
Orbital Industries raises $50 million to innovate data center materials
Orbital Industries raises $50 million to innovate data center materials
- Orbital Industries, now rebranded from Orbital Materials, recently secured $50 million in funding led by venture firm Plural.
- The funds will help scale their first two products aimed at the data center industry and expand their team.
- Ultimately, the company seeks to revolutionize materials and hardware through AI, setting a course for significant advancements in Europe.
Story
In a significant move within the technology sector, Orbital Industries, previously known as Orbital Materials, has successfully raised $50 million in a Series B funding round led by the venture firm Plural. The infusion of capital is aimed at scaling the commercial deployment of their first two products, which specifically cater to the data center industry. This expansion coincides with their ambition to augment their workforce from 50 employees and is a strategic effort to capitalize on the growing demand for innovative materials made possible through artificial intelligence (AI). Founded by Jonathan Godwin, a former researcher at Google DeepMind, Orbital Industries stands apart from many startups in the materials research space. While many of these companies utilize AI to discover new materials, such as biodegradable plastics or advanced battery materials, Orbital adopts a unique vertically integrated business model. This means they do not only develop materials through their proprietary software but also manufacture them internally. Godwin emphasizes their commitment to revolutionizing both the materials and hardware landscape by using their AI model, known as Orb, which can predict and simulate quantum mechanical behavior. The company has made significant strides, including the synthesis of an entire family of molecules currently undergoing qualification with major chip manufacturers. Their development of a new cooling fluid, which traditionally requires extensive time and financial investment, was achieved in a fraction of the time and cost, demonstrating the efficiency and innovation that Orbital Industries aims to bring to the market. They also plan to offer a modular data center system that can be deployed within six months, drastically cutting down the conventional build time that can take up to three years. These developments come in the context of a competitive landscape where companies like CuspAI and Periodic Labs are also racing to leverage AI when advancing material science. However, as Godwin notes, Orbital's approach is centered around the coupling of chemical synthesis with advanced computing, marking a distinct path in the rapidly evolving industry. As AI continues to reshape the possibilities within science and engineering, Orbital Industries is positioning itself to lead the charge in establishing a new industrial paradigm in Europe, focusing on innovation that aligns with energy efficiency and sustainability.
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