Identity
CavoID
Persistent human and system identity layer. Begins with people and public Cavorion services, with longer-term potential to address missions, nodes and destinations.
Cavorion is being organised around a small number of persistent system problems: identity, navigation, orientation, time and communication. Different projects address different parts of that stack. Some are public, some are commercial B2B interfaces, some remain private research, and several are deliberately held as long-range projections rather than present-day products.
The architecture is intentionally layered by access. Public-facing products should remain understandable and useful in their own right. Cavigation forms a controlled B2B interface. CavorINTEL holds the deeper private research architecture that does not need to be publicly exposed.
Persistent human and system identity layer. Begins with people and public Cavorion services, with longer-term potential to address missions, nodes and destinations.
Human communication and presence layer, beginning with EarthStation and future station concepts.
Cultural and sensory orientation: sound, memory, environment and the human experience of place and distance.
Research into human endurance, health, space medicine and adaptation, including the biological consequences of time, isolation and long-duration travel.
Software and research interface for spacecraft, aerospace and autonomous partners. Commercialises selected navigation, timing and orientation capabilities without exposing the full private research core.
Human-facing travel and access layer for the emerging era of commercial space travel, separate from vehicle navigation itself.
Long-delay and asynchronous communication concept: an addressable destination for messages and data when continuous contact is impossible.
Connects a persistent identity to stations, destinations, future network addresses and communication endpoints.
Autonomous exploration and sensing nodes: visual, acoustic and vibration awareness, local orientation, timing and environmental intelligence.
Distributed infrastructure for linking nodes, spacecraft, stations, destinations and eventually humans across delayed or fragmented networks.
Interpretation and analysis layer that turns distributed observations and system state into usable intelligence.
Navigation, time and orientation research can originate inside CavorINTEL, support TEERS and the Lattice, and selectively emerge through Cavigation.
The categories are not strict silos. Orientation, for example, has a machine meaning in Cavigation, a sensory/cultural meaning in SoundLab and a human physiological meaning in Cavoriongevity. This overlap is part of the system rather than duplication.
| Project | Identity | Navigation | Orientation | Time | Communication |
|---|---|---|---|---|---|
| CavoID | Primary | Reference | — | Continuity / lineage | Addressability |
| Cavigation | System IDs | Primary | Primary | Primary | Coordination |
| SoundLab | Human context | — | Sensory / cultural | Memory / rhythm | Expression |
| Cavoriongevity | Human continuity | — | Human adaptation | Biological / mission time | Human factors |
| NIGHT | Uses CavoID | Stations / place | Human / social | Night / shared time | Primary |
| TEERS | Node identity | Autonomous | Autonomous | Local timing | Sensing relay |
| Lattice | Node addressing | Network position | Network context | Distributed timing | Primary |
| Letterbox | Address bound | Destination | — | Timestamp / delay | Asynchronous |
These belong on the architecture because they show where the present research may eventually lead, but they should remain clearly marked as future projections rather than current operating divisions.
A continuity vessel concept: a “Noah’s Ark” approach to preserving life, knowledge, culture or selected biological resources beyond a single planetary location.
Distributed preservation and backup infrastructure for important records, identity continuity, scientific knowledge and other information that should survive local failure.
A possible future fleet or vehicle layer. It represents the point at which Cavorion-developed identity, navigation, communication and continuity systems could become integrated into physical spacecraft.