Biology for Regenerative Agriculture
Regenerative Agriculture,Powered by Cyanobacteria.
EcoCyan develops science-driven biological solutions that harness photosynthetic cyanobacteria to support plant performance, soil biology and a more regenerative agricultural future.
- Research-Driven
- Field-Tested
- Built for Arid Agriculture
Why EcoCyan
Agriculture needsa new biological engine.
Modern agriculture must produce more while protecting soil health, biodiversity and natural resources.
EcoCyan is developing biological tools designed to work with natural systems — using microorganisms to connect plant performance, living soil and regenerative agriculture.
- 01
Plant Performance
Supporting healthier plant development.
- 02
Living Soil
Supporting biologically active agricultural ecosystems.
- 03
Regenerative Systems
Connecting productivity with more sustainable farming practices.
Our Flagship Biological
Meet Cyanoboost.
A living biological platform for regenerative agriculture.
Cyanoboost is EcoCyan's cyanobacteria-based biofertilizer platform developed from agricultural microbiology research and designed for conditions where biological resilience matters.
Its scientific foundation is centered around nitrogen-fixing cyanobacteria and the biological interactions between microorganisms, plants and soil.
- 01
Plant Development
Supports biological processes associated with plant growth.
- 02
Soil Biology
Designed around the interaction between plants and beneficial microorganisms.
- 03
Resilience
Developed from organisms studied under arid and challenging environmental conditions.
- 04
Regenerative Potential
Links biological crop inputs with broader regenerative agricultural systems.
The Science Behind EcoCyan
Born from research.Built for agriculture.
At the core of EcoCyan's research is Nostoc sp. strain NoHu — a nitrogen-fixing cyanobacterium isolated from Egyptian arid soil at Sekem Farm in Belbis.
The research also investigated naturally associated heterotrophic bacteria and their plant-growth-promoting activities.
- Organism
- Nostoc sp.
- strain NoHu
- Origin
- Egyptian arid soil
- Sekem Farm, Belbis
- Identification
- 16S rRNA
- molecular identification
- Foundation
- Peer-reviewed
- research foundation
Publication
Egyptian Journal of Chemistry
Volume 66, Issue 8 · 2023 · Pages 209–218
- Microorganism
- Root
- Plant
How the Biology Connects
From sunlight to living soil.
Cyanobacteria are photosynthetic microorganisms. EcoCyan studies how their biology and their interaction with plant-associated microorganisms can support more resilient agricultural systems.
- Step 01
Sunlight
Photosynthetic microorganisms capture light energy.
- Step 02
Cyanobacteria
Living microorganisms grow within the agricultural biological system.
- Step 03
Plant–Microbe Interaction
Biological interactions take place around plant roots and the rhizosphere.
- Step 04
Living Soil
The system supports a richer biological environment around the plant.
From Lab to Field
Evidence in chamomile.
EcoCyan's research program has evaluated Cyanoboost-related biology under field conditions, including work with chamomile.
In the presented chamomile study, the Cyanoboost treatment demonstrated significant differences across multiple biological and crop-quality indicators.
- Root Development
- Significantly increased root weight and root length in the referenced trial.
- Essential Oil
- The Cyanoboost treatment recorded the highest quantity and quality of extracted essential oil in the presented study.
- Rhizosphere
- The Cyanoboost treatment recorded the highest diversity of rhizospheric microbial communities in the presented trial.
0.45%
Results shown are specific to the referenced study conditions. Agricultural performance may vary depending on crop, soil, climate and application protocol.
Explore Field EvidenceBeyond Inputs
Regeneration beginsbelow the surface.
EcoCyan's mission goes beyond replacing conventional agricultural inputs.
By working with photosynthetic microorganisms, plant–microbe interactions and living soil systems, we aim to contribute to agricultural models that support productivity while strengthening biological and environmental resilience.
- Biological Inputs
- Reducing dependence on purely synthetic agricultural solutions.
- Living Ecosystems
- Supporting the relationship between plants, microorganisms and soil.
- Climate-Conscious Agriculture
- Exploring the role of photosynthetic biology and carbon capture within regenerative farming systems.
- SDG 13 Climate Action
- SDG 15 Life on Land
Photosynthesisas agricultural technology.
Cyanobacteria naturally use photosynthesis to capture carbon while producing biological biomass.
EcoCyan is exploring how this capability can become part of regenerative agricultural systems and future farmer-linked environmental value models.
Recognition
Recognized for regenerative innovation.
In 2024, Cyanoboost was recognized as a winner in the Regenerative Agriculture Venture Program, supporting research-based innovation in regenerative agriculture.
Our Journey
About EcoCyan
Founded by the researchersbehind the science.
EcoCyan was created to translate scientific research in cyanobacteria and plant-associated microorganisms into practical agricultural biotechnology.
Our work connects microbiology, plant science and regenerative agriculture, with a focus on biological systems relevant to arid and challenging growing environments.
Let's growsomething better.
Whether you're a farmer, researcher, distributor, agricultural company or strategic partner, EcoCyan is building collaborations around the next generation of biological agriculture.