Recycling and upcycling of wood, metal, and plastic to create high-end furniture, contributing to environmental sustainability and waste reduction.
Browse the tech-driven or digital innovations from previous BOOST cohorts.
Recycling and upcycling of wood, metal, and plastic to create high-end furniture, contributing to environmental sustainability and waste reduction.
Acquisition of energy-efficient machinery to reduce production time, increase productivity, meet rising demand, and diversify the product line with sustainable fashion products, contributing to the industry’s sustainable development.
Development of a skilled workforce trained in operating advanced manufacturing equipment and utilizing green technologies, integrating high-end technologies for material waste minimization, precision machining, and sustainable manufacturing practices.
The creation of edible cups to reduce waste and enhance customer experience, offering functional and delicious packaging alternatives.
Machinery purchase to enhance children’s educational experiences through the cultivation of lavender and other plants, combining it with a farm-based chemistry and biology laboratory using modern digital tools for hands-on learning about ecological significance.
Upgrading agricultural drones with the MicaSense RedEdge-P Multispectral Camera to provide precise plant health insights, detect diseases, boost yield productivity, and optimize irrigation, fertilization, and pesticide application with automated machines.
A technology solution offering smart detection of temperature differences and energy waste, AI for intelligent heating/cooling optimization, automation for adjusting power usage, 3rd party integration, and scalability for energy efficiency improvements in various spaces.
A machinery solution for developing innovative products, such as functional foods from the waste generated during the production of vegetable oils, turning "loss" into "benefit" by valorizing waste and agro-food by-products, thereby limiting landfill disposal and negative combustion effects.
Acquisition of 3D printing technology and an embroidery sewing machine to innovate production methods, enabling the creation of sustainable, custom, and visually appealing products with reduced waste and enhanced customization capabilities.