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Saildrone Joins CENIC’s 100Gbps Advanced Broadband Network as Pilot Partner

The City of Alameda launched the first-of-its-kind pilot project to bring high-capacity network access to Alameda Point research and development companies.

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Saildrone
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September 25, 2019

The nonprofit Corporation for Education Network Initiatives in California (CENIC) operates the California Research and Education Network (CalREN), an advanced broadband network with a 100Gbps capacity connecting more than 20 million users in California from research facilities to K-12 students, public libraries, and universities. To stimulate economic development, the City of Alameda, CA, has launched a two-year public-private partnership providing technology and research and development companies access to the CENIC network.

This is the first time that private sector companies like Saildrone will be allowed to access the CENIC network, enabling Saildrone to distribute its fast-growing ocean data to its science partners such as NOAA and NASA. Saildrone will also be able to access super-computing facilities from the nation’s network of labs, including the nearby Lawrence Berkeley National Laboratory, home of the Lawrencium, a 942-node (23,424 computational core) Linux cluster with a 1.8PB parallel file storage system.

Saildrone designs, manufactures, and operates a global fleet of wind and solar-powered unmanned surface vehicles (USVs). Each vehicle is equipped with a suite of science sensors to collect high-definition meteorological and oceanographic data above and below the sea surface. Data is distributed in NetCDF scientific format and available on Saildrone’s proprietary data portal data.saildrone.com, as well as public data portals including NASA PO.DACC, NOAA ERDDAP, EMODNET, and others. Targeting a global fleet of 1,000 vehicles at scale, Saildrone is quickly becoming a major platform augmenting the global ocean observing system (GOOS).

“With this ultra-fast connection, we will be able to efficiently share large volumes of ocean data with our science partners and access key government super-computers such as the  High-Performance Computing (HPC) Division at Lawrence Berkeley National Lab,” said Saildrone COO Sebastien de Halleux.

City of Alameda Mayor Marilyn Ezzy Ashcraft
City of Alameda Mayor Marilyn Ezzy Ashcraft flips the switch connecting Saildrone to the CENIC network in a launch ceremony at the company’s headquarters in Alameda Point on September 24, 2019.

The partnership is about more than network access, and opens the door to closer collaboration with the Department of Energy (DOE) national labs. Lawrence Berkley National Lab is, for example, involved in a number of ongoing climate research efforts that could potentially benefit from the types of data collected by the Saildrone platform. The Calibrated and Systematic Characterization, Attribution, and Detection of Extremes (CASCADE) project, for example, is designed to improve the country’s ability to identify and predict climate extremes such as hurricanes, floods, and heat waves and understand how they are affected by environmental factors.

The CENIC Network Partnership not only connects Saildrone and other companies to research and education institutions in California, but by extension, the world. The Energy Sciences Network (ESnet) is the US Department of Energy’s dedicated science network, which provides ultra-fast access to research facilities around the world such as the European Organization for Nuclear Research (CERN)’s Large Hadron Collider, (LHC) the world’s largest and most powerful particle accelerator, as well as other research resources across Europe and Asia.

“Saildrone’s mission is to make cost-effective ocean data collection possible at scale, and we believe that developing public-private partnerships, like the partnership with CENIC, are essential to distributing and analyzing the large amount of data  we are collecting and ensure a more efficient collaboration with our science partners for things like quality control and rapid transformation of big data to knowledge,” said de Halleux.

CENIC launch event Saildrone
From left, Sherilyn Evans, vice president of CENIC, Saildrone COO Sebastien de Halleux, City of Alameda Mayor Marilyn Ezzy Ashcraft, CENIC President and CEO Louis Fox, Carolyn Hogg, director of IT for the City of Alameda, and Ryan Choate of the Alameda County Office of Education.

“The economic development potential created by this synergy is unprecedented,” said Carolyn Hogg, Director of IT for the City of Alameda.

The partnership also includes a solid educational dimension. Working together with Saildrone, the Alameda County Office of Education (ACOE), which is managing the CENIC network for the project, is developing a “blue science” curriculum for its school districts and helping to set up internship programs to foster job creation. Saildrone has already hosted several high school and college students for summer and school-year internships in composites manufacturing and computer science.

“The hope is that after an internship at a company like Saildrone, the students will be inspired to pursue a blue science education at the College of Alameda and later at a university or an institution like the Lawrence Berkeley National Lab,” said Hogg.

Alameda County Superintendent of Schools L. Karen Monroe said the curriculum that is being developed by ACOE, Saildrone, and local scientific institutions will create pathways to college and a career for students; internships with institutions on the network will offer opportunities to learn from the Bay Area’s world-class scientific community. “This partnership shows how business, education, and government have much to gain from each other, and we are stronger together,” she said.


Main photo: Saildrone COO Sebastien de Halleux, City of Alameda Mayor Marilyn Ezzy Ashcraft, CENIC President and CEO Louis Fox, and Ryan Choate of the Alameda County Office of Education at a launch event September 24, 2019.


Resources:

Theo Douglas, “Public-Private Teaming Aims to Stimulate Tech, R&D, Revitalize Alameda Point,” Techwire, July 18, 2019