Contact Us

Contact us

Get in touch

Ready to join us on the journey to restore nature?
If you have any questions or collaboration ideas, feel free to reach out anytime.

General inquiries

Join us on the path to
restore nature.
codeofnature@c-of-n.com

Investment inquiries

Connecting technology and nature to create a better tomorrow.
hong@c-of-n.com

Office

From Yangsan to the world, we’re restoring ecosystems across the planet.
144, 209, Busanhak-ro, Mulgeum-eup, Yangsan-si, Gyeongsangnam-do

FAQs

What is the coverage area of a single Mosby capsule?

A single capsule is diluted in 100 liters of water and can be applied to restore approximately 250–500 m² of soil. The exact coverage may vary based on the condition of the soil and its intended post-restoration use.

Can moss grown with Mosby survive in bright areas?

Yes, it can.
Mosby is designed for sun-loving moss species that thrive in bright and dry environments. One of the species used is Bryum argenteum, commonly known as “rooftop moss,” which is well known for growing on sun-exposed rooftops. Mosby utilizes moss varieties that are naturally adapted to such conditions.

Does it disrupt the ecosystem?

No, it does not disrupt the ecosystem.
Mosses are among the earliest non-vascular plants to adapt to life on land. Rather than outcompeting other plants, mosses are typically on the receiving end of ecological interactions, such as being consumed by other organisms. As a result, they pose little to no threat to the growth or reproduction of other plants or animals.Moreover, the moss species used in Mosby are native or widely distributed across regions such as Korea, China, Japan, North America, and Europe, making them safe and non-invasive for local ecosystems.

Does moss take nutrients away from the soil?

No. Moss doesn’t absorb nutrients through roots like weeds. Its roots only serve to anchor it, while nutrients and moisture are absorbed through the leaves and stems. As a result, it does not deplete soil nutrients.

Development background

Our journey began as a university-based startup rooted in plant life sciences. Over time, the company has grown through the collaboration of specialized researchers, business strategists, and branding and sales teams. Currently, the organization operates efficiently with a dual-structure, divided into research and business units.

What is the difference between remediation and restoration?

In simple terms, remediation means removing existing pollutants, while restoration means replenishing missing elements. Remediation uses physical or chemical methods to extract harmful substances from the soil. Restoration focuses on restoring soil health by supplying the necessary nutrients and conditions.

Criteria for restoration

Restoration performance is evaluated using core indicators such as soil pH, concentrations of essential inorganic nutrients (N, P, K), and the levels of organic matter and organic carbon. These metrics are used to assess the degree of restoration and derive quantifiable results.

Can highly contaminated or toxic sites be restored with Mosby?

No, restoration is not feasible in such cases.
Toxic materials must be removed from the soil through physical or chemical remediation first. Mosby is designed for ecological restoration of soils that are already suitable for recovery, and is not intended for use in areas heavily polluted with heavy metals or industrial waste.

Who are the main customers?

The Mosby Kit is mainly distributed to real estate developers and construction companies. Additionally, it can be used in a wide range of sites in need of soil restoration, including agricultural farms.

What is your business model?

Our business involves applying the Mosby Kit to land degraded by urban or regional development, enabling vegetation restoration and enhancement of soil nutrients. Looking ahead, we aim to expand into the carbon credit market by quantifying the carbon sequestration achieved through these ecological restoration efforts.

What is the cost advantage over conventional restoration methods?

Conventional methods require approximately KRW 600 million per 10,000 square meters. In comparison, our solution reduces costs to KRW 75 million–160 million per 10,000 m², achieving up to 80% cost savings.