Engineering culture, applied to the field
We treat plant systems the way a great hardware team treats a product: prototype, measure, iterate. Agronomists, drone pilots, and data scientists work as one bench.

Fynd Farm is a 20-acre tech-forward estate rising in the Sahyadri foothills — a quiet experiment in what happens when engineering culture meets the field.
A new farm — designed from soil to software — is being built in India. This site is a window into how it grows, season by season.
A note from the field
We believe the next decade of Indian agriculture will be written in soil and software — by teams that treat plant systems with the same rigour a great hardware team treats a product.
Fynd Farm exists to prove that thesis at human scale. A 20-acre estate where mid-tech protected cultivation, climate- resilient orchards, autonomous machinery, and a small hospitality footprint share the same patch of earth.
Nothing about it is showy. Everything about it is considered. The objective is not to disrupt farming — it is to engineer a farm that lasts, year after year, harvest after harvest.
A working philosophy. Each one shapes a real, daily decision on the farm.
We treat plant systems the way a great hardware team treats a product: prototype, measure, iterate. Agronomists, drone pilots, and data scientists work as one bench.
Energy, water, heat, and organic matter circulate inside the farm. What one system gives off becomes the input for the next — a quiet, regenerative loop.
Controlled-environment agriculture sized to the Indian context: high-margin exotics, climate-resilient orchards, and protected cultivation that pays for itself in seasons, not decades.
We choose to integrate the best partners in robotics, sensors, and post-harvest rather than rebuild them. Our moat is the way we compose the whole.
The estate is composed of four interlocking blocks, each engineered for its own role and tied to the others by water, energy, and data.

A small, high-precision block dedicated to exotic produce — strawberries, leafy greens, herbs — grown under a climate-managed canopy with fertigation, sensing, and automation.

Mango, dragon fruit, and avocado planted in mixed agroforestry blocks tuned to lateritic soils — built to weather monsoon variability and yield premium fruit at scale.

A measured share of the farm dedicated to traditional crops, indigenous breeds, and seasonal experiments — keeping the soil in rotation and the land alive year-round.

A small number of architecturally-considered keys nestled in the Sahyadri view-corridor. A place for guests to slow down, see the farm work, and stay close to the land.
We compose best-in-class hardware and software around our own data backbone — a deliberate choice to integrate over rebuilding. Each layer is replaceable; the system as a whole gets sharper with every season.

A small log of what we are learning, building, and breaking in the open.
First land surveys completed across the Khopoli site. Soil characterisation, slope-stability, and water-balance studies shape Phase 0 of the farm plan.
Soil-moisture, leaf-wetness, and micro-climate sensors stream into the Fynd Farm data backbone, giving agronomists a continuous, plant-level signal.
We are collaborating with applied-AI labs and horticultural institutes to calibrate our computer-vision models against locally-grown cultivars.
A short note on the global vertical-farm reset and why the next decade of Indian agri-tech will be written in protected cultivation, not fluorescent towers.

We are looking for a small set of partners — in technology, agronomy, hospitality, and research — who would like to help shape what Fynd Farm becomes.