Odyssey Marine Exploration, Inc. (NASDAQ: OMEX) is a marine exploration company specializing in deep-ocean recovery and seabed resource discovery. The firm employs proprietary remotely operated vehicles (ROVs), autonomous underwater vehicles (AUVs), side-scan sonar and sub-bottom profilers to locate, document and recover submerged assets. Odyssey’s capabilities extend from high-resolution seabed mapping and geophysical surveying to complex salvage operations, positioning the company at the intersection of underwater archaeology and commercial resource exploration.
In its historical-diving segment, Odyssey has secured commercial rights to a number of high-profile shipwrecks, including the Civil War–era SS Republic and the 19th-century SS Central America. The company has recovered millions of coins and artifacts, which it conserves, studies and markets through specialized auctions and partnering institutions. Its archaeological teams adhere to UNESCO guidelines, working alongside governments and research organizations to ensure cultural heritage is preserved and documented.
Beyond treasure recovery, Odyssey is advancing into seabed mineral exploration, with particular emphasis on polymetallic nodules and other critical minerals on the deep-ocean floor. The company pursues international licenses and collaborates with environmental experts to assess the ecological impact of deep-sea mining. Odyssey’s global operations span the Atlantic, Pacific, Indian and Mediterranean basins, serving both commercial clients in the energy and mining sectors and academic institutions seeking oceanographic data.
Founded in 1994 and headquartered in Tampa, Florida, Odyssey Marine Exploration is led by Chairman John K. Morris, a pioneer in deep-sea archaeology, and President & CEO Gregory A. Stemm, an engineer with extensive subsea experience. The leadership team continues to invest in next-generation underwater systems and sustainable exploration practices, aiming to unlock ocean resources while preserving marine ecosystems and historical sites for future generations.
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