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Built in-house

Four platforms we didn't
just consult on

Hardware, firmware, platform and application — developed with agricultural research institutions and deployed in the field, not in a pitch deck.

Our agritech practiceBrowse the platforms
APxOps SAP monitoring dashboard running on a laptopLive telemetry
Signature productLive demos

APxOps — continuous SAP visibility

Our flagship product. Centralises SAP system health, security intelligence and IDoc / integration flow in a single near-real-time dashboard, with AI-assisted diagnostics on top. Replaces the manual morning sweep across SM50, STAD, SM13, SU01, WE05, SMQ1 and friends.

  • System performance & Basis health
  • Security & access intelligence
  • Integration & IDoc health
  • AI-assisted diagnostics
Explore APxOpsDownload the flyer

Agritech & field platforms

Hardware, firmware, platform and the applications on top

Four in-house platforms developed with agricultural research institutions and deployed in the field.

Smart Weather Station
Hardware & IoT

Smart Weather Station

A single-pole, self-powered weather station that puts accurate, real-time conditions where the decisions are made — on the plot, not at the nearest regional station forty kilometres away.

  • One pole, full install. Every sensor, the controller, the power system and the uplink mount on a single pole. One person can install it in a morning without site works.
  • Runs itself. Solar charging with battery buffer, automatic recovery after power or network interruption, and no scheduled maintenance beyond an annual check.
  • Real-time telemetry. Readings pushed continuously and buffered locally when connectivity drops, so no observation is lost to a weak signal.
About Smart Weather Station
PIAS
IoT & automation

PIAS

Precision Irrigation Automation System — solenoid-controlled irrigation driven by soil moisture, weather, crop stage and plot characteristics rather than a fixed calendar.

  • Decisions from data. Scheduling computed from soil moisture, weather conditions, soil type, plot area and crop stage — not from a calendar someone set in March.
  • Direct valve control. Solenoid valves and pump control actuated automatically, so the irrigation event follows the decision without anyone walking to the field.
  • Forward scheduling. Forecast-aware planning that defers irrigation ahead of expected rainfall instead of watering into a storm.
About PIAS
Phule Sanman
IoT & application

Phule Sanman

A farm mechanisation platform that maps the equipment available in a district — owned, for hire, and serviceable — and connects it to the farmers who need it this week.

  • Mechanisation registry. A structured record of agricultural equipment actually present in an area, rather than an assumption drawn from sales data.
  • Custom hiring. Connects farmers who need equipment for a window with owners and custom hiring centres who have it idle.
  • Repair and maintenance. Service providers mapped by location and capability, so a breakdown during a critical window is a phone call rather than a search.
About Phule Sanman
OSDA
Hybrid application

OSDA

A decision-support application that turns agricultural science into direct, practical guidance for the problem a farmer is looking at today.

  • Science underneath. Recommendations derived from established agricultural research and validated models, not from generic advice repeated online.
  • An answer, not a reading. Output is a decision — do this, now, for this reason — rather than a dataset the user has to interpret.
  • Context aware. Guidance adjusted for crop, growth stage, local conditions and the resources the farmer actually has.
About OSDA

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Need something that doesn't exist yet?

Field hardware, IoT platforms and custom applications are a standing capability here, not a side project. If you have a problem that needs building rather than configuring, tell us about it.

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