Code of Nature's Proprietary Technologies
Core Technologies
Code of Nature develops proprietary restoration technologies based on moss, microbial resources, and ecological recovery principles. These technologies are designed to improve the speed, stability, and long-term effectiveness of soil restoration in degraded environments.
A core propagation technology that enables a single moss spore to be multiplied into hundreds of thousands, creating the foundation for scalable moss-based soil restoration.
A specialized nutrient solution technology designed to improve moss growth, vitality, and establishment in restoration environments.
A technology that strengthens the adaptability of moss, helping it grow and establish even in harsh and degraded environments.
A proprietary microbial technology that enhances soil fertility, supports biological activity, and improves the long-term resilience of restored land.
Research Areas
Code of Nature conducts research and development across soil restoration, moss cultivation, microbial technology, and carbon-based restoration metrics to expand ecosystem recovery solutions.
We develop proprietary technologies that restore degraded soil by applying the principles of natural ecological recovery.
We develop high-performance nutrient solutions that help moss grow and establish in extreme and challenging environments.
We research and develop high-efficiency moss varieties that can be applied according to different climate and environmental conditions.
We study soil-based restoration technologies for extreme environments, including future applications related to lunar and Martian habitat development.
We quantify carbon captured during the restoration process to build the foundation for carbon certification and future carbon market applications.