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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.

Meta’s Muse Charm Is More Than A Gimmick — It’s A Bet On Fashionable AI

Meta’s newly announced Muse Charm is already prompting a familiar question: is this a clever attempt to make AI feel more approachable to mainstream consumers, or simply the latest entry in a growing graveyard of flashy hardware that failed to catch on?

Early reactions have been mixed. But one thing is clear: the form factor is timely. In a market increasingly shaped by aesthetics, personalization, and nostalgia, the Charm arrives with the right visual language for the moment.

A Device Designed For A Generation That Likes To Carry Its Personality

For Gen Z consumers, especially, the idea of technology as an accessory is hardly far-fetched. In the post-Labubu era, dangling objects have become cultural currency — from keychains and mini plush toys to beauty products reimagined as bag charms. The appeal is not purely decorative. These items function as signals of identity.

That is precisely why the Charm may resonate. Like the beauty-bag charm trend seen across products such as lip glosses, hand sanitizers, and fragrances, the Muse Charm blends utility with self-expression. It is not just a device. It is a style object.

Hailey Bieber’s Rhode lip case helped push that idea into the mainstream by turning a lip product into something closer to a fashion accessory. The brand’s commercial success underscored how powerful that overlap can be: beauty and utility are no longer separate categories, but increasingly part of the same consumer logic.

The same goes for Labubu, the fuzzy collectible that evolved from niche toy to global phenomenon. While demand for the character may have cooled, the broader bag-charm category has not. Analysts now expect the global market for these accessories to surpass $1 billion by 2030.

The Charm Fits A Wider Retro-Tech Revival

Meta’s Muse Charm also taps into a broader retro-tech movement that has been gaining momentum. Digital cameras, flip phones, iPods, CDs, cassette tapes, wired earbuds, and even landline phones are all finding new life among younger consumers who are increasingly skeptical of always-on, algorithmically optimized technology.

That skepticism has created room for objects that feel tangible, controllable, and personal. For many young people, especially women driving a great deal of this trend, physical tech offers something the digital world often does not: a sense of ownership.

That is part of the appeal behind the growing popularity of so-called cyberdecks, DIY portable computers that are often decorated with jewels, flowers, stickers, pearls, and other embellishments. The point is not just function. It is intimacy.

The Apple Watch Trend Shows The Market Already Exists

There is another, more immediate reference point for Muse Charm: the growing TikTok-driven trend of turning older Apple Watches into keychains, pendants, and bag accessories. Across Amazon, Walmart, eBay, and Etsy, thousands of such products already exist, ranging from practical straps to decorative cases.

In many cases, these items are being worn less as gadgets and more as fashion objects. That distinction matters. It suggests the market is already primed for devices that blur the line between technology and accessory — especially when the technology is small enough to personalize and visible enough to signal taste.

In that sense, Meta is not inventing a new behavior so much as trying to package an existing one.

Meta’s Biggest Challenge Is Not Design. It Is Trust.

Still, good timing does not guarantee success. The biggest obstacle facing Muse Charm may not be product-market fit, but Meta itself.

The company has spent years eroding consumer trust through repeated privacy controversies, regulatory penalties, and public scrutiny over harms to minors. That history is difficult to separate from any new device that asks users to invite Meta even deeper into their daily lives.

And that is the central tension. If Muse Charm is positioned as a free or low-cost AI companion, the real currency may not be the hardware itself but the data it generates. Meta has said it plans to monetize Muse through a small transaction fee, but the broader business model is unmistakable: highly personalized advertising powered by highly personal behavior.

For consumers, the calculation may come down to a familiar tradeoff. The device may be playful, fashionable, and culturally on point. But whether users are willing to trust Meta with another layer of their lives is a far harder question.

That may ultimately determine whether Muse Charm becomes a breakout product — or just another well-designed gadget that could not overcome the baggage of the company behind it.

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