“Deploying now,” IPTD‑883 announced, and with a graceful flick of its tail‑fins, it dove back into the black water. The Abyssal Rift was a scar in the riverbed, a yawning fissure that stretched down 150 meters—deeper than any natural river trench on Earth. The water grew colder, denser, and the glow from the bioluminescent bloom intensified, casting eerie shadows on the walls.
One evening, as the sun set behind the towering mangroves, the river reflected a sky ablaze with orange and purple. Lúcia stood on the platform, looking at the water that had once threatened to disappear. Beside her, IPTD‑883 projected a soft, rhythmic pulse into the air—a lullaby of data, a promise that the river would always be watched.
IPTD‑883’s sonar pinged, mapping the cavernous void. The AI detected a massive, tangled mass of , a new species that had proliferated after a failed terraforming experiment a decade earlier. The algae excreted acidic compounds that were choking the river’s life. Iptd 883 Rio 3
The AI’s internal processors whirred, calculating trajectories, current patterns, and the exact composition of the spores. It opened its dorsal compartment, revealing dozens of iridescent capsules, each humming with dormant life.
The drone’s ascent was smoother now, buoyed by the very oxygen it had helped create. It breached the surface, its hull glistening with a fine film of carbonate crystals—a visible sign of its work. One evening, as the sun set behind the
“Mission critical. Spore deployment successful. Oxytroph activity at 96 % efficiency. Returning to surface for extraction.”
A soft chime responded. “Affirmative, Dr. Mendes. Diagnostic status: operational. Awaiting command.” IPTD‑883’s sonar pinged, mapping the cavernous void
“Congratulations, Dr. Mendes,” the AI said. “Rio 3 is now self‑sustaining. Long‑term monitoring will continue.”