
We are not another lunar data portal.
Adatrys Lunar is developing an operator-neutral planetary intelligence platform, beginning with the lunar south pole.
Our objective is simple: help organisations understand where to operate, why a location matters, how strong the evidence is, and what uncertainty remains before capital is committed.
Adatrys Lunar determines whether different observations actually refer to the same place, whether the data are sufficiently complete and independent to support a conclusion, and preserves an auditable trail from decision back to source evidence.
Resource Prospectivity
Combine multiple sources of remote evidence while maintaining the distinction between indication, corroboration and confirmed resource.
Operational Suitability
Analyse terrain, illumination, thermal environment, mobility, communications and landing considerations.
Evidence Confidence
Understand not only what the data suggests, but how complete, independent and reliable the underlying evidence is.
The data exists. The decision layer is fragmented.
Lunar missions generate increasingly sophisticated information about terrain, temperature, mineralogy, hydrogen, radar characteristics and surface conditions.
But individual datasets do not answer the commercial question:
Which site is most suitable for this mission, and how much confidence should we place in that conclusion?
NASA and others are building increasingly powerful lunar datasets and scientific AI models. Adatrys Lunar is building the decision-intelligence layer that turns those capabilities into traceable site, resource and mission assessments Adatrys Lunar is being developed to bring those signals together into a structured, auditable intelligence environment.
INITIAL MISSION
The first Adatrys Lunar programme focuses on the region surrounding the lunar south pole, where resource prospecting, surface infrastructure and future sustained operations are increasingly concentrated.
A planetary mission can involve years of preparation and significant capital. The intelligence supporting site and mission decisions should be correspondingly rigorous.

Adatrys Lunar is being developed with a deliberately conservative approach to planetary evidence.
The platform separates:
observation
from interpretation
prospectivity
from confidence
resource indication
from recoverability
and recoverability
from commercial viability.
Our methodology is being designed for external scientific and engineering review, with version-controlled models and transparent evidence provenance.
