PKYDrip Agricultural Automation Platform

Data-driven agriculture starts with connected automation — irrigation control, fertigation, climate coordination, and wireless field systems working as one unified platform.

We help define and design agricultural automation systems for farms, greenhouses, orchards, and large-scale field deployments.

Explore Platform Architecture Start Your Project Plan

Choose Your Starting Point

Different projects need different entry logic. These paths help you move from idea to a customized automation plan — faster than browsing a product catalog alone.

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Start a New Irrigation Project

For farms, orchards, greenhouses, and new installations that need irrigation automation, fertigation, and climate coordination planned from the beginning.

Open Design Wizard
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Upgrade an Existing System

For projects with pumps, pipelines, or field infrastructure already in place — upgrade to better control, fertigation integration, and IoT monitoring.

View Upgrade Solutions
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Remote / Wireless Irrigation

For remote fields and expansion zones where cabling is difficult — extend the platform with LoRa wireless valves, sensors, and cloud-ready monitoring.

View Wireless Solution

An Open Agricultural Operating System

PKYDrip organizes automation as subsystem series and IoT layers — products integrate as modules, not as a pasted equipment catalog.

Field data flows from sensors through decision logic to execution. Four subsystem series — irrigation, fertigation, climate, and wireless — share the same platform structure. Products bridge into these series when a project is configured.

Smart farm landscape — center-pivot irrigation, orchard rows, greenhouse, vineyard, and wireless field connectivity across coordinated agricultural zones

Irrigation, fertigation, climate, and wireless automation woven into open fields, orchards, greenhouses, and remote farm blocks

Explore Platform Architecture

Platform Subsystems

Four core subsystems within the PKYDrip agricultural OS. Each subsystem defines how a part of the farm operates — products and controllers integrate inside these layers.

Irrigation Control System Pump, valve, and zone scheduling — the execution backbone for open field, orchard, and farm irrigation automation.
Fertigation System Nutrient delivery coordinated with irrigation zones — EC/pH logic integrated into the same automation structure.
Climate Control System Greenhouse and nursery environmental coordination — ventilation, cooling, heating, and humidity as a connected layer.
Wireless Irrigation System LoRa field expansion for valve and pump control — extending the platform where cabling is impractical.
Discuss Platform Integration
Connected smart farm at sunrise — sensor nodes, field mesh network, cloud integration across greenhouse, irrigation, and orchard zones

Open Platform Principles

  • Sensor, execution, and decision layers — openly connected across the farm
  • Cloud-ready integration with local-first control independence
  • Products integrate as modules within subsystems — not isolated device sales
  • Designed for growers, integrators, dealers, and research partners
Farm deployment panorama at sunset — orchard sensors, greenhouse, center-pivot irrigation, and pump infrastructure connected across field scenarios

From Platform Logic to Field Deployment

Once the platform structure is clear, choose how it lands in the field. Greenhouse, orchard, open field, and retrofit projects configure the same subsystems differently — each scenario is a path from planning to real farm deployment.

Browse Deployment Scenarios

Planning Agricultural Automation?

Use the irrigation design tool to map your farm structure, water source, and control layers before subsystem and product selection.

Open Design Wizard