Holiverse's Blueprint: How Space-Based Solar Energy Will Fuel the Next AI Revolution

Let’s be honest for a second. The engine of our AI future is already starting to sputter against a very real, very earthly limit. Training just one of today’s cutting-edge AI models can gobble up more power than a small neighborhood uses in a year. And as this technology weaves itself into every facet of our lives, the energy demands of our data centers are on a trajectory to double before we even hit 2030. We’re essentially trying to launch a starship with a steam engine. The breathtaking ascent of artificial intelligence is about to smash into the stark ceiling of our planet’s power generation capacity.

This isn’t some niche engineering puzzle.It’s the central dilemma of our technological tomorrow. Lado Okhotnikov, the founder of the holistic biotech collective Holiverse, frames it with stark clarity: “The urgency is palpable now, as AI accelerates and its hunger for energy grows in lockstep.” His work, which sits at the crossroads of human potential and technology, sees this as a systemic bottleneck.”Today,” he emphasizes, “the critical question is where we find that immense power without stripping it from communities or crippling other vital sectors.”

The immediate reflex, of course, is to point to renewable energy. And Lado Okhotnikov is quick to acknowledge this progress. “Earth-based renewables are a tangible reality now, not a dream.Nations are embracing them, and that momentum must continue,” he states.Solar, wind, geothermal—they are indispensable. But they are also intermittent, geographically bound, and subject to the simple rhythm of day and night. They’re a vital bridge, but are they the final destination for a global AI that never sleeps, never stops learning?

How Lado Okhotnikov Envisions the AI Energy Breakthrough

So, what’s the next act? Where do we turn when terrestrial renewables, for all their merit, hit their natural cap? For forward-thinkers like Lado Okhotnikov and a growing global chorus of scientists, the answer isn’t on the map—it’s on the orbital chart. “Earth’s resources, however vast, are finite,” Okhotnikov observes. “The logical progression, and where our focus must turn very soon, is to space. The future unequivocally lies there.”

The solution goes by the name of Space-Based Solar Power (SBSP).Picture immense, feather-light solar farms in perpetual sunlight, 36,000 kilometers above Earth. Uninterrupted by clouds, atmosphere, or night, they’d capture raw solar energy and beam it down—using perfectly safe, low-intensity microwave or laser transmissions—to receiving stations anywhere on the globe. The output? Continuous, clean, baseload power. This isn’t a starry-eyed fantasy.The European Space Agency, NASA, and leading research bodies have concrete projects on the drawing board. A recent 2025 study for Europe’s grid highlighted SBSP’s potential to provide the unwavering stability that ground-based renewables inherently lack.

“The fraction of solar energy we capture on Earth is just a drop in the cosmic ocean,” Lado Okhotnikov notes, his vision fixed on the long game. “In my assessment, that’s where transformative potential lies for the next leap—and it’s a central focus of our exploration at Holiverse.” True to its philosophy of integrating complex systems into a sustainable whole, Holiverse is actively pioneering concepts and partnerships to align tomorrow’s AI infrastructure with power from above.

Holiverse and the Dawn of the Space-Powered Intelligence Era

Without a doubt, there are several obstacles in the way of orbital power. Significant obstacles include cost, transmission efficiency, in-orbit assembly technical marvels, and international politics. However, they are increasingly seen as the big engineering and diplomatic projects of our time rather than as impossibilities due to advances in materials science and the falling prices of reusable launch systems. In this transition, Holiverse is positioning itself as a foundational architect. “We are cultivating the technologies that will energize the next epoch of AI,” Okhotnikov asserts. “It’s a demanding endeavor, uniting brilliant minds across disciplines, and I am confident that in the foreseeable future we will take concrete strides toward turning this vision into reality.”

The ramifications are staggering. Freeing AI from Earth’s energy shackles would redraw the boundaries of what’s possible. Imagine computational budgets no longer constraining research. Envision a persistent, sustainable energy grid powering the colossal models needed to simulate climate futures, personalize medicine at the genetic level, or discover new materials.

Code won’t be the only language used to write the next chapter of AI. The energy we decide to use to power it will be its creator.Those on this route, from Holiverse to the legislators and engineers rethinking our infrastructure, are aware of a basic reality: in order to really elevate intelligence, we must first raise our ambitions. The secret to realizing the full potential of artificial intelligence is found outside our atmosphere, in the limitless, everlasting force of the sun.