BYTEGROW / AGROWTECH01 / THE PROBLEM · PROJECT PAUSED
ByteGrow was our fully automated growing-system project for leafy greens and herbs. We designed it to address the production inconsistencies that had affected quality, resource use and dependable supply.
The project was paused. Its approach had combined controlled agriculture, ultrasonic misting and grow lights calibrated to the wavelengths required by the targeted crops.
THE VALUE-CHAIN CHALLENGE
We looked beyond the growing bed. We considered how production decisions had shaped the quality of leafy greens and herbs, the timing of harvests and the consistency of supply to buyers.
Weather variability, pest pressure and uneven access to growing information had complicated plant care. Inconsistent conditions had made it harder for growers to plan around uniform crop development and predictable harvests.
Small growing areas had constrained expansion. Water, nutrient delivery and plant conditions had required attention, while manual checks had left gaps between what happened around the crop and what the grower knew.
Leaf condition, consistency and harvest timing had mattered to the value buyers received. Variable production had complicated supply planning, while delays and handling after harvest had placed freshness under further pressure. We targeted the production end of that chain, aiming to deliver a more consistent crop at harvest.
02 / THE SYSTEM
Our system was designed as a fully automated growing environment for leafy greens and herbs. It brought root-zone delivery, crop-specific lighting and electronic control into one coordinated setup.
Vertical growing beds formed the spatial concept. Automation was intended to reduce dependence on repeated manual intervention, while monitoring would have given growers a clearer view of conditions. Our aim had been more repeatable plant care and better use of a limited growing footprint.
Ultrasonic vibration converted liquid into a fine mist for delivery around the roots. This approach placed moisture and nutrient delivery at the root zone, rather than relying on a conventional soil bed.
We designed the misting process as part of the automated environment, so root care could have followed controlled operating cycles.
Our grow lights were calibrated to the specific wavelengths needed to optimise growth for the leafy greens and herbs we targeted.
Lighting had formed part of the cultivation design, alongside root-zone care. The system had been designed around crop requirements rather than a single lighting setup for every plant.
03 / HOW IT WORKED
The proposed vertical arrangement had placed growing beds at multiple levels, making space efficiency part of the system’s design.
Ultrasonic misting and calibrated grow lights were designed to work within the automated environment. Root care and lighting had been treated as connected parts of crop cultivation.
The proposed sensing and monitoring layer would have helped growers follow conditions and assess the crop’s environment. The control design assigned operating cycles to automation, while monitoring would have supported oversight and adjustment.
WHAT WE HAD TARGETED
More repeatable plant care.
Better use of growing space.
A more dependable crop at harvest.
04 / RECOGNITION · 2023
On 31 August 2023, Byte Anza was recognised among the Top 21 Finalists of the AYuTe Africa Challenge Kenya, an initiative of Heifer International.
The certificate marked a milestone in our agricultural technology work. ByteGrow was later paused, leaving an early chapter in our exploration of automated growing systems.
2023 competition certificate ↗