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Same-Day Delivery of Acquired Seismic Data Removes Months of Non-Productive Time Across Exploration Workflow

Vlad Poptamas

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Photo source: sciencenewsforstudents.org
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Bluware, a global leader in petrotechnical software innovation, successfully completed multiple deployments of Bluware TELEPORT™, a proprietary data compression technology enabling cost-effective transmission of seismic data via low bandwidth links such as satellite.

Bluware collaborates with leading offshore multi-client seismic data providers including Spectrum Geo Inc. and Polarcus® to reduce operational bottlenecks and expenses as seismic data is transferred from offshore vessels to onshore processing centers or cloud repositories.

Spectrum recently transmitted raw seismic data from a vessel in the South Atlantic Ocean to their data center in Houston daily via satellite.

“TELEPORT provided us with the information necessary to adjust the program during acquisition. It also reduced the waiting period for our customers who are trying to make investment decisions based on the newly acquired data,” commented Mike Mellen, Executive Vice President at Spectrum. 

Polarcus successfully streamed more than 1.5 TB of raw seismic data compressed to 395 GB over satellite from vessel to cloud.

“We achieved a transmission efficiency of 95 percent over the 25 MBps allocated bandwidth with an average transmission rate of 200 GB per day. This technology allows us to stream all seismic data to the cloud within 24 to 48 hours of acquisition,” said Phil Fontana, Chief Geophysicist at Polarcus.

Bluware TELEPORT uses a proprietary Virtual Data Storage (VDS) and adaptive streaming technology, which fully preserves the signal quality and reduces storage by 25 to 30 percent. It enables streaming at variable signal rates to adapt to the workflow or the capabilities of the infrastructure.

Bluware provides seismic acquisition companies the ability to transport seismic data directly into object storage, avoiding slow and costly file systems, while enabling seismic data to be immediately accessible to high-speed processing and deep learning in the cloud or on premise.

“Polarcus’ and Spectrum’s results demonstrate that the acquisition and processing workflow can be improved to the point that a hydrophone could be seen in the future like any other IOT sensor. Also, a combination of edge, cloud analytics, and machine learning can be applied directly to the signal,” said Dan Piette, CEO of Bluware.

 

SOURCE Bluware Corp.

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Artificial Intelligence

5-Star Destination, Tokyo Station Hotel, Adopts Bebot, Bespoke’s AI-powered Travel Concierge

Vlad Poptamas

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Bespoke, creators of the world’s first AI-powered chatbot developed for travelers, today announce Tokyo Station Hotel, an independent 5-star hotel in Tokyo, has adopted Bebot to serve guests. Through Bespoke’s unique travel-focused AI, Bebot provides hotel guests with an intuitive, responsive and friendly channel to ask any questions that arise during a hotel visit. Guests can make requests for recommendations, reservations and services, or ask specific questions related to their travel experience – all through chat. With Bespoke’s recent launch into the US Market, Bebot is now available for US-based hotels and travel destinations.

Bespoke’s world-leading, unique travel-focused AI is augmented by on-the-ready, seamless, human chat to continuously improve, teach and optimize their AI technology, providing customers and travelers with a no-compromise, reliable source of information. Bebot’s advanced AI was developed to provide travelers with essential information and tips in an intuitive and familiar, yet powerful chat service – providing essential and inspiring tips and information to improve guests’ visits, while relieving hotel staff.

“Tokyo Station Hotel is one of few independent 5-star hotels, and we’re honored they choose Bebot to serve their guests,” said Akemi Tsunagawa, founder and CEO of Bespoke. “Our unique AI was developed from the ground up to serve the specific needs of travelers providing them with the timely info, tips and guidance they need to have a comfortable stay wherever they go.”

In addition to providing information about services, rates, amenities, menu options and directions, Bebot provides travelers with vital details about nearby attractions, destinations and more. Travelers access Bebot by scanning a QR code found on a placard or by visiting a url provided by the hotel – no additional downloads are necessary.

 

SOURCE Bespoke

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Artificial Intelligence

Mercari Opens Cambridge Engineering Offices

Vlad Poptamas

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Mercari, The Selling App, today announced the opening of engineering offices in Cambridge, MA, advised by two renowned professors at the adjacent Massachusetts Institute of Technology (MIT).

Mercari is the number-one marketplace in Japan. Since entering the U.S. in 2014, more than 45 million Americans have downloaded the app.

At the moment, Mercari’s team in Cambridge is focused on better understanding sellers and buyers, and predicting their intentions ahead of their actions. This helps Mercari deliver a more personalized experience using its recommendation engine. The team is applying machine learning on massive amounts of data to better personalize the user experience based on their preferences, history and interactions.

More broadly, this team is pursuing applied research projects in machine learning, computer vision and other emerging technologies that can help Mercari to make selling even easier than buying.

“Opening the Mercari engineering offices in Cambridge is an important addition to our global technology centers in Palo Alto and Tokyo,” said Dr. Mok Oh, chief technology officer for Mercari U.S. “The expectations of Mercari sellers and buyers are always evolving, so it’s vital that we harness emerging technologies to continuously improve our app and services.”

Advising the team are Dr. Frédo Durand and Dr. Wojciech Matusik of MIT.

Dr. Frédo Durand is a renowned researcher and professor in computer vision and computational photography. He is a professor of Electrical Engineering and Computer Science at MIT, and a member of MIT’s Computer Science and Artificial Intelligence Laboratory (CSAIL).

Dr. Wojciech Matusik is widely-recognized professor and entrepreneur in machine learning, 3D vision, and 3D fabrications. He is a professor of Electrical Engineering and Computer Science at the Computer Science and Artificial Intelligence Laboratory (CSAIL) at MIT, where co-directs the Computer Graphics Group and teaches machine learning courses

Mercari is looking for talented people to join its technology teams in Palo Alto and Cambridge. A list of all current U.S. openings is here.

 

SOURCE Mercari

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Artificial Intelligence

Chinsay’s Intelligent Contract Platform Enables Rio Tinto & Cargill to Complete the First Fully Digitalised Iron Ore Trade

Vlad Poptamas

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Photo source: salestechstar.com
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Chinsay, the leading provider of contract digitalisation solutions in the commodity and freight markets, is announcing today the completion of the first fully digitalised iron ore trade, through a trial achieved in partnership with Rio Tinto and Cargill‘s Metals business on Chinsay’s Intelligent Contract Platform (ICP).

In using ICP, Rio Tinto and Cargill collaborated on a single platform to dramatically reduce the time it takes to create, issue and approve commodity contracts from several days to under two hours. The digitalisation of this fundamental trade process creates the opportunity to automate and deliver post-trade efficiencies by linking front-, middle- and back-office functions.

Colin Hayward, Chinsay CEO, said: “This is a technological milestone for the industry, and we are delighted Rio Tinto and Cargill Metals chose to partner with us and use our ICP as the core technology to create this advance. We are constantly collaborating with clients, market participants, tech vendors and industry consortia to extend digitalisation further along the commodity trade lifecycle.”

“The Intelligent Contract Platform is a great tool that has the potential to benefit the entire ferrous industry,” said Lee Kirk, Managing Director for Cargill’s Metals business. “This is a great example of how we can leverage advancements in technology to benefit from increased speed, transparency and efficiencies that enable us to serve our customers and suppliers better.”

ICP is state-of-the-art technology which allows companies to digitalise pre-trade processes early in the deal lifecycle, creating an agreed contract dataset that can be seamlessly integrated with other operational systems, functions and processes, enabling transparency and traceability across the supply chain.  ICP prepares clients for the use of technologies such as blockchain, ML, AI and electronic trade documentation solutions.

 

SOURCE Chinsay

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