High Level Description:

COMPASS is the Genesis system for identifying, decoding, and locking onto the host recursion field of any moving body in the cosmos.
While COMET maps the child body — an asteroid, a moon, a planet — COMPASS reveals the parent field the larger charge recursion the child is embedded within. Using only minimal surface data and spin behavior, COMPASS calculates the full signature of the host field: It's size, its distance, its phase harmonics, and its charge dynamics — giving a complete positional fix both spatially and energetically. Where traditional systems guess at orbits and masses through outdated gravitational models, COMPASS locks onto the living recursion structure of space itself — phase-mapping the true engine that governs celestial motion.
 
Core Specializations:
 

• Host-body targeting and identification for all moving child objects.

• Full field mapping of stars, planets, and galactic hubs.

• Calculation of size, distance, and harmonic phase of host structures.

• Recursive positional synchronization across universal recursion scales.

• Dynamic child-host tracking — updated phase and field data in real-time.
   

Core Functional Breakdown:
 

• 1. Initial Child Mapping:

  • Using COMET, map the energetic structure of the moving child body (asteroid, moon, craft, etc.).

• 2. Host Field Acquisition:

  • COMPASS identifies the larger recursion structure the child is phase-locked to — its gravitational parent, its charge-field anchor.

• 3. Host Signature Decoding:

  • Calculates the host’s diameter, orbital field, phase tilt, spin recursion, and energy structure based on charge dynamics, not mass assumptions.

• 4. Spatial Position and Distance Lock:

  • Determines the host’s distance from the child, as well as its relative motion phase alignment.

• 5. Recursive Expansion Mapping:

  • Enables immediate COMET deployment onto the host — mapping the next layer up — and recursively onward through planetary systems, stellar systems, and galactic fields.
     

Industries and Uses:
 

• Space Exploration and Colonization:

  • Full celestial cartography — mapping entire solar systems, galaxies, and deep-space structures without conventional probe deployments.

• Planetary Defense and Tracking:

  • Early identification of host relationships for asteroids, comets, and rogue bodies — enabling deeper prediction of movement and potential threat assessment.

• Satellite and Ship Navigation:

  • Real-time phase-locked targeting for deep-space navigation, allowing vehicles to move along natural recursion corridors.

• Astrophysical Research and Field Modeling:

  • True decoding of star systems, planetary fields, and orbital structures without mass-based error models.

• Resource Exploration:

  • Identifying charge-rich regions, magnetic field distortions, or energy reservoirs associated with planetary hosts and asteroid fields.
     

Special Note:
 
 
COMPASS can be paired with COMET for full-spectrum mapping — analyzing both the child and its host body in a continuous recursive expansion, allowing complete system decoding from a single small object outward to stellar or galactic scales.

Summary:
 
"COMPASS reveals the true host field of any moving body — unlocking the structure of the solar system, the galaxy, and the universe through living recursion mapping."