Science that
becomes a
working thing.

Systems, platforms, and tools built on real scientific foundations — from fermentation infrastructure to bio-chip architectures to educational platforms. We work across food tech, agri biotech, synthetic biology, and computation.

Build work — sample outputs

BIOCOMPUTE — CHIP ARCHITECTURE WRITE synthesis READ sequencing DNA storage matrix 215 PB/g theoretical · chip-scale DNA storage Grow Your Own Cloud · BioCompute
BioCompute — chip architecture
SPIRULINA — RACEWAY POND SYSTEM High-protein production · process design paddlewheel CO₂ harvest Light: 100–200 μmol/m²/s · Temp: 35°C · pH 9–11 Protein yield: 65–70% DW (optimised strain) High-protein spirulina · food tech application
Spirulina — production system
BTI FERMENTATION — PROCESS FLOW Scale-up design · spore/crystal co-production seed culture pilot bioreactor 50 L production bioreactor 500 L downstream processing harvest → dry → formulate pH 7.0–7.4 · DO 30% · Temp 30°C Sporulation trigger: nutrient depletion BTI production · mosquito larvicide
BTI fermentation — process
FERMENTATION EDUCATION PLATFORM CoLab · curriculum and platform design CoLab Fermentation Programme Modules 01 Intro to Ferm. 02 Yeast biology 03 Substrate 04 Scale 05 Analytics 06 Industry What happens during fermentation? metabolic activity over time 60% complete Next → CoLab · fermentation education · online platform
CoLab — fermentation platform
PADDY INPUT — DEPLOYMENT SYSTEM Biological input delivery · field application design water soil subsoil Granule input · controlled-release rhizosphere delivery Multi-functional biological input system
Paddy inputs — delivery system
GROW YOUR OWN CLOUD Plant-based data storage · system architecture DATA IN binary → base4 ATGC encoding WRITE CRISPR-mediated insertion GROW living plant stores data READ sequence → decode Grow Your Own Cloud · data in living tissue
Grow Your Own Cloud

From science
to system.

We build when the science is ready to become something that works at scale — fermentation infrastructure, bio-chip systems, education platforms, and deployment tools.

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Working with us

What does a Build engagement look like?

Usually a problem where the science is clear but the system doesn't exist yet — or exists but doesn't scale. We come in at the design layer, building the process or platform from the science up.

Do you work with biotech startups?

Yes. Particularly early-stage companies that have a result or a proof of concept and need to turn it into something that runs reliably at larger scale.

What about digital and platform work?

We build platforms where the underlying content or curriculum is scientific — education infrastructure, data tools, lab-facing dashboards. Always science-led, not technology-led.