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Lumen Orbit: The Start-Up Aiming To Transform Space Into The Next Frontier For Data Centers

In an industry that thrives on bold innovation, Lumen Orbit is already making waves. Launched earlier this year by three satellite engineers, the Redmond, Washington-based start-up is on a mission to revolutionize space internet through optimized satellite design.

Backed By Big-Name Investors

Venture capitalists are taking notice. This week, Lumen Orbit secured an $11 million seed round, boosting the company’s valuation to an impressive $40 million, according to TechCrunch. High-profile investors such as NFX and Soma Capital are already on board, with Andreessen Horowitz and Sequoia reportedly showing interest as well. Industry insiders hint that plans for a new funding round are already in motion, signaling strong confidence in Lumen Orbit’s potential.

A Vision For Space-Based Data Centers

So, what’s driving all this excitement? Lumen Orbit’s ambitious goal is to relocate data centers to orbiting satellites in space. This vision places the company at the heart of the “new space economy” — an emerging sector where governments and private enterprises explore the possibilities of establishing data hubs beyond Earth’s atmosphere.

One notable example of this trend is ASCEND (Advanced Space Cloud for European Data Sovereignty and Net Zero Emissions), a project spearheaded by Thales Alenia Space as part of the European Commission’s Horizon Europe programmes. The initiative aims to demonstrate the technical feasibility and environmental benefits of space-based data centers.

The Case For Space-Based Data Centers

Why send data centers to space? The rationale is compelling. On Earth, data centers require substantial amounts of land and water to maintain optimal cooling for their vast hardware systems. Space, however, offers infinite real estate and naturally low temperatures, eliminating two major resource constraints.

Solar energy would power these orbiting hubs, while batteries store excess energy to cover periods without direct sunlight. This approach has the potential to drastically reduce operational costs while making data centers more sustainable. Lumen Orbit’s satellite hubs could feasibly support both computing operations and data transmissions back to Earth.

What’s Already Up There?

While the concept may seem futuristic, some groundwork has already been laid. Projects like the Stacked Miniaturized and Radiation Tolerant Intelligent Electronics (SMARTIE) facility are early indicators of what’s possible. SMARTIE’s system uses “tiles” to achieve over 300 gigaflops of computing power per unit. These satellites, equipped with BAE Systems’ RAD750 single-board computers, process sensor data and manage artificial intelligence-related tasks in space.

These developments illustrate that the leap to space-based data centers isn’t as far-fetched as it may seem. They mark the initial steps toward a larger shift in how and where we handle large-scale computing needs.

The Cost Advantage

A key driver of Lumen Orbit’s business case is cost reduction. According to co-founder Philipp Johnston, a Harvard and Columbia graduate, shifting data centers to space could drastically lower operational expenses. “Instead of paying $140 million for electricity, you can pay $10 million for a launch and solar,” Johnston explained.

Johnston’s co-founders also bring impressive credentials to the table. Chief Technology Officer Ezra Fielden previously worked at Airbus and contributed to NASA’s research efforts. Adi Oltean, another co-founder, was a principal software engineer at SpaceX, where he worked on Starlink’s cutting-edge satellite internet technology. Together, the trio’s combined expertise provides Lumen Orbit with a formidable foundation for success.

The Road Ahead

Though the concept of space-based data centers may sound like the stuff of science fiction, the business logic is undeniable. As demand for efficient and sustainable data processing grows, Lumen Orbit’s proposal to leverage space as a new frontier for data operations is attracting investors and sparking industry-wide interest.

With deep-pocketed backers and a bold vision, Lumen Orbit is well-positioned to capitalize on a burgeoning trend. If successful, the company’s satellites could usher in a new era of data management, bringing faster speeds, lower costs, and greener solutions to an increasingly data-driven world.

Only 1% Of Cyprus Farms Use Precision Farming Technologies

Cyprus remains one of the European Union’s least digitised agricultural economies, with just 1% of farms using precision farming technologies in 2023, according to Eurostat.

The findings come as the EU continues to encourage the adoption of digital tools aimed at improving agricultural productivity, efficiency and sustainability.

Internet Access Expands, But Digital Uptake Lags

Internet access has improved across the bloc, although adoption remains uneven. Eurostat found that 43% of EU farms had internet access in 2023, with northern and central European countries leading the way.

Denmark, Germany, Slovakia, Latvia, the Czech Republic and Austria all reported internet access rates above 90%.

Greater connectivity, however, has not translated into widespread digital adoption. Farm management information systems, which help farmers manage day-to-day operations, were used by only about 11% of EU farms. France was a notable exception, with around 60% of farms using the technology.

Precision Farming Concentrated In Larger Operations

Robotics adoption also remained relatively limited, with only about 7% of EU farms using robotic technologies. Overall, around 18% of farms with utilised agricultural area employed at least one precision farming technology or practice in 2023.

These included robotics for plant protection, band spraying, variable-rate application, precision crop monitoring and soil analysis. Despite representing fewer than one in five farms, these holdings accounted for around 44% of the EU’s utilised agricultural area.

The figures suggest that precision farming remains concentrated among larger agricultural businesses, where investment in digital technologies is typically easier to support.

Cyprus Lags Behind EU Leaders

Luxembourg, Finland and Estonia recorded the highest shares of utilised agricultural area managed by farms using precision farming technologies, each exceeding 75%.

At the other end of the ranking, Cyprus recorded just 1%, while Greece and Romania reported between 10% and 15%. The results indicate that Cyprus remains at an early stage of digital adoption in agriculture, even as precision farming becomes more widespread across parts of the European Union.

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