Understand What's Changing — And What To Do Next
From Earth to Mars, we turn satellite data into clear, explainable decisions.
Detect change. Explain it. Decide what to do.
Multi-signal analysis · Temporal & spatial validation · Explainable outputs
Satellite data is everywhere. Understanding it isn't.
Teams are flooded with imagery, signals, and dashboards — but still lack clear answers:
What actually changed?
Petabytes of imagery arrive daily. Without a system to detect meaningful change, teams spend weeks reviewing data that may already be stale.
Is it significant?
Optical, radar, and thermal signals live in separate silos. No single tool cross-validates them into a coherent, trustworthy picture.
Should we act?
Raw change maps tell you something moved. They don't tell you whether to investigate, monitor, or move on.
A system that explains change — and what to do about it
We combine multiple signals to detect and validate change over time — then translate it into a clear, explainable outcome.
Detects change across time
Multi-temporal analysis across days, months, and years. Baseline-aware, anomaly-sensitive.
Validates with anomaly, persistence, and spatial agreement
Cross-references independent signals before raising an alert. No single-source false positives.
Explains results with confidence and uncertainty
Each finding includes a plain-language explanation and a calibrated confidence score.
Outputs clear actions: Investigate, Monitor, Ignore
Every result resolves to one of three decisions — no ambiguity, no interpretation required.
Same system. Different planet.
Built to analyse vegetation change on Earth. Proven to detect surface change on Mars.
Not tied to a dataset. Built to understand change itself.
Vegetation stress, land-use change, water body shifts, urban expansion. Multi-spectral validation across 12+ sensor types.
Dust storm progression, polar ice retreat, surface morphology shifts. Signal-agnostic framework adapts to any planetary body.
The same detection engine that identifies deforestation on Earth identifies sediment migration on Mars. Change is change — the physics doesn't care which planet you're on.
From data to decision in three steps
01 / Observe
02 / Analyse
03 / Explain
Observe
Satellite imagery across time
Ingest multi-source satellite data — optical, SAR, thermal, and spectrometer — normalised to a common temporal grid.
Analyse
Anomaly, persistence, and spatial agreement
Change hypotheses are generated and cross-validated across independent signal sources before any alert is raised.
Explain
Decision with confidence and uncertainty
Every finding outputs a plain-language explanation, a confidence score, uncertainty bounds, and one of three actionable decisions.
See it in action
A 90-second walkthrough of Earth → Mars analysis.
Make decisions with clarity
Multi-signal validation cuts false-positive rates and gives you a calibrated confidence score on every finding.
Every result resolves to Investigate, Monitor, or Ignore — so your team spends time on what counts.
Every decision comes with a plain-language rationale, quantified confidence, and uncertainty bounds.
Ready to understand change?
Get early access and see how it works on your data.