XRDNA

XRDNA builds addressing infrastructure for spatial computing, assigning resolvable addresses to places, objects and facilities in both the physical and virtual world. The internet made pages findable through network addresses plus name resolution; the spatial world lacks that layer, so the same warehouse carries different identifiers in logistics, digital twin and augmented reality systems that cannot be reconciled. XRDNA's elastic vector addressing gives every object a computable address combining location, time and context.

Elastic vector addressing assigns the identifier, a resolver translates it into data and services, and spheres of influence define permissions and authority, together forming a spatial identity layer. Above it, a mission fabric orchestrates scattered sensors, catalogues and analytics into composable workflows, while the map of everything provides one visual query surface spanning Earth, orbit and facilities. Target uses include defence and logistics, space domain awareness, digital twins and autonomous systems. In July 2024 XRDNA joined the OMA3 board, pushing volumetric addressing and internet-style resolution into open metaverse standards, and takes part in W3C and Metaverse Standards Forum work.