Shortwaves easily attenuated in water. To send signals from the seafloor, ultralong-wave or extremely low-frequency communication had to be used. That was the direction for modifying the seabed seismographs' signaling systems.
As for the problem of water pressure on the seafloor, the seismographs had to undergo structural modifications to withstand the immense pressure. Otherwise, whether the instruments could function normally under such terrifying pressure would be a major question.
Mo Nv helped optimize the seismographs' structure, while Chen Mo entered the Sci-Tech Library and retrieved a set of extremely low-frequency communication technology. Extremely low-frequency communication was one-way and could only transmit, not receive signals. It was generally used for submarine communications.
But given their current conditions, being able to transmit signals from several hundred or even over a thousand meters beneath the sea was already remarkable. A buoy-type antenna also had to be installed outside the seismograph.
With the help of Artificial Intelligence and the Sci-Tech Library, along with Ant Army Company's full support, the seismograph modification work proceeded smoothly.
Now that the seismographs had been developed, Chen Mo poured all his energy into manufacturing them, determined to finish every required unit before the Academy of Sciences' oceanographic expedition.
The land-based survey team was working with Binhai University, bringing professors and students into the snow region. Everything was being carried out at a feverish pace.
The controversy over the paper had passed. With no major news for so long, no one paid attention to Ant Army Company anymore, and the media had turned its gaze elsewhere. Coupled with Ant Army Company's secrecy, outsiders had no idea what major move the company was making.
At Binhai Port, Chen Mo finally let out a breath after the last enormous crate was loaded onto the ship. For the past two months, he had