Applied STEM research for living systems
Research beyond the laboratory.
URNETWORK investigates how technology, ecosystems, communities and markets interact, then turns that understanding into practical solutions people can use.
What we do
We research systems, not isolated problems.
Climate, food, technology, biodiversity, communities and economies do not operate independently.
Neither should research.
URNETWORK combines field research, experimentation, technology and commercial thinking to understand these connections and turn them into action. We study real-world systems, test ideas in the field, and build pathways for adoption, commercialisation and scale.
The URNETWORK research model
From research to reality.
Research should travel: across borders, into the field, through experimentation, into communities, and on into products, systems and policy. Every project we run moves through the same four stages.
Observe
We go where the system exists.
Field research, benchmarking, ecosystem studies, biodiversity observation and industry intelligence.
Test
We test assumptions under real conditions.
Pilots, cultivation trials, prototypes, experiments and demonstrations.
Translate
We turn research into interventions.
Scientific and technical knowledge, converted into solutions that communities, companies and institutions can use.
Scale
We build pathways to adoption.
Commercialisation, ecosystem development, cross-border transfer, partnerships and replication.
Our laboratory is often the field itself.
Field studies
Five places. One way of working.
Passionfruit
Field to market TAIWAN → SARAWAKFrom industry observation in Taiwan to cultivation in Sarawak, this project tested how agricultural knowledge can be transferred, adapted and turned into commercial value.
Read the field study
Biodiversity
Understanding nature as infrastructureBiodiversity studied as a living system that supports communities, food systems, climate resilience and economic opportunity, and as a source of knowledge that can become products.
Explore the research
Rural Futures
Ecology × community × technologyHow rural communities interact with natural resources, technology and economic opportunity, and how interventions can strengthen livelihoods without cutting development off from the ecosystems that sustain it.
Explore Rural Futures
Cambodia
Circular rural regenerationWhat happens when rural development begins with the resources a community already has? Ecosystems, agriculture, waste streams and local enterprise, studied as one circular system.
Read the field study
China
Innovation without bordersHow ideas, technologies, capabilities and business models move across borders, and what they need to succeed when they arrive somewhere new.
Read the field studyDifferent places. Different problems. One research philosophy.
Capabilities
Six areas of applied research.
Applied Research
Experimental design, field research, impact studies and evidence generation.
AgriTech & Food Systems
Technology adoption, cultivation systems, agricultural commercialisation and food innovation.
Biodiversity & Ecosystem Intelligence
Environmental observation, biodiversity research and ecosystem-based innovation.
Rural Innovation
Technology, livelihoods, entrepreneurship and community-based economic development.
Circular Systems
Resource flows, waste-to-value opportunities and circular-economy interventions.
Cross-Border Innovation
International technology transfer, benchmarking, innovation ecosystems and knowledge exchange.
About URNETWORK
Research begins with curiosity. Impact begins with connection.
URNETWORK is a STEM research and innovation company built around one idea: complex problems are solved by understanding connections.
We connect scientific inquiry with field evidence, technology with users, ecosystems with economies, and local challenges with international knowledge. Our work spans agriculture, biodiversity, rural innovation, circular systems and cross-border innovation.
Some projects begin with a research question. Others begin with a community, an industry problem, a technology, or an observation made halfway across the world. They share one objective: to turn knowledge into something that works.
We observe the world as it is.
We test what could be.
We translate knowledge across contexts.
We build pathways for it to work in the real world.
This is URNETWORK.
Partner with us
Bring us a system you want to understand.
We work with universities, government agencies, industry and communities. Most partnerships start with one of three conversations.
Commission a field study
Benchmarking, ecosystem mapping or industry intelligence on a sector, a region or a technology you are considering.
Co-develop a pilot
Take an idea into real conditions: a cultivation trial, a product prototype or a community intervention, with evidence gathered as it runs.
Build a cross-border programme
Field programmes, study visits and knowledge-transfer partnerships connecting Malaysia with Taiwan, Cambodia, China and beyond.
Start a conversation.
Contact email and phone to be addedField study 01 · The Passionfruit Commercialisation Project
From field intelligence to market.
How can agricultural knowledge observed in one ecosystem be adapted, tested and commercialised in another?
Observe
Learning from an established agricultural ecosystem.
The project began outside Sarawak.
Industry visits in Taiwan gave the team a close view of how growers combine cultivation systems, protected agriculture, farm management and commercial thinking into one operation.
The aim was never to reproduce another ecosystem directly. The research focused on identifying the practices, principles and technologies that could be translated into the Sarawak context.
Technology transfer is rarely copy-and-paste. It is translation.
Adapt
From observation to local experimentation.
The next stage moved the research out of notebooks and into the ground.
Passionfruit was planted in Sarawak as an applied experiment, so that every assumption from Taiwan met real conditions: soil, climate, labour, plant behaviour, infrastructure and local capability.
Each planting decision became part of a larger question. What has to change when an idea crosses a border?
Grow
Research takes time.
Observe · Measure · Adapt · Repeat
Produce
From planting to a functioning production system.
As the vines matured, the work shifted from establishing plants to understanding a production system.
Field observation turned towards yield, fruit quality, crop management and the practical requirements of moving from an experimental plot to commercial activity. Fruit was bagged on the vine, trellis lines were maintained, and the site was documented as it went.
A crop becomes economically meaningful when cultivation connects with a market.
Harvest marked another turn in the research. The question was no longer only whether passionfruit could be grown successfully in Sarawak. It was how the harvested crop could create greater economic value.
Commercialise
The harvest was not the end of the experiment.
The next research question was value creation.
Passionfruit became a platform for product experimentation. Product concepts were developed, packaged and labelled, then put in front of tasters and industry guests for feedback.
Agriculture had become entrepreneurship.
Product concepts tested
Jam
A shelf-stable preserve for testing flavour, texture and packaging.
Beverages & mocktails
Ready-to-drink formats, served to tasters for direct feedback.
Body scrub
A non-food use for the pulp and seeds.
Tuak
Passionfruit paired with Sarawak's traditional rice wine.
What did we actually research?
A chain of connections, tested link by link.
- International industry knowledgeCh. 01 · Taiwan field visits
- Technology & cultivationCh. 01 · Protected agriculture
- Local environmentCh. 02 · Sarawak trial plot
- ProductionCh. 03 · Yield, quality, crop care
- Product developmentCh. 05 · Four product concepts
- ConsumersCh. 05 · Tasting and feedback
- CommercialisationCh. 04–05 · First sales at RM13/kg
The passionfruit project was about more than agriculture.
It investigated how knowledge moves from one ecosystem to another, and how research can connect technology, production, people and markets.
Field study 02 · Biodiversity
Understanding nature as infrastructure.
What does it take to turn biological diversity into knowledge, and knowledge into value that stays with the places and people it comes from?
Plants as a knowledge system.
Conservation is usually framed as protecting what exists. We study biodiversity as working infrastructure: the base layer that food systems, medicine, livelihoods and climate resilience all draw on.
An ethnobotanic garden makes that visible. Each plant carries a record of how communities have used it for food, healing, building or ritual. Walking the collection with the centre's researchers, the team traced how that traditional knowledge is documented and studied.
Where research becomes something you can hold.
Natural product discovery is the bridge between biodiversity and the economy. Plant material is collected, extracted and studied, then formulated into products such as essential oils and balms.
Seeing that pipeline end to end matters for every URNETWORK study. It is the same path the passionfruit project followed: from raw biological material, through formulation and packaging, to a product a person can try.
Questions we carry forward
Biodiversity research raises economic questions.
Q1How is traditional knowledge recorded, credited and shared fairly when it becomes a product?
Q2Which plant-derived products can reach a market without depleting the source?
Q3How can rural communities living beside these ecosystems take part in the value they create?
Field study 03 · Rural Futures
Where ecology, technology and livelihoods meet.
Rural innovation · Biodiversity · Community systems · Sustainable development
The question
How can development strengthen livelihoods without separating people from the ecosystems that sustain them?
Rural Futures looks at how communities interact with natural resources, technology and economic opportunity. Biodiversity, which our second study examines as a resource, here becomes part of daily life: the river is the road, the forest is the pantry, and both shape what kind of enterprise can work.
Before proposing interventions, the team goes to see how the system actually operates, by boat, on foot and after dark.
The river is the road.
Many rural communities in Sarawak are still best reached by water. Access shapes everything downstream: what can be sold before it spoils, who can attend a training session, and which technologies are realistic to install and maintain.
Any intervention that ignores the journey in will fail on the journey out.
The forest is the foundation.
Old-growth forest regulates water, holds soil, shelters the species our biodiversity work studies, and supplies food and materials to the communities around it.
A development plan that treats it as empty land misses most of the local economy. We map what the forest already provides before asking what could be added.
What we look at
Four lenses on a rural system.
Routes & logistics
How people, goods and information move in and out.
Ecosystem base
What the river and forest provide, and what is under pressure.
Income & enterprise
Where households earn today and where new value could stay local.
Fit & upkeep
Which tools can be installed, repaired and sustained on site.
Field study 04 · Cambodia · Circular rural regeneration
Regenerating rural economies.
Circular economy · Ecosystems · Rural revitalisation · Sustainable development
The question
What happens when rural development begins with the resources already present within a community?
URNETWORK explores the connections between ecosystems, agriculture, waste streams, livelihoods and local enterprise in the Mekong region, to understand how circular systems can contribute to rural revitalisation.
The farms we studied work as several businesses at once. One site can be an orchard, a processing workshop, a fish pond, a shop and a restaurant. Material and visitors move between them. That makes these farms a working model of the circular systems we want to understand.
Start with what already grows.
Jackfruit trees, fruit vines, coconut palms and canals are the starting inventory. Before proposing anything new, the team recorded what each farm already produces and how it moves.
The canals matter as much as the crops. Small boats carry visitors, produce and supplies, and the waterways set the shape of the whole local economy.
One coconut, five material streams.
A single coconut yields water, meat, shell, husk and fibre. At this workshop the meat is cut, grated by machine and sent on to candy-making. The husks and shells pile up beside the grinder.
That pile is where circular thinking starts. Husk fibre, shell and spent residue can become rope, mats, growing media, fuel or compost. The research question is which of those uses makes economic sense at village scale.
Value added where it is grown.
Grated coconut becomes packaged candy, including durian-coconut and other flavoured blends. Nearby stalls sell dried fish, cocoa drinks and fresh fruit.
Processing, packing and selling all happen on the same premises. Each step that stays local keeps more of the final price, and more jobs, inside the community. This is the same transition our passionfruit study tested in Sarawak.
Fish, food and visitors on one site.
A catfish pond sits right beside the dining pavilion. Aquaculture, food service and the visitor experience share the same water, the same staff and the same customers.
Systems like this are harder to measure than a single crop, and more resilient. When one income stream dips, the others carry the farm.
The circular pathway
From local resources to rural regeneration.
Questions we carry forward
What would translate to Malaysia?
Q1Which by-products from Sarawak smallholdings (passionfruit, coconut, oil palm) have a viable second use?
Q2Can on-site processing work where farms are reached by river and road distances are long?
Q3How do integrated farm models change household income stability compared with single-crop farming?
Field study 05 · China · Cross-border innovation
Innovation without borders.
How does innovation travel?
The study
Innovation rarely develops inside one organisation, industry or country.
URNETWORK studies how ideas, technologies, capabilities and business models move across borders, and what they need to succeed when they arrive somewhere new.
China has some of the world's densest innovation ecosystems. The question for Malaysian partners is which parts of those systems translate, and which depend on conditions that cannot be copied.
Where research meets the market.
In Shenzhen, leading universities have built campuses inside the city's technology economy. Business schools there sit within reach of the manufacturers, platforms and start-ups they study.
The team visited Peking University HSBC Business School to understand how that proximity shapes research, teaching and company formation.
The platform as infrastructure.
China's commerce platforms bundle storefronts, payments, logistics and data into one system. A small rural producer can reach a national market without building any of it alone.
That raises a direct question for our other studies. What would a Sarawak passionfruit grower or a Mekong coconut-candy workshop need to reach buyers the same way?
Knowledge travels with people.
Technology transfer depends on relationships. On 18 December 2024 the team joined the China–Malaysia Youth Innovation and Entrepreneurship Seminar, bringing university students and educators from both countries to one table.
Discussion covered how young founders find support, how universities connect students to industry, and where cross-border collaboration could start.
Areas of study
Nine parts of an innovation ecosystem.
- University–industry ecosystems
- Technology clusters
- Digital commerce
- Entrepreneurship
- Manufacturing
- Innovation infrastructure
- Agricultural technology
- Commercialisation
- International knowledge transfer