Vessel Compensator
High-redundancy installation tied to navigation, anchor alignment, sensor fusion, and mission evidence systems. It publishes a common reference state plus uncertainty to every dependent subsystem.
Reference Frames · Clock Reconciliation · Field Use
Temporal Compensator
The current Chrono-Anchor Temporal Compensator architecture reconciles clocks, coordinates, ephemerides, motion, and reference-frame ancestry for vessels, field teams, suits, and personal units without treating clock disagreement as time control.
Current Canon Clarification
Reconciles references. It does not command time.
The Temporal Compensator is the reference-frame and clock-reconciliation layer used when a vessel, suit, field team, or temporal instrument must compare local proper time, declared coordinate time, ephemerides, motion state, and network references without confusing disagreement among clocks with evidence that time itself has been altered.
Canon boundary: earlier concept drafts explored active time-rate control and reverse-traversal language. The current public architecture does not present those as compensator functions. The compensator normalizes, estimates, translates, and certifies reference relationships; separate Chrono-Anchor systems govern any fictional temporal aperture or transport mechanism.
Reference architecture
Reference inputs may include disciplined optical/ion clocks, pulsar timing, local ephemerides, inertial state, gravimetry, environmental measurements, network time ancestry, and the active STCRS reference declaration. The estimator carries uncertainty and covariance rather than forcing incompatible clocks into a false single truth.
- Reference sensors: determine what frame and clock lineage each observation belongs to.
- Chrono Core: maintains local clock ancestry, covariance, drift estimates, and provenance.
- Frame reconciliation: maps measurements into the declared working frame and highlights unresolved ambiguity.
- HMI / field output: distributes a certified reference solution to instruments, suits, vehicles, and authorized consoles.
Vessel, field, and wrist implementations
Field Compensator
Portable survey and rescue version for teams working across large gravitational, kinematic, or network-reference differences. It favors traceable confidence over display richness.
Wrist / Personal Unit
A compact reference companion that shows local proper time, declared mission time, synchronization quality, frame ancestry, drift warnings, and whether the user is inside a certified compensation envelope.
What the user sees
Reference Frame
Named frame, parent frame, coordinate origin, active transform, and confidence.
Clock Ancestry
Source clocks, discipline chain, calibration history, drift, covariance, and degraded-state flags.
Reconciliation Status
Aligned, bounded disagreement, unresolved degeneracy, quarantine, or refuse-to-certify.
Reality boundary: precision timekeeping, relativistic clock comparison, pulsar timing, inertial navigation, gravimetry, and covariance estimation are real engineering domains. The Chrono-Anchor compensator integrates those ideas into a fictional deep-time reference system.