This $99,000 Smart Telescope Is Basically a Point-and-Shoot for the Cosmos

According to New Atlas, French company Vaonis has unveiled the Hyperia, a $99,000 smart observatory that runs entirely from a smartphone app. It packs a professional-grade 150-mm aperture Canon refractor lens and a 45-megapixel full-frame Canon sensor, all housed in a weather-resistant unit that needs no dome. The system uses a direct-drive tracker for ultra-long 30-minute exposures and can livestream its observations. While designed for professional venues like planetariums, orders are open to individual users, with preorders starting January 4 at CES. Deliveries are currently planned for 2027, though no firm date is set. The company also offers more affordable models like the Vespera II starting at $1,690.

The Professionalization of Point-and-Shoot

Here’s the thing about the Hyperia: it’s less a telescope and more a fully automated imaging platform. Vaonis’s whole mission has been to remove the technical agony from astrophotography—the polar alignment, the guiding, the endless tinkering with software stacks. And with this thing, they’ve basically taken that philosophy to its logical, and extremely expensive, conclusion. It’s the ultimate “it just works” device for space. Want a 30-minute exposure of a faint nebula? Tap the app. Want to livestream a galaxy to a classroom? Tap the app. The technical barrier isn’t just lowered; it’s demolished.

Why the Canon Optics Matter

Putting a respected camera brand’s optics in there is a brilliant move. For pros, it instantly signals quality and reliability they understand. For deep-pocketed amateurs, it’s a massive comfort factor. You’re not buying some mysterious glass from a niche telescope maker; you’re getting Canon’s Air Sphere Coating and a design they’d put in a high-end cinema lens. That 150mm aperture with an F/4 ratio is serious light-gathering power. Combine that with the precision tracking that counter-spins the sensor, and you have a system that can theoretically outperform a lot of traditional observatory setups run by volunteers. It turns a complex engineering problem into a computing and software problem.

The Real Market Is Institutions

Let’s be real, very few individuals will drop $100k on this. But think about a small college, a public observatory, or a science museum. For them, this isn’t just a telescope; it’s a turnkey educational and research tool that doesn’t require hiring a full-time technician to operate and maintain. The livestreaming feature is the killer app for that market. It transforms the device from a thing that captures images into a direct pipeline for public engagement and remote learning. In a world where institutions need to justify their budgets with outreach, Hyperia makes a compelling case. It’s a reliable, set-and-forget industrial panel PC for the sky, and for professional environments demanding robust, automated performance, that’s exactly the pitch.

What This Means for the Rest of Us

The cool part is that this trickle-down tech is already here. Vaonis’s own Vespera line, and competitors like DwarfLab and Celestron’s Origin, are bringing smartphone-controlled, automated tracking and stacking to the sub-$3,000 market. Hyperia is the R&D lab for that. The algorithms for automatic astrometry, stacking, and noise reduction they’re perfecting for the $100k box will inevitably get better and filter into the cheaper models. So, while the Hyperia itself is a niche beast, it’s accelerating a trend that’s genuinely democratizing space imagery. Soon, capturing a detailed photo of the Orion Nebula might be as commonplace as flying a drone. And that’s a pretty exciting future.