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4 September 2026·8 min read·By Astrid Berg

Galaxia Acquires Simera Sense Hyperspectral Imager

Galaxia acquires HyperScape100 hyperspectral imager from Simera Sense, expanding Earth observation for commercial, civil, and defence customers.

Galaxia Acquires Simera Sense Hyperspectral Imager

Galaxia Acquires Simera Sense Hyperspectral Imager

Galaxia just bought Simera Sense's tech. So the Canadian firm is now pushing far deeper into advanced Earth observation, a move that hinges on an optical payload provider based in Europe that announced the deal on September 3, 2026, with a HyperScape100 hyperspectral imaging system at its core. It's a sharp step up. This acquisition, which spans operations between Leuven, Belgium, and Halifax, Canada, puts Galaxia in a position to serve commercial, civil, and defence customers with richer spectral data than they've ever had access to before. But don't expect them to stop here.

This isn't just another satellite. It's a deliberate expansion of Galaxia's portfolio, a strategic move that builds on the intelligent platforms the company has been crafting through its MissionOne program for some time now. But adding hyperspectral imaging changes everything. The calculus of what those platforms can actually do from orbit shifts completely when you can see beyond the visible spectrum. So they're no longer just observers. They're analysts.

A Camera With 400 Options

The HyperScape100 isn't your average space camera. But it's far more than a simple snapshot machine, because it delivers 32 user-selectable spectral bands drawn from a library of 400 available options, giving operators a degree of flexibility that's hard to match. So mission teams can tune the instrument for one specific job today, then reconfigure it later for entirely different needs as the mission evolves, without ever swapping out hardware. That's the real trick. It adapts.

Galaxia Acquires Simera Sense Hyperspectral Imager

This flexibility matters, and it's important because no two hyperspectral missions are alike, so the system has to bend without breaking. A defence customer might want one spectral configuration, while an agricultural client needs something entirely different, and that divergence can seem impossible to reconcile. But the same payload can serve both. It switches between configurations throughout its operational life. So they're never locked into a single purpose.

Simera Sense designed the imager specifically for the tight size, weight, and power constraints of modern small satellites, so it's built to fit where bigger systems simply can't. That's their sweet spot. Compact hardware that delivers serious capability matters most in this growing market, and they've nailed the balance without cutting corners.

Market Context: According to Grand View Research, the global hyperspectral imaging systems market size was valued at USD 300.1 million in 2025 and is projected to grow to USD 686.0 million by 2033, at a CAGR of 11.0% from 2026 to 2033.

Why Hyperspectral Changes the Game

Traditional multispectral systems capture only a handful of broad wavelength bands. That's it. Hyperspectral imaging operates on another level entirely, capturing detailed spectral information across hundreds of narrow wavelength bands, so it's able to reveal what standard optical systems miss. But users can identify specific materials and detect subtle changes with ease. They simply can't do that otherwise.

The practical applications are striking. Vegetation health assessment becomes far more precise, mineral exploration can spot deposits that remain invisible to conventional sensors, and environmental monitoring catches pollution events earlier than ever before. Water quality analysis gains new resolution. And defence intelligence operations can distinguish between materials that look completely identical in ordinary imagery , but that's where the real edge lies. It changes everything.

“Galaxia is focused on delivering responsive, high-performance space capabilities that meet the evolving needs of our customers,” said Arad Gharagozli, Galaxia CEO. “Adding hyperspectral imaging to our offering significantly expands the range of missions we can support and enables us to deliver new value across commercial, civil, and defence markets.”

Gharagozli called the HyperScape100 “an excellent fit” for Galaxia's future Earth observation plans, pointing to its performance, heritage, and compact design as deciding factors.

Canada's Space Momentum

Thys Cronje, Chief Commercial Officer at Simera Sense, framed the deal within a larger trend, pointing to Canada's space industry as a sector that's building serious momentum right now. So he highlighted growing investment in sovereign satellite capabilities and commercial innovation. It's a real shift. And that momentum, he suggested, isn't just a fleeting spike but a sustained push that could reshape how the country approaches space for years to come. Don't underestimate it.

The demand is shifting," Cronje said, as more organisations look beyond traditional optical imagery and hyperspectral sensing becomes an increasingly valuable capability for their missions. Galaxia's investment shows real momentum. But it's also a clear signal that compact, high-performance hyperspectral payloads, ones that can drop into responsive satellite missions, are now in rising demand, and that's a shift we can't ignore.

Simera Sense was founded in 2018, headquartered in Belgium, with offices in South Africa, France, and the United Kingdom. They serve more than 60 clients worldwide. But that's just the start. The company delivers end-to-end solutions across RGB, video, multispectral, and hyperspectral applications for small satellite imagers, so it's a full package from sensor design to data output, and they can't be overlooked in this niche market.

European and Canadian Ties Tighten

This deal highlights something bigger than a single hardware purchase. It's about what happens when two space players decide they're better together. The collaboration brings together Simera Sense's flight-proven optical payload technology with Galaxia's next-generation intelligent satellite platforms, a pairing that lets each side build on the other's strengths without starting from scratch, which is exactly what you need when timelines are tight and margins are thin. And it reflects growing ties between the European and Canadian space sectors. That relationship keeps strengthening. Both sides are hunting for capable partners, and they're finding them across the Atlantic. So the real story here isn't just one contract. It's a pattern.

Galaxia's acquisition marks another step in its investment in advanced satellite technologies. But it's the framing that matters most here. The company positions itself as a builder of responsive and sovereign space capabilities for Canada and its allies, and hyperspectral imaging, with its ability to see beyond the visible spectrum, fits squarely into that vision. That vision is clear.

The real significance here is the demand signal. When a small satellite company in Canada chooses a Belgian hyperspectral imager, it says something about where the commercial space market is heading. Organisations are no longer satisfied with pretty pictures from orbit. They want data that tells them what materials are present, what conditions are changing, and what threats might be emerging.

Hyperspectral sensing delivers exactly that. And with the HyperScape100 now in Galaxia's hands, the company can offer customers a level of spectral detail well-suited for small satellite missions, significantly expanding their capabilities.

The announcement also speaks to the growing appetite for international partnerships in space technology, and it's a signal that the old model of vertical integration is fading fast. Rather than building everything in-house, companies like Galaxia are selecting best-in-class components from trusted suppliers across the Atlantic, a strategy that lets them tap into specialized expertise without the burden of reinventing every single wheel. That approach accelerates capability development while managing cost and risk. But it doesn't stop there. So the real payoff comes from speed, which matters more than ever in a competitive orbital economy where delays can cost millions.

Simera Sense sees this deal as a validation of its product strategy. The Belgian company has focused on compact, high-performance payloads designed for the small satellite revolution, betting that smaller, smarter instruments can deliver outsized value in a crowded market where agility matters more than brute size. Winning Galaxia as a customer strengthens its commercial story. That's a big win. And Galaxia is positioning itself as Canada's small satellite leader, so this isn't just another contract,it's a signal that Simera's approach resonates with the industry's rising stars. It's proof their bet is paying off.

The announcement came jointly from Leuven and Halifax. It's a fitting detail for a deal that bridges two continents, though neither company disclosed financial terms and no timeline for payload delivery or orbital deployment was specified. So what's clear is this: Galaxia's hyperspectral ambitions now have hardware to back them up.

Frequently Asked Questions

What does the HyperScape100 hyperspectral imaging system offer in terms of spectral bands?

The HyperScape100 delivers 32 user-selectable spectral bands drawn from a library of 400 available options. This allows mission teams to tune the instrument for one specific job today and reconfigure it later for entirely different needs without swapping hardware.

Why is hyperspectral imaging considered a game-changer compared to traditional multispectral systems?

Traditional multispectral systems capture only a handful of broad wavelength bands, while hyperspectral imaging captures detailed spectral information across hundreds of narrow bands. This allows users to identify specific materials and detect subtle changes that standard optical systems miss, enabling applications like precise vegetation health assessment and mineral exploration.

Who are the leaders from both companies that commented on the acquisition, and what did they say?

Arad Gharagozli, CEO of Galaxia, said the addition of hyperspectral imaging expands the range of missions they can support, calling the HyperScape100 an excellent fit for their Earth observation plans. Thys Cronje, Chief Commercial Officer at Simera Sense, highlighted Canada's growing space momentum and noted that the investment shows real demand for compact, high-performance hyperspectral payloads.

When was the acquisition announced, and between which locations does it span operations?

The acquisition was announced on September 3, 2026. It spans operations between Leuven, Belgium, and Halifax, Canada.

How does the HyperScape100 cater to different customers like defence and agriculture?

The HyperScape100 can switch between spectral configurations throughout its operational life, so a defence customer can have one spectral configuration while an agricultural client uses a different one. This flexibility means the same payload can serve both without being locked into a single purpose.

Astrid Berg
Written by
Space Editor

Astrid Berg covers space and astronomy, from missions and launches to the science of the universe. She follows the ongoing effort to explore beyond our planet.

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