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Six Companies Join New York Offshore Wind Innovation Hub Accelerator

The New York University (NYU) Tandon School of Engineering, in partnership with Equinor ASA, National Offshore Wind R&D Consortium (NOWRDC), and New York City Economic Development Corp. (NYCEDC), has selected six companies to receive support for the development of ideas and advancement of offshore wind’s potential in New York under the Offshore Wind Innovation Hub. […]

The New York University (NYU) Tandon School of Engineering, in partnership with Equinor ASA, National Offshore Wind R&D Consortium (NOWRDC), and New York City Economic Development Corp. (NYCEDC), has selected six companies to receive support for the development of ideas and advancement of offshore wind’s potential in New York under the Offshore Wind Innovation Hub.

The Offshore Wind Innovation Hub, led by Equinor, reviewed a pool of 53 applicants. In a media release, the Hub partners said the six companies have been selected based on the novelty and potential of their solutions to join the 2025 Accelerator Cohort.

The six companies are Anemo Robotics, Kalypso Offshore Energy, MESPAC, Orpheus Ocean, Reblade, and Werover.

Among the focus areas was identifying innovations that can contribute to efficiencies in turbine maintenance and improved marine life monitoring, the Hub partners said.

“We’re excited to join the Offshore Wind Innovation Hub program as it represents a significant opportunity for us to explore the U.S. offshore wind market. We look forward to gaining valuable insights and mentorship from the distinguished companies and experts involved in the program”, Balca Yılmaz, CEO and Co-Founder of Werover, said.

The winners will participate in a six-month mentoring and business development program that aims to prepare them for strategic partnerships with offshore wind developers, suppliers, and the wider industry. The program helps innovators overcome barriers and commercialize solutions in New York and beyond, the Hub partners said.

Building on two years of success, the 2025 Accelerator builds on progress made by the 2024 cohort in business, product development, fundraising, hiring, and piloting. Notable achievements include Triton Anchor’s $5.7M fundraise, Claviate’s contract with Siemens to manage turbines, and Pliant Energy’s two pilot projects in New York City waters with NYC EDC, according to the Hub partners.

The Offshore Wind Innovation Hub is based in Sunset Park, Brooklyn, with a mission to enable smaller companies to provide their technology to the offshore wind industry.

Cohort companies will be individually paired with knowledgeable Equinor mentors and receive industry-specific guidance on technology development from NOWRDC. Cohort companies will also benefit from NYCEDC’s extensive involvement in piloting and innovation activities throughout the city, including the Pilots at BAT, the Hub partners said.

“The Offshore Wind Innovation Hub is a great example of the knowledge transfer that happens when academia and the private and public sectors come together to support the ingenuity of aspiring entrepreneurs. Congratulations to this year’s winning companies, as their visionary concepts and creative solutions will certainly help contribute to New York State’s offshore wind industry”, New York State Energy Research and Development Authority President and CEO Doreen M. Harris said.

To contact the author, email [email protected]



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More Tariffs Loom as US Probes Wind Turbine Imports

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Streamline Innovations Completes Recapitalization

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Indonesia Energy Signs MoU with AEP for Brazil O&G Projects

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ConocoPhillips Raises Offtake from Port Arthur LNG

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Woodside Boosts Production in First Half

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Nvidia turns to software to speed up its data center networking hardware for AI

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Fluke Networks expands testing to help ease data center networking challenges

High-density fiber connections amplify contamination risks The shift toward higher-density fiber connections has significantly complicated contamination control. Modern array connectors can house up to 24 individual fibers within a single connection point. In contrast, traditional duplex connections contained just two fibers. “The slightest little bit of dust on one of those nine micron wide fibers, which, by the way, is much smaller than a human hair, the slightest little bit of dust on any one of the 24 in that connector, and it’s not going to work,” Mullins explained.  The inspection and cleaning requirements extend beyond traditional fiber testing. Each kit includes cleaning and inspection capabilities. Mullins noted that many technicians take shortcuts on fiber preparation.  “Cleaning and inspecting a fiber, every time you unplug it and plug it back in, adds, like another minute worth of work. But you know what? If you don’t do it, you’re gonna pay for it down the road,” he said. Cable identification a persistent challenge In addition to the new kits, Fluke Networks is also continuing to help solve other persistent networking issues. Physical cable identification continues to plague data center operations despite advances in network management and monitoring. Fluke’s solutions address this through multiple approaches. These include tone and probe technology, remote identification systems, and active network port discovery.

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Cisco ties storage networking gear to IBM z17 mainframe

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Scaling Up: Tract’s Master-Planned Land and Infrastructure Approach to Data Center Development

With the rapid growth of physical data center infrastructure, it’s no surprise that a niche market has emerged for companies specializing in land acquisition. Reports of massive property purchases by firms planning new facilities appear almost daily—and so do accounts of the challenges developers face before the first shovel hits the ground. As parcel sizes grow and power and water demands intensify, the complexities of acquiring and preparing these sites have only increased. Tract is a leader in this space. The Denver-based company develops master-planned data center parks, with more than 25,000 acres of potential sites under its control and plans to support over 25 GW of workload capacity. To put that into perspective, 25,000 acres is roughly 40 square miles—about two-thirds the land area of Washington, D.C., or, for European readers, two-thirds the size of Liechtenstein. Building Shovel-Ready Megasites Rather than waiting for developers to come knocking, Tract takes a proactive approach, built on the core belief that the future of data center growth lies in pre-entitled, zoned, and infrastructure-ready megasites. The company works years in advance to deliver shovel-ready campuses with reliable energy, fiber connectivity, and municipal cooperation already in place. Its model emphasizes strategic land aggregation in high-growth regions, the cultivation of long-term relationships with utilities and governments, and master planning for power, cooling, transportation, and sustainability. This integrated approach positions Tract to deliver both speed and certainty to hyperscale project developers—at scale. Tract’s leadership team brings deep industry experience. Founder and Executive Chairman Grant van Rooyen previously led acquisitions and expansions at Cologix and Teraco. President Matt Spencer brings more than 35 years of telecom and infrastructure leadership, while Chief Energy Officer Nat Sahlstrom, former head of Amazon’s global energy, water, and sustainability teams, helped make Amazon the world’s largest buyer of renewable energy. Backed by

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When Communities Push Back: Navigating Data Center Opposition

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Study finds data center colocation capacity near zero

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Microsoft will invest $80B in AI data centers in fiscal 2025

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John Deere unveils more autonomous farm machines to address skill labor shortage

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2025 playbook for enterprise AI success, from agents to evals

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OpenAI’s red teaming innovations define new essentials for security leaders in the AI era

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