In the murky depths of maritime archaeology, a revolution is brewing, and it’s not just about finding long-lost treasures. It’s about the tech that’s making it happen. Vince Capone, a seasoned pro in the field, recently spilled the beans on the Fascinated by Shipwrecks Podcast, hosted by Kathy A. Smith. Capone, who’s been diving into the past since the 1970s, shared some eye-opening insights into how technology is transforming shipwreck hunting.
Capone’s journey began with a dive into the shipwrecks of New Jersey, but his expertise has since taken him worldwide. He’s not just a diver; he’s a tech whiz, having earned degrees in Marine Biology and Marine Science, with a knack for geology and experimental statistics. His company, Black Laser Learning, is at the forefront of underwater search and survey operations, and he’s been training the likes of the U.S. Navy and law enforcement for decades.
So, what’s the big deal with side scan sonar and underwater robotics? Well, it’s all about the data. Capone explained, “The robot is navigating underwater and runs a search pattern, collecting the data. We are not at the point where we can transmit that data in real time back to the vessel because of the volume of data. We can transmit snippets to make sure it’s working. When I say snippets, those are just small images of the sonar waterfall. But that time is coming.” This is a game-changer. Imagine real-time data transmission from underwater robots. It’s like having a pair of eyes and ears underwater, feeding back live data to the surface. This could revolutionize not just shipwreck hunting, but also underwater exploration, marine research, and even environmental monitoring.
Capone’s work isn’t just about the tech; it’s about the stories hidden beneath the waves. He’s been involved in some incredible discoveries, like the Lake George Radeau, a 1758 tradeau cannon platform, and the U-215 mine-laying U-boat. But he’s not just looking back; he’s also looking ahead. He’s currently involved in the search for another Civil War submarine, a project that could rewrite history.
The implications of these technological advancements are vast. As Capone puts it, “The biggest thing we have now is using a computer for analysis.” This means that the future of maritime archaeology is not just about diving deeper or exploring further, but about crunching data and making sense of it. It’s about using AI and machine learning to sift through vast amounts of data, identifying patterns, and making discoveries that might otherwise go unnoticed.
This shift towards data-driven exploration could also democratize maritime archaeology. With real-time data transmission and advanced computer analysis, smaller teams and even amateurs could make significant discoveries. It’s not just about having the biggest boat or the most expensive equipment; it’s about having the smarts to interpret the data.
But it’s not all smooth sailing. The volume of data is a challenge, and real-time transmission is still a work in progress. Capone acknowledges this, but he’s optimistic. “That time is coming,” he says, and when it does, it will change the game.
So, what does this mean for the future of maritime archaeology? It’s a brave new world out there, and it’s not just about finding shipwrecks. It’s about understanding our past, protecting our present, and exploring our future. It’s about using technology to tell the stories of the sea, and it’s a story that’s only just beginning.
