AIKA: Living World Briefing
Spin up the reconstruction sphere that tracks how the fallen planet still breathes under AIKA's watch.
This visualization combines concept terrain data with AIKA's orbital telemetry — expect revisions as the build locks each biome.
The rotating globe fuses magnetic elevation scans with ocean salinity heatmaps. Drift markers pinpoint sectors that AIKA can still stabilize in real time.
Why the planet matters
Every survival call ties back to AIKA's planetary systems. These are the core loops that keep the world habitable for pilots on the ground.
Stability Network
AIKA's satellite mesh reroutes energy bursts to shield colonies from the collapsing storm belts.
Adaptive Biosphere
Terraform vaults seed climate-reactive flora so oxygen cycles continue even when the crust fractures.
Signal Arcs
Deep relay arcs stitch together subterranean antennas so crews never lose sync with AIKA's guidance.
Planetary strata
The simulation layers geological and atmospheric data. Each stratum determines which missions AIKA can stage.
Core Resonance
Mass drivers in the planet's mantle keep gravity stabilizers oscillating, preventing another continental break.
Fractured Hemisphere
The crash scar divides climates into hot vapor seas and frozen shale peaks — you route supply drops along that fault.
Orbital Halo
Derelict stations drift above the clouds, feeding AIKA's observation arrays and the defensive prism grid.
Orbital timeline
Major pulses recorded by AIKA since the interceptor went down.
Interceptor impact lights the Shatter Coast and forces AIKA to reroute ninety percent of the storm lattice.
Emergency terraform pods ignite over the Memory Vault, regrowing breathable moss across the basin.
Pilots re-establish the Zenith Array uplink, unlocking mid-atmosphere glider corridors around the equator.