Aloft Zenith Geostationary Compute Core
### Platform Architecture Overview **Aloft Zenith** is a high-precision, stateless inference engine engineered for open-source simulators, aerospace engineering testbeds, and academic researchers modeling spherical coordinate transformations. #### Computational Capabilities: * **Spherical Line-of-Sight Trigonometry**: Resolves instantaneous True North Azimuth ($\alpha$), Horizon Elevation…
2 subscribers
8/10 popularity
669 ms avg latency
100% success rate
3 endpoints
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the data below comes straight from the public marketplace listing.
Aloft Zenith Geostationary Compute Core endpoints
| Method | Endpoint | Description |
|---|---|---|
| GET |
Retrieve Geostationary Orbital Coordinate Matrices /api/satellites |
Returns a sorted state collection of known orbital targets mapped along the geostationary arc for reference line-of-sight computation. |
| GET |
Fetch Enriched Geospatial Node Array /api/vessels |
Computes instant spherical look-angles, structural occlusion statuses, and continuous dead-reckoning transformations across registered dynamic nodes. |
| POST |
Register Dynamic Geospatial Reference Frame /api/vessels |
Initializes a tracking identifier node mapped to standard international registration schemas for testing computational telemetry streams. |
Aloft Zenith Geostationary Compute Core pricing
| Plan | Price | Rate limit | Quotas |
|---|---|---|---|
| BASIC | Free | — |
|
