THE DATA
Same data, any asset, any company, any sourcing region, so it rolls up and compares cleanly. Delivered as fields in your data license, on-demand scores from the API, or a workbook and dashboard you can hand to a board.
HOW THE DATA IS USED
Pick the job you need done. Each one shows which package does it. They all run on the same species data, so you can go from a first screen to a disclosure without switching datasets.
01
Locate your risks and opportunities
Screen every site, parcel or sourcing area and rank them by what is at stake.
SAVE
RISK
Details ↓
02
Make the business case
See what pollination, pest control, soil and water are doing for production.
RISK
Details ↓
03
Plan where to act and how
See which pressure drives the score at each place, so the plan says what to reduce.
SAVE
Details ↓
04
Track change over time
See how species habitat is changing, and whether your own activities are helping or harming.
SHI
IMPACT
Details ↓
05
Report and disclose
One assessment, mapped to TNFD, CSRD, SBTN and GBF, with a guide to what you may claim.
SAVE
SHI
RISK
Details ↓
THE PACKAGES · WHERE EACH ONE IS
State of nature first, then impacts, then dependencies: the same order as TNFD LEAP.
SHI
Live
How is habitat for these species changing, and why?
SAVE
Live
Where does action matter most for at-risk species and ecosystems?
IMPACT
Piloting
Are our own activities helping or harming species and ecosystems?
RISK
Piloting
Which services do we depend on, and are they holding up?
IMPACT on RISK
Next
Are we degrading the services we depend on?
01 · LOCATE YOUR RISKS AND OPPORTUNITIES
Whether you are screening hundreds of deals a year, choosing a facility site or deciding which supply sheds need attention first, the job is the same: rank every place by what is at stake, and say why. SAVE ranks every place by what is at stake for species. RISK ranks every sourcing area by how exposed its natural inputs are.
SAVE · Stewardship and vulnerability to extinction
SAVE is an extinction-risk metric for species and ecosystems. For every species in an area it combines stewardship, global vulnerability, local pressure and species response, rolls them up to one score per site, and breaks the score down by pressure, so it says both where it matters and what to reduce. SAVE Species guards against extinction; SAVE Ecosystems guards against collapse.
EXAMPLE SITE · TOP LOCAL PRESSURES
Nutrient pollutants
99 · Very high
Land use: agriculture
63 · High
Freshwater withdrawals
35 · Low
Illustrative site. Values shown are examples.
HOW YOU GET IT
From one species to a whole portfolio, through the platform, a workbook or the API.
Batch screening is priced per site bucket, not per hectare. Supports TNFD LEAP (L4, E1), SBTN Step 1b, CSRD/ESRS E4, the draft NPI extinction-risk indicator and GBF Targets 1–4.
Piloting
As a screen, RISK ranks every operating site and sourcing area by how exposed it is: which commodities depend on which ecosystem services there, and where those services are weakening. The forward-looking question: are the natural inputs to this activity degrading?
COMMODITY × SERVICE RISK, BY SOURCING AREA
Each cell is one commodity in one sourcing area, so you can see where to look first, before it reaches the yield. A top-tier agricultural trader is expanding its paid RISK pilot to two more regions.
THEN, THE BUSINESS CASE
Found the hotspots? Next is what nature is doing for production there, and how resilient it is.
The screen tells you where to look. The same RISK data then breaks each hotspot down service by service: what the species are delivering, how that has changed, and where the business is exposed.
02 · MAKE THE BUSINESS CASE
A screen tells you where to look. The business case needs the next step: what the species at a place are actually delivering to production, and how resilient that delivery is. RISK goes deeper here, commodity by commodity and service by service, in scores that slot straight into your own financial models.
SPECIES → THE SERVICES THEY PROVIDE
Pollination
Pest control
Soil quality
Erosion control
Water quality
Water flow
Storm mitigation
Climate regulation
Eight services under the UN SEEA classification, each scored from the habitat condition of the birds, mammals and reptiles that provide or indicate it. Commodity by commodity: oil palm, soy, corn, wheat, rice, cotton, canola and more.
RISK
From species, to the services they deliver, to what is at stake for the business.
For each commodity and sourcing area, RISK scores how much of each service is being delivered today, how that has changed, and where it is most exposed. One client has already linked those scores to its own yield and cost data to put a financial value on them. Built-in valuation is next on our roadmap.
03 · PLAN WHERE TO ACT AND HOW
A plan needs two answers at once: which places matter most, and which pressure to reduce there. SAVE is built from four components that give you both. The first two say how much the world is counting on your area for a species; the second two say what is pushing on it locally and how sensitive the species are to that push. Read together, they turn a score into an action.
RESPONSIBILITY
Stewardship
The share of each species’ global range that sits inside your area.
GLOBAL CONTEXT
Global vulnerability
How close the species is to extinction across its whole distribution.
LOCAL URGENCY
Local pressure
Severity of land use, resource use, freshwater withdrawal and nutrient pollution at this location.
SENSITIVITY
Species response
How each species responds to those specific pressures.
GLOBAL
Stewardship and global vulnerability tell you where your responsibility is highest: places that hold a large share of a species’ range, or species already close to extinction.
LOCAL
Local pressure and species response tell you what to do there: which pressure to reduce first, and how much the species at that place will respond when you do.
THE OUTPUT
A priority map of your portfolio, each place tagged with its driving pressure, so the intervention list writes itself and can be costed.
04 · TRACK CHANGE OVER TIME · SPECIES HABITAT INDEX
SHI combines the unique set of species in an area with the change in area and connectivity of their suitable habitat since 2001. It captures structure, composition and function, and every change is attributable to land-cover change.
SHI answers the question buyers kept asking us: did it get better, and where? Adopted as a component indicator of the UN Global Biodiversity Framework, so it is globally comparable and maps straight to disclosure.
SPECIES HABITAT INDEX · ONE PORTFOLIO, 20 SITES
Every site starts at 100 in 2001. Watch where each one went.
Portfolio mean
Individual sites
97.9
portfolio mean, 2023
103 → 91
best and worst site in 2023, so you know exactly where to look
IMPACT · PILOTING
IMPACT is an attributable metric built on SAVE. It measures how your own activities, at a known asset or sourcing area, are positively or negatively affecting species and ecosystems that are globally and locally at risk, broken down by pressure and tracked over time. Losses from land conversion show up, and so do gains from restoration, such as improving land cover.
It works with the activity data you already have: sector averages for a first pass, LCA data, or measured data. So it scales from a whole company universe down to a single farm, and it gets sharper as you add local data.
Sector averages
LCA data
Measured data
YOUR CONTRIBUTION, BY PRESSURE · EXAMPLE SOURCING AREA
WHERE
A known asset or sourcing area, not a sector average of places.
WHO
Species weighted by how at risk they are, globally and right here.
WHAT CHANGED
Positive and negative change attributed to your activities, year on year.
SHARPER WITH
Your own pressure data, like fertilizer use, water withdrawals and land-use change, plus field data from surveys, acoustics and eDNA.
Piloted with a global financial institution. Aligned with emerging best-practice recommendations from the EU-funded A-TRACK project.
05 · REPORT AND DISCLOSE
Bespoke, one-off assessments don’t compare across sites or years and won’t stand up to assurance. Every package ships with a mapping to the frameworks you report under, metrics that trace back to the species behind them, and a plain guide to what you may and may not claim.
SAVE
TNFD LEAP (L4, E1) · SBTN Step 1b · CSRD/ESRS E4 · draft NPI extinction-risk indicator · GBF Targets 1–4
Where action matters most for at-risk species and ecosystems, ranked, with the driving pressure.
SHI
GBF component indicator · TNFD E1 (state of nature) · CSRD/ESRS E4 trend metrics
Attributable habitat change since 2001, globally comparable, site to portfolio.
RISK
TNFD LEAP Evaluate (dependencies) · SBTN · ISSB / CSRD risk disclosures · UN SEEA Ecosystem Accounting
Which services production depends on, what they deliver, and whether they are holding up.
IMPACT (piloting)
TNFD LEAP Evaluate (impacts) · EU A-TRACK guidance
An attributable metric of how your activities help or harm at-risk species and ecosystems, over time.
ALIGNED WITH
TNFD LEAP
CSRD ESRS E4
SBTN
GBF Targets 1–4 & 15
EU A-TRACK
ON THE ROADMAP · IMPACT ON RISK · NEXT
This is where we are headed, and where no one else can go, because it needs impact and dependency measured on the same species layer. Double materiality in one connected number, and a list of interventions that reduce both harm and risk.
1 · ACTIVITY
Fertilizer runoff, land conversion
IMPACT, by pressure
2 · SPECIES
Insect-eating birds and bats decline
SHI and SAVE
3 · SERVICE
Natural pest control weakens
Species–service links
4 · RISK
Pest damage, yield and cost risk rise
RISK on sourced corn
WHAT’S UNDERNEATH
INPUTS
7 SOURCES
01
Occurrence records and inventories
02
Expert ranges and checklists
03
Sensor observations and eDNA
04
Threat status and habitat needs
05
Species traits
06
Land cover and land use
07
Climate and pressure layers
THE EBV CUBE
Species × land cover × pressures × ecosystem services
Built on the Essential Biodiversity Variables framework (Jetz et al. 2019, Nature Ecology & Evolution), co-authored by our Chief Science Advisor. Expert ranges are refined with land-cover intelligence to produce a species list for any polygon, at 1 km, every year since 2001.
450,000+
species modeled
1 km
any terrestrial site
2001 →
annual time series
20+
pressure and service layers
WHO’S COUNTED
7 GROUPS
01
Birds
02
Mammals
03
Reptiles
04
Amphibians (coming soon)
05
Freshwater fish
06
Trees
07
Butterflies, ants and dragonflies, by region
Coverage grows every year. Freshwater and marine indicators are next; ask us where we are.
HOW IT ARRIVES
API
On-demand scores for any polygon
Draw a boundary, or start from a point and radius. Machine-readable, straight into your own systems. Access for AI agents is on the roadmap.
PLATFORM
From portfolio score to single species
An interactive dashboard to explore every site, score and species, with plain-language labels on every output.
WORKBOOK
Every score and species list, in a spreadsheet
Structured the way your analysts need it, ready to drop into your own models and board packs.
DATA LICENSE
Per-asset and per-company fields
Annual refresh, inside the risk and GIS tools you already run. Multi-client terms let platforms and consultancies embed and resell it.
WITH YOUR LOCAL DATA
Your data, folded into the model
Pressure data like fertilizer use, water withdrawals and land-use change, and field data from surveys, camera traps, acoustics and eDNA: whatever you have already collected, we connect it so the results sharpen for your sites. Don’t have it yet? We help you find the teams to go and get it.
Pick three sites you know well. We return SAVE and the Species Habitat Index for each, free, then sit down with your team on what it means for the decision in front of you. RISK runs as a scoped pilot.