation, and continuous top-down vegetation indexing.

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biotech

AI Spectral Pathology

Hyperspectral leaf reflection classification powered by transformer vision models fine-tuned on 40M curated agronomy datasets.

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tune

Variable-Rate Irrigation

Dynamic valve modulation tailored to evapotranspiration deficits, preserving up to 42% fresh water per hectare cycle.

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Precision Architecture

See How Our Technology Works

Switch between orchestration modes to inspect how autonomous field data maps into high-resolution operational decisions.

01. Boost Harvest Yield & Prevent Loss keyboard_arrow_down

Real-time thermal canopy differentials calculate photosynthetic efficiency and pinpoint early nitrogen deficiencies before cellular breakdown occurs.

NDVI Calibration Soil Redox V4

02. Autonomous Multispectral Drone Surveys keyboard_arrow_right

03. Real-Time Foliar Pathology & Diagnostics keyboard_arrow_right

Agronomist with tablet inspecting multispectral crop data

FIELD TELEMETRY HUD

Plot #42B

Biomass Uniformity 94.8%

Sensor Sync: 1 sec ago Zero Anomalies

Planetary Yield Ledger

Our Impact in Numbers

0 Cases Answered

Farmer cases Krixi answered with confidence; 0 in the last 7 days.

0 Krixi Hubs

Farmer cooperatives running a Krixi input hub.

0 Farmers Registered

Farmers their hub has registered to use Krixi.

47 Crops Live

Vegetable crops Krixi answers for today, of 47 researched.

Autonomous Deployment

Modernize your agricultural operations with intelligent instruments

Integrate Krixi quad-spectral drones, edge probes, and ERP telemetry pipelines into your existing enterprise infrastructure in under 14 days.

Request Private Enterprise Demo

Receive customized yield projections for your specific acreage.