An illustrated, choice-driven mission game with a stylized animated-film hero roster. Lead biomimicry-engineered specialists from Alaskan glaciers to the Mariana Trench. Stabilize disasters. Restore ecosystems. Bring everyone home.
Ten biomimicry-engineered specialists. Mix and match for every mission.
Seven illustrated missions. Play in order — or jump to any unlocked episode with the hero of your choice.
Strange vibrations beneath the ice trap a class expedition. Map seismic activity, stabilize collapsing tunnels, and lead the students out before the avalanche hits.
Pacific White Skate eggs are at risk. Stabilize tectonic fractures and protect the trench biodiversity before the substrate collapses.
Eruptions threaten the islands. Deploy heat shielding across the archipelago, cool overheating generators, and keep civilians moving.
Your own shields trap the team inside lethal thermal pockets. Cool, scan, and route an exit before armor integrity fails.
A tsunami forms after Pacific Plate destabilization. Redirect vibration frequencies, reinforce the trench, and protect coastlines.
Restore coral, scrub pollution, rebuild habitats, and bring the wildlife home.
Return north. Stabilize the glacier, rebuild the Chateau, and ignite the celebration aurora.
Compact, modular biomes — built for narrative flow.
Luxury icy castle resort. Heated pools, glass observatory, aurora skies.
Glowing blue ice walls. Collapsing tunnels. Pressure fractures hum below the surface.
Futuristic tropical skyline, neon ocean reflections, advanced transit lattice.
Bioluminescent coral, magma fissures, hydrothermal vents teeming with life.
Pressure beyond imagination. Bioluminescent megafauna, tectonic fracture lines.
Unlock real-world science as you complete missions.
Vestibular precision used to model AILURUS-SYNC's balance enhancement and seismic micro-tremor mapping.
Tensile-to-weight performance informs LUM ARANEA's emergency suspension bridges and rescue webs.
Subduction friction along the Mariana zone drives Episode 5's tsunami-trigger sequence.
Zooxanthellae thermal limits underpin PHOENIC-FLOW's reef-restoration cooling shaders.