RondoTraceGround
Ground movement
Tailings dams, pits and slopes, measured to the millimetre.
Platform
Map. Watch. Explain.
Seven physical domains. One evidence layer.
The platform combines a continuous orbital observation record with corroborating reporting feeds. We turn repeat-pass imagery into site-specific risk intelligence.
Map
Who actually supplies your suppliers.
We resolve your supply chain several tiers deep, to named companies and physical sites, using corporate filings, trade and customs records, facility registries and material flows. Every link carries a confidence level, so you know what is confirmed and what is inferred.
Illustrative example
Watch
What is happening at those sites, continuously.
We observe each site from space and from public sources: ground movement, heat, emissions, water, land and forest change, and signs of activity or its absence. Nothing depends on the supplier telling us.
What we can see from above
Move across the image. The lens shows the layer we read from it.
Ground movement. Tailings dams, pits and slopes, measured to the millimetre.
TRK 07 · 0.94
TRK 11 · 0.91
EXC 02 · 0.88
TRK 03 · 0.86
Seven kinds of evidence. One view of each site.
The seven domains
What we measure, and how.
Land and forest
Deforestation
Plot-scale forest cover change for EUDR compliance.
We monitor forest cover loss at plot scale across your sourcing regions — including EUDR-relevant commodities like coffee, cocoa, palm, and timber.
What we measure
Forest cover loss at plot scale across your sourcing regions — for EUDR-relevant commodities including coffee, cocoa, palm, timber, rubber, soy, and beef. Tied to plot boundaries you provide.
Output
EUDR-ready plot-level deforestation evidence with dates, areas, and confidence levels per finding.
Water
Water & soil
Surface water, soil moisture, and tailings runoff.
We measure surface water extent, turbidity, soil moisture, and tailings runoff at supplier sites and their downstream watersheds.
What we measure
Water bodies adjacent to your supplier sites, soil moisture in surrounding agricultural land, and tailings runoff into downstream watersheds. Surface changes over time, not single snapshots.
Output
Water and soil change reports per site, suitable for CSRD disclosure and downstream-impact diligence.
Emissions
Air quality
Daily-global atmospheric monitoring at industrial sites.
We measure emissions and air-quality indicators at industrial sites — NO₂, SO₂, and methane — using daily-global atmospheric coverage.
What we measure
Atmospheric pollutants above industrial sites — including nitrogen oxides, sulphur compounds, and methane. Detected with daily-global atmospheric coverage.
Output
Site-level air quality time-series with anomaly flags, ready for CSRD environmental disclosure.
Heat
Thermal risk
Hot-spots, flaring activity, and fire risk.
We detect hot-spots on stockpiles, flaring activity at oil & gas sites, and fire risk in agricultural and forestry operations.
What we measure
Heat signatures from stockpile self-heating, flaring activity at oil & gas operations, and fire risk in forestry and agricultural sourcing. Detected as they happen.
Output
Thermal event reports per site, including timing and duration. Useful for operational risk and CSRD reporting.
Carbon
Carbon
Site-level CO₂ estimation, methodology disclosed.
We estimate site-level CO₂ output from thermal signatures, flaring, and activity-derived emissions — with the methodology disclosed openly.
What we measure
Site-level carbon emissions estimated from heat signatures, flaring, and observed activity intensity. For CBAM-relevant shipments, embedded emissions can be calculated where production data is available.
Output
CBAM-aligned emissions estimates per site, with confidence ranges published alongside the numbers.
Activity
Human rights proxies
Settlement change, land clearing, and activity disruption.
We observe settlement change, land clearing, nighttime light patterns, and activity disruption — always corroborated against independent reporting.
What we measure
Settlement changes near concession boundaries, land clearing adjacent to industrial expansion, and disruption patterns in communities surrounding supplier sites. Always cross-checked with independent reporting before publication.
Output
Corroborated indicators of community impact, suitable for CSDDD adverse-impact identification.
ALERT · 29 SEP 2026 · 06:40 UTC● HIGH CONFIDENCE
Refinery 1182 · Southern Africa
TIER 3 · NICKEL AND COBALT
WHAT CHANGEDThermal output down 41% over six days. Truck movements at the main gate down by two-thirds.
SOURCES · 4 INDEPENDENT
Thermal imageryOptical imageryLocal-language news ×2Port call records
CONFIDENCE0.82
Affects 3 of your productsBattery module B4 · Drive unit D2 · Charger C1
Illustrative example
Explain
What changed, what it means, and what to do.
When something moves, we tell you what it is, how sure we are and which of your products it touches. Every finding is corroborated across independent sources, in any language, before it reaches you.
04 — How it works
Four steps. Continuous output.
The continuous layer above your audits, supplier questionnaires, and certifications.
01
Define the perimeter
Site polygons or supplier addresses, resolved to satellite coordinates.
02
Continuous monitoring
Seven physical-domain pipelines run on every satellite revisit.
03
Anomaly triage
Significant deviations are flagged, corroborated, and scored.
04
Evidence delivery
Each anomaly arrives with imagery, dates, confidence interval, methodology.
How your evidence layer is built.
Perimeter
Your supplier sites, mapped.
We resolve your supplier addresses and concession polygons to satellite coverage. Tier-N suppliers and indirect sourcing regions included.
Observation
Continuous monitoring across seven domains.
Each site is observed across the physical domains relevant to its industry. Continuous coverage, not annual snapshots.
Verification
Anomalies, corroborated.
Significant deviations are cross-referenced against independent reporting before they reach you. Single-source signals are flagged accordingly.
Evidence
Reports your auditors accept.
Site-specific intelligence with source imagery, dated observations, and disclosed limitations. Aligned with CSDDD, CSRD, CBAM, and EUDR reporting.
Begin with a site
See the platform applied to a site you choose.
Pick a supplier site. We run a forensic retrospective applying the seven domains where they apply. Thirty days. You see the methodology, the output format, the limitations. No commitment.