INNOVATION IS

OUR WAY OF LIFE.

Backed with our 25 years of engineering knowhow, we develop prototypes which are ready and tested for mass production.

The main cause of climate change is burning fossil fuels such as oil, gas and coal. They are by far the largest contributor to global climate change, accounting for over 75 % of global greenhouse gas emissions and nearly 90 % of all carbon dioxide emissions (UN).

Transport is one of the most pollutant sectors: it provides more than a quarter of greenhouse gas emissions, according to the latest study from the European Environment Agency (AEMA).

Replacing fuel combustion vehicles with electric vehicles is one of the best alternatives in order to reduce CO2 emissions and fight climate change.

Since 2021, we have been researching and prototyping several models of electric scooter which can be used as the last mile transportation. Two prototypes are ready and under testing phase.

Production shall begin in early 2023.

This project was partially funded by the Mauritius Research and Innovation Council in 2021. we developed an indoor vertical farm which uses a custom designed lighting system that delivers a lighting recipe for the optimal growth of baby leaves and microgreens. 

The grow lights were designed and prototyped by our Engineers and manufactured in China. 

This farm can produce high quality and highly nutritious salads by using 60% less water than traditional hydroponics system and without the use of any harmful chemicals. 

This research project was completed in July 2022.

We are currently working on the development of connected mobile containerised farms.

These farms shall be all connected to our IoT platform where data on plant growth from hundreds of farms shall be captured on the IoT platform, analysed, using AI to improve yield and food safety. We aim to make these farm as autonomous as possible, through the application of machine learning, to have them running by themselves, with the least human intervention possible.

We are continuing the research to develop other indoor farming lighting for optimal growth and high yield of strawberries, tomatoes, capsicum and other fruiting plants. We are running many planting trials to develop the best spectrum using various LED colour combinations. Our experiment are on leafy greens and some flowering and fruit bearing plants.

We are researching on automating design verification process on BIM. Through coding we are able to automatically check fire code compliance, streamline clash detection.

We have been able to integrate BIM with Augmented reality on a small area. BIM models can be superimposed in a room and allow contractors to build complex plant rooms exactly, reducing waste and time. We are further working on applying  this technology on larger spaces, with larger models.

We are working to improve building design, construction and operations through the study of digital twins. This is a project co-funded by the Mauritius Research and Innovations Council. We have already developed our IoT platform which is collecting and analysing data from IoT sensors and devices installed.

We have produced an interactive user guide for building owners. This guide is easy to use and contains information on how to operate and maintain installation through an interactive web browser.