How we are changing
the future

We focus on plant molecular biology, biochemistry and biophysics to create novel and a new generation crop growth, development and protection solutions. This holistic, omics-driven approach represents a paradigm shift in agricultural practices, moving toward more sustainable and efficient strategies to ensure food security in the face of climate change.

Building radically better ways boosting Agricultural productivity

Coastal Biotech's application of omics technologies not only advances our understanding of biostimulant-plant interactions, it also paves the way for the next-generation of plant development solutions that can precisely address the multifaceted challenges posed limiting growth and survival conditions in plants.

Key Capabilities:

Key Challenges we address

Food Security through Yield Stability

We are shifting Agri productivity from genetic limitation to dynamic performance tuning. Modern crops face multiple simultaneous stresses, and breeding cannot keep up with the speed of climate change. Our technology enables real-time, precise modulation of plant growth and stress responses, unlocking yield potential under any condition and ensuring food security in a changing climate.

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Regional Response to Emerging Threats & Post‑Crisis Recovery

Reducing Dependence on Imported Agrochemicals

Innovation Timelines

Vision

We believe agriculture needs radical transformation. Our vision is to redefine the future of farming by replacing chemical‑intensive inputs with programmable biological solutions—creating a world where every crop thrives under climate stress, every farm regenerates its ecosystem, and food security is achieved through innovation rooted in biology.

Mission

To empower global agriculture with intelligent, nature‑inspired technologies that unlock plants’ innate potential—delivering higher productivity, resilience, and sustainability without heavy reliance on chemical dependency.

Our history

2023
2024
2025
2026

1

The founding CBIIO

Coastal Biotech (CBIIO) was established on June 2023 in Zanzibar, Tanzania and rapidly expanded its network of Seaweed farms through an outgrower model - supporting 6 communties with a capacity to support approx female 6,000 farmers.

By October 2023, the founding team covering molecular biology, biochemistry, engineering and business development had established a strong foundation for the company's growth.

The first flagship product ECOVITALITY underwent extensive testing and development.

2

TRL 5 development | Fermentation Technology and Glycomics

CBIIO completed Technology Readiness Level (TRL) 5 development activities focused on scalable fermentation technology and glycomics-driven process optimization. This phase validated core bioprocess performance under relevant operational conditions, including upstream fermentation efficiency, biomolecular profiling, and analytical characterization workflows. The resulting technical milestones established the foundation for pilot-scale translation and commercial pathway development of the platform technology.

Strategic partnerships with the Ministry of the Blue Economy enabled the expansion of seaweed cultivation zones to 82 hectares, significantly strengthening upstream biomass supply capacity and field-scale validation capabilities. In parallel, our partnership with Technical University of Munich secured advanced laboratory infrastructure for controlled climate simulation experiments through 2100 scenarios, while the continued development of our proprietary tech stack enabled formulation mapping against plant genetic and hormonal response pathways.

3

Targeting Efficiency Gains

Production timelines were reduced from 21 days to a matter of hours; expanding effective factory throughput capacity by more than 64% while significantly improving process scalability and manufacturing responsiveness.

Extensive agronomic trials conducted across three major crop groups in Europe and East Africa demonstrated yield enhancement of up to 40%, while the platform technology was further extended into RNA-enabled precision applications and advanced delivery mechanisms to enhance biological functionality and targeting efficiency.

4

2026 Aims

Production capacity set to reach 320 metric tons, while strategic collaborations with financial institutions and development agencies established towards scalable pathways for smallholder farmer access to CBIIOs technology across East Africa.

A major milestone towards integration readiness of biostimulant products within index-based agricultural insurance frameworks, alongside the launch of a seaweed tissue culture initiative with the Ministry of the Blue Economy focused on developing climate-resilient seaweed strains to support the long-term viability of the seaweed sector in Zanzibar.

In parallel, the completed development of novel “drop-in” functional ingredients engineered to mimic extracellular matrices of living organisms, enabling enhanced biological compatibility, signaling interactions, and next-generation delivery performance across agricultural applications.

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Key Capabilities we provide

Coastal Biotech provides competitive dynamics - providing end-to-end support for bringing biological solutions to market.

01

CDMO Partner

Supportive infrastructure for Upstream (Raw Material & Media Preparation), Midstream (Fermentation & Bioprocessing), and Downstream (Formulation & Packaging) capabilities.

With primary infrastructure in Hydrolysis, and Solid-state fermentation (SSF) - Providing bioactive enrichment, biostimulant actives, polysaccharide extractions, at industrial scale.

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02

Glycomics and RNA Technology

Work with us as a dedicated R&D partner to leverage internally developed biological assets—including proprietary strain collections, signalling pathway datasets, genetic and hormonal response mappings, and characterized bioactive extracts—to develop differentiated high-value products with enhanced efficacy, defensibility, and premium market positioning.

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03

Soil Biophysics

Our seaweed-derived ECM-like polymers—change soils by physically reorganizing the solid–liquid–gas architecture. Through aggregation, hydrogel hydration, ion buffering, and pore network engineering, they improve water availability, aeration, and nutrient residence time, creating a resilient soil fabric that sustains higher productivity with fewer inputs.

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