A University of Tokyo startup

Measuring nature,from the ground up.

ND-BioScore — quantitative biodiversity assessment service
Full release: December 2026

NPI guidanceField survey design aligned with the requirements of the high level
  • CBD COP17 Exhibitor (Armenia)
  • J-GBF Business Forum Presenter
  • G7ANPE Member (Ministry of the Environment, Japan)
Scroll — the forest gets measured ↓
Japanese giant flying squirrel on a tree trunk at night
Japanese giant flying squirrelPetaurista leucogenys
Male blue-and-white flycatcher perched on a branch
Blue-and-white flycatcherCyanoptila cyanomelana
Flower of Impatiens textorii
Textor's balsamImpatiens textorii
Japanese badger walking on the forest floor
Japanese badgerMeles anakuma
Japanese giant mantis on grass
Japanese giant mantisTenodera aridifolia
Male narcissus flycatcher perched on a branch
Narcissus flycatcherFicedula narcissina

Species detection

What lives
in this forest?

Birds begin to sing before dawn. At night, badgers and flying squirrels start to move.
Diverse plants thrive underfoot, while insects shelter beneath the leaves.
Rare species and introduced species live side by side.
Even unobserved, this living world goes on.We combine the latest technologies to record it year after year, and make the value of natural capital visible.

End to end

From field data to business action,
end to end

We bring together in one service the work that, in Japan and abroad, is usually split across several specialist firms.

  1. STEP 01

    Field data collection

    Camera traps, acoustics, eDNA and satellite imagery, combined

    The first assessment in Japan to integrate all four methods*

  2. STEP 02

    AI analysis

    AI developed for research use at the University of Tokyo

    Automatic species identification from images and sound

  3. STEP 03

    Scoring

    Four State of Nature (SoN) indicators

    Shown in a clear, intuitive dashboard

  4. STEP 04

    Disclosure & action

    For TNFD disclosure and Nature Symbiosis Sites (Japan's OECM certification scheme)

    Interim and annual reports with practical conservation proposals

* “First in Japan” refers to an assessment that integrates camera traps, bioacoustics, eDNA and satellite imagery, as presented at the 5th Business Forum of the Japan Conference for the 2030 Global Biodiversity Framework (J-GBF), December 2025.

STEP 01 Field data

Collecting and integrating biodiversity data on site

Conventional approach

Observation from satellites only

Satellite only

Maps land cover, but cannot tell
which species live there

Nature Define · Integrated assessment
Satellite observation combined with camera traps, acoustic monitoring and eDNA analysis

Satellite + camera, acoustics & eDNA

Records the species living on site as primary data
Standardised survey effort enables year-on-year and cross-site comparison

The three levels of granularity in the NPI measurement guidance

  1. preparatory
  2. medium
  3. highND-BioScore

ND-BioScore field surveys are designed in line with the requirements of the high level

Camera traps, bioacoustics and environmental DNA (eDNA) collect primary data on site, which we combine with satellite data.

See the four steps in detail

Where

Ecosystem data from many kinds of land,
with minimal manual effort

From large forests to individual homes, sites of any size, from under one hectare to several hundred hectares or more, can be measured.

Gardens of individual homes
Urban green spaces
Factory & office green spaces
Agricultural land
Planned development sites
Corporate forests & satoyama landscapes

Once deployed, our sensors record continuously. From steep, hard-to-reach terrain to urban green spaces that need careful site coordination, surveys continue with fewer site visits. Data collected under the same conditions over time provides material for verifying additionality, and can support TNFD disclosure and Nature Symbiosis Site applications and monitoring.

View use cases (Japanese)

Global

Cross-site and global
biodiversity assessment

A unified protocol — the same equipment, procedures and indicators — keeps results comparable across sites. This makes it possible to assess entire supply chains, including raw-material sourcing regions.

Boreal forest Pulp, timber Temperate forest Timber Tropical rainforest Soy, coffee, beef Savanna Tea, coffee, cocoa Peatland, mangroves Palm oil, shrimp Grassland Wool, beef Japan Satoyama, forests, rivers

Operational: JapanApplicable ecosystems

For whom

Turning conservation results in the field
into data for management and investors

Companies & local governments

Organisations pursuing TNFD disclosure, Nature Symbiosis Site certification, TSUNAG certification (Japan's certification scheme for urban green spaces) or more advanced environmental impact assessment

Financial institutions & investors

Institutions exploring nature-positive transition finance or financial products that build in biodiversity assessment

Government & research institutions

Teams developing methods to quantify local ecosystems or running pilots through industry–academia–government partnerships

NGOs & conservation groups

Groups seeking to show the results of long-term field conservation with data they can explain to third parties

News

News

  • ConferenceParticipated in CBD COP17, the 17th meeting of the Conference of the Parties to the Convention on Biological Diversity (Armenia)
  • AppointmentOur CEO served as Secretary General of the 2nd Global Nature Positive Summit in Kumamoto, held in July 2026

All news (Japanese)

Philosophy

Our philosophy

Purpose
Protecting biodiversity is
safeguarding the future of humanity.
Vision
In 100 years,
a natural world richer than today's.
Mission
Measuring nature,
from the ground up.

Read the CEO message

Contact

Data solutions tailored to
your land holdings and operating sites

From Nature Symbiosis Site applications to TNFD disclosure, we provide guidance tailored to your site conditions and goals.

Contact us