Integrated, Sustainable and Intelligent:
Connecting Nature and Technology

Ready, Set, Grow.

An Integrated Sustainable Food Cluster

The Metropolitan Food Cluster (MFC) Opar is a modern integrated food cluster concept inspired by the Netherlands. By integrating advanced engineering, innovative technologies and sustainable circular economy principles aligned with Sarawak's PCDS 2030.

Projected Job Creation

Creating 0 jobs, primarily for skilled workers

Projected Food Production

Weekly production of

metric tonnes
of animal feed

Annual export of

450

metric tonnes
of high-value vegetables

Example of Difference (Cherry tomato)

Conventional Farming Yield

8kg/m²

SMFC Integrated Farming Yield

0kg/m² ( 0% )

Experience Center (5000 m²)

AI Powered Greenhouse (35000 m²)

Food Processing Plant (800 m²)

Agro Logistic (400 m²)

F&B All Sarawakian Supermarket (1000 m²)

Technology and Innovation

MFC Opar is designed to be at the forefront of Technological Innovation for the Food Industry in the region. Leveraging on cutting edge Dutch Technology in the Sarawak landscape; the project aims to contribute to Sarawak Food Industry.

Key Technology and Innovation

Powered by World Class Intelligent Algorithm for optimising environmental and crop-specific needs data-driven insights, historical data and predictive climate control.

Autonomous Growing with intelligent irrigation, CO2, Ventilation, Temperature & more

[/} IoT Sensors

Plant temperature sensor

Monitors crop conditions from plant temperature for irrigation and climate control.

PAR sensor

Enhance lighting, CO2 dosage, and shading screen control for photosynthesis.

Aquabalance

Measures weight, drain and EC / pH of crops for irrigation control.

Outdoor temperature sensor

Enables control over heating, ventilation and energy screens.

Wind speed sensor

Enables air vent control to regulate heat and prevent storm damage.

Wind direction sensor

Identifies wind direction for adjusting ventilation.

Pyrgeo sensor

Measures long wave heat radiation for efficient energy screen usage.

Pyrano (solari) sensor

Measures solar radiation (heat) for climate regulation.

[/} AgWear+

Wearable and hand-held devices, integrated with the entire MFC using RFID chips, offering real-time monitoring, dynamic tracking by zone, harvesting tracking and validation.

Provides real-time notifications to workers, managing tasks by time of day and geo-location, down to individual plants or crop rows to ensure efficient and precise agriculture management, 15% savings on labour cost

Data Analytics &
Business Intelligence

Data Ops | Data Democratisation | Data Fabric

[/} Intelligent & Integrated Farming

Technology and AI Neural Network enables precision farming by connecting with IoT Sensors (crop monitoring, CO2 in real time)

AI DataOps

Optimise overall production
Reduces waste
Increase Yield

Key Sustainable Practices

By incorporating renewable energy sources and energy-efficient technologies, MFC Opar significantly reduces its carbon footprint. The project fosters community engagement through educational programs and projects, promoting a cleaner and more sustainable future for Sarawak.