The electric exploration submarine wants to be an area X in the ocean

What do you get when SpaceX alumni and underwater engineers co-found a technology company? A submarine that allows you to boldly go to places no one has been to before.

Over the next few years you will hear a lot about ocean mapping. Supported in part by the United Nations Undersea 2030 programme, which has been aiming to map all oceans for more than a decade, in part due to a growing interest in the oceans and nearby sustainable energy infrastructure.

Much of this work is performed by drones. The latest example from a company called Bedrock is an all-electric submarine with a vertically integrated submarine platform and data services. The underwater autonomous vehicle is designed, in conjunction with Mosaic, a global cloud-based data platform, to manage, access and share marine survey data from surveys in progress or currently in beta.

“The ocean is an important environment that must be deeply understood to save the planet from climate change and provide sustainable renewable energy,” said Bedrock co-founder and CEO Anthony Demmer. “But right now, we don’t have the ability to act quickly because we don’t have easy and easy access to critical data about ocean action from the ocean floor. Bedrock’s vertically integrated seafloor data platform with AUV.” [robots autonomes sous-marins, NDLR] Mosaic’s Associated Owners are the technology needed to impart this new functionality to change the way we operate in the ocean. “”

underwater exploration

The company was founded by Anthony Demar and former SpaceX submarine engineer Charles Chiao. Besides the scientific benefits to business, there are important emerging markets for submarine mapping. Wind energy at sea requires in-depth knowledge of the surrounding sea floor, and drones are quickly becoming an essential tool for wind energy development and infrastructure maintenance.

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According to Bedrock, providing customers with actionable commercial data on the ocean floor currently takes up to 12 months per survey. Bedrock’s data and sea platforms deliver survey status and data 10 times faster than current solutions.

Understanding ocean conditions requires a basic set of measurable criteria. Bedrock not only reacts, but takes positive steps in the area of ​​strategic influence for progress and prevention. “We will collect the data we need to help you,” said Charlie Qiao, chief technology officer and co-founder of Bedrock. “The first immediate application of our platform is to accelerate renewable energy projects at sea, which requires this ability to detect and monitor the health of the seabed faster and more frequently.”

The main driver for accelerating seafloor mapping is the reduced need for manned submarines and large support ships required by older technologies. On the other hand, underwater drones can be deployed from small support ships, often left to perform tasks without direct observation, and only reach the surface when they need to be retrieved.

The miniaturization of technology and the increasing use of automation heralds a new era in offshore exploration.


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The electric exploration submarine wants to be an area X in the ocean

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