Developed by representative Onishi while he was a student at Kyoto University,
The world’s first new technology at the time used AI from a drone to identify trees in a forest.
This technology can be used in forestry, estimating carbon absorption, conserving biodiversity,
In order to utilize it for social issues such as environmental issues,
Launched DeepForest Technologies Co., Ltd.
We have taken the path of providing services as a service.
Currently, based on forest science knowledge and AI technology,
We are developing technologies useful for forest management and forest conservation.
The technology and software we develop in-house can be used by anyone involved in forest management.
With the goal of being able to understand forest conditions from drones,
The species and size of each tree in the forest can be determined using a commercially available drone.
This makes it possible to estimate the amount of wood and carbon storage.
In the future, the world’s forests will be used for carbon credit trading and biodiversity assessments, etc.
We will make forest use possible and promote more efficient forest management and forest conservation.
Developed by representative Onishi while he was a student at Kyoto University,
The world’s first new technology at the time used AI from a drone to identify trees in a forest.
This technology can be used in forestry, estimating carbon absorption, conserving biodiversity,
In order to utilize it for social issues such as environmental issues,
Launched DeepForest Technologies Co., Ltd.
We have taken the path of providing services as a service.
Currently, based on forest science knowledge and AI technology,
We are developing technologies useful for forest management and forest conservation.
The technology and software we develop in-house can be used by anyone involved in forest management.
With the goal of being able to understand forest conditions from drones,
The species and size of each tree in the forest can be determined using a commercially available drone.
This makes it possible to estimate the amount of wood and carbon storage.
In the future, the world’s forests will be used for carbon credit trading and biodiversity assessments, etc.
We will make forest use possible and promote more efficient forest management and forest conservation.
わたしたちは、誰もが森林管理にドローンを活用できる環境を提供し、
林業の効率化や、炭素吸収量・生物多様性評価による森林保全を目指しています。
even though even major companies rely on products made overseas.
Forests have value.
Forests are home to a wide variety of plants, including trees and plants.
They are home to living things and create a rich ecosystem.
Forests foster rich soil, store rainwater, and produce clean water.
It also has the ability to absorb carbon dioxide, which is the main cause of global warming.
Approximately 70% of Japan’s land is covered by forests, and at first glance it appears to have abundant resources.
Decrease in demand for lumber due to decline in housing starts, slump in domestic lumber due to the influence of foreign materials,
As a result, we are facing a variety of problems, including the decline of the forestry industry and the neglect of forests.
Meanwhile, rapidly progressing deforestation and forest degradation is a major issue around the world.
Discovering the value of existing forests in order to build a sustainable society both domestically and internationally,
It is very important to practice proper forest management.
“To ensure that the earth remains a good place for living things to live 100 years from now.”
DFT analyzes the value of forests and aims to “build circular forest resources” through “appropriate forest management.”
We are developing software for tree identification using drone photography, data processing, and artificial intelligence.
Forests have value.
Forests are home to a wide variety of plants, including trees and plants.
They are home to living things and create a rich ecosystem.
Forests foster rich soil, store rainwater, and produce clean water.
It also has the ability to absorb carbon dioxide, which is the main cause of global warming.
Approximately 70% of Japan’s land is covered by forests, and at first glance it appears to have abundant resources.
Decrease in demand for lumber due to decline in housing starts, slump in domestic lumber due to the influence of foreign materials,
As a result, we are facing a variety of problems, including the decline of the forestry industry and the neglect of forests.
Meanwhile, rapidly progressing deforestation and forest degradation is a major issue around the world.
Discovering the value of existing forests in order to build a sustainable society both domestically and internationally,
It is very important to practice proper forest management.
“To ensure that the earth remains a good place for living things to live 100 years from now.”
DFT analyzes the value of forests and aims to “build circular forest resources” through “appropriate forest management.”
We are developing software for tree identification using drone photography, data processing, and artificial intelligence.
