Scene analysis
Every capture of your area and what it measured. Fifteen data products across optical, radar, thermal and air quality, each labelled with what it shows, with more than ten years of imagery behind the baseline.
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BluVerify — Land, Water, Air & Carbon Verification
Verify what is happening on the ground, backed by data
What BluVerify is
Satellite imagery is abundant and almost unusable without a GIS specialist sitting next to you. BluVerify is the layer above it: a map-based workspace where you draw an area, pick a product and a date range, and get back a dated assessment with the methodology and the sources attached. Scene analysis and carbon footprint sit in the same map, so vegetation, water, built-up land and emissions are read against one area of interest rather than three tools.
Modules
Carbon footprint
What a district emits and whether the air is changing. NO2, methane and carbon monoxide read against named facilities, so an emissions figure points at something you can visit.
Risk and change assessments
Eighteen assessments spanning drought, flood, landslide, wildfire, facility emissions and air quality, run over the area you drew rather than a preset administrative boundary.
Calibrated outlooks
Forecasts expressed as a probability range rather than a single number, so a reader can see how confident the system actually is before acting on it.
Detailed hazard maps
Raster output you can fetch, overlay and compare between dates, with opacity and legend controls for reading change rather than admiring a picture.
Analyst assistant
BluVerify Intelligence answers questions about an area in plain language, grounded in the assessments that have been run on it rather than in general knowledge.
Monitoring and alerts
Areas can be watched with daily checks, so a change is raised to you rather than found the next time somebody happens to look.
Reports you can defend
Exports carry their maps, methodology and sources, so a finding travels with its evidence and survives being questioned by an insurer or a regulator.
Inside the product
Interface previews are representative layouts. Every deployment is configured to your own modules, terminology, and branding.
What it does for you
- Draw an area on the map and get coordinates, area in square kilometres and a scene report back
- Fifteen data products across optical, radar, thermal and air-quality sensors
- More than ten years of historical imagery, so a season is judged against a real baseline
- Compare captures between dates, and compare past runs against each other
- Emissions down to named facilities, not just a national coefficient
- Every report carries its methodology and sources, so the finding can be defended
The AI inside BluVerify
Assessments over raw imagery
The models do the reading: drought, flood, landslide, wildfire and air quality are returned as assessments of the area, not as bands a specialist still has to interpret.
Calibrated forecasting
Outlooks come with a probability range, because a single predicted number hides exactly the uncertainty a disaster manager needs to see.
Validated against events that happened
Assessments have been run back over the Kuttanad floods, monsoon landslides, the South Lhonak glacial lake and the Wayanad landslide, and judged on what they would have said beforehand.
The analyst assistant
Questions about an area are answered from the assessments already run on it, so the response is grounded in that area rather than in something the model read elsewhere.
What it changes
15Environmental data products in one workspace
18Hazard and emissions assessments
10yrsOf imagery behind every baseline
Integrations
BluVerify is built to sit inside the estate you already run. These connectors ship with the product; anything else is an integration engagement rather than a limitation.
- Copernicus Sentinel
- Landsat
- Climate TRACE
- OpenStreetMap basemaps
- GeoTIFF raster export
- PDF and CSV reports
Questions we are asked
Do I need to know GIS to use it?
No, and that is the point. You draw an area, pick a product and a date range, and read an assessment. There is no projection to choose, no band maths to write, and no desktop GIS to install alongside it.
Where does the data come from?
Copernicus Sentinel and Landsat for imagery across optical, radar and thermal sensors, and Climate TRACE for emissions, with our own assessment models on top. Every report names its sources.
How far back can it look?
More than ten years of historical imagery, which is what makes a baseline meaningful. Judging one season against the previous one tells you very little; judging it against a decade tells you whether it is unusual.
Has it been tested against real events?
Yes. The assessments have been run back over the Kuttanad floods, monsoon landslides, the South Lhonak glacial lake and the Wayanad landslide, and judged on what they would have said before each one rather than after.
How is it licensed?
Each licence is issued for one computer and the application runs on the desktop. We review every access request, run a walkthrough on areas that matter to you first, and then help your team install and activate it.
How it works
BluVerify, end to end.
The path a record takes through the product, and what the system does at each step without being asked.
01
Choose
Pick one of fifteen products and a date range. Presets cover the common windows, and each product is labelled with what it actually shows.
02
Draw
Draw a rectangle on the map. Coordinates and area in square kilometres fill in, and the sidebar flags an area too large to be useful.
03
Fetch
Read the scene report, fetch the rasters you need, and compare dates or past runs against each other.
04
Assess
Run the hazard and emissions assessments over the same area, and get back a calibrated range rather than a single prediction.
05
Defend
Export a report that carries its maps, methodology and sources, and set the area to be watched daily from then on.
Put BluVerify against your own numbers.
Send us how you run this today, including the spreadsheets. We will show you BluVerify against your own process and tell you plainly what it would and would not change.