The world doesn't need more imagery. It needs trusted measurement.
From opposite ends of the Pacific, a Canadian satellite company and an Australian geospatial firm have aligned their ambitions to offer something governments have long sought: not merely images of the Earth, but a continuous, trustworthy record of how it changes. EarthDaily, with seven spacecraft already in orbit and three more due by mid-2026, is building infrastructure designed less for photography than for measurement — a distinction that matters enormously when the decisions at stake involve defence, environment, and security. The partnership with Canberra-based Geospatial Intelligence places that capability in the hands of Australian agencies at a moment when the gap between data and action is narrowing faster than ever.
- Government and defence agencies across Australia face growing pressure to monitor vast, complex territories in near real-time — a demand that static satellite imagery was never built to meet.
- EarthDaily launched six new satellites this month alone, racing to complete a ten-spacecraft constellation by mid-2026 and close the window between data collection and decision-making.
- The fleet's 22-band multispectral sensors and 20-billion-pixels-per-second processing capacity represent a significant technical leap, positioning the company among the highest-throughput Earth observation operators in orbit.
- Geospatial Intelligence's established relationships with Australian government clients give EarthDaily immediate access to the defence and security sectors where consistent, science-grade data carries the most operational weight.
- The partnership signals a structural shift in the industry — away from one-off imaging contracts and toward continuous, AI-ready data streams that can feed directly into automated decision systems.
A Canadian satellite company and an Australian geospatial intelligence firm have joined forces to deliver daily Earth observation data to government agencies across the continent. EarthDaily, founded in 2021, has spent recent years building a constellation designed not simply to photograph the planet, but to measure how it changes from one day to the next. The partnership with Canberra-based Geospatial Intelligence will make that data available to Australian clients in defence, security, and environmental sectors — precisely the users who need reliable, consistent information to act on.
EarthDaily currently has seven satellites in orbit, with plans to complete a full constellation of ten by mid-2026. Six of those spacecraft launched just this month. Each carries sixteen multispectral imagers spanning 22 spectral bands, and together the fleet can process more than 20 billion pixels per second — among the highest capacities in orbit. Chief executive Don Osborne frames the company's mission plainly: the world does not need more pictures of itself. It needs trustworthy, repeatable measurement. EarthDaily was built to track change, not capture moments.
Geospatial Intelligence brings deep existing relationships with Australian government across multiple sectors, giving those clients access to EarthDaily's science-grade imagery and analytics without requiring them to build their own satellite infrastructure. For a country managing vast territories and complex security challenges, the ability to monitor change consistently and at speed carries obvious appeal.
The partnership reflects a broader industry shift — away from one-off imaging contracts and toward continuous, high-capacity data streams fed into decision-making systems. EarthDaily is betting that the future belongs not to whoever takes the best picture, but to whoever can turn raw pixel data into actionable intelligence faster than anyone else.
A Canadian satellite company and an Australian geospatial intelligence firm have joined forces to deliver daily Earth observation data to government agencies across the continent. EarthDaily, founded in 2021, has spent the last few years building out a constellation of spacecraft designed not simply to photograph the planet, but to measure how it changes from one day to the next. The partnership with Canberra-based Geospatial Intelligence will make that data available to Australian clients in defence, security, and environmental sectors—precisely the kind of government users who need reliable, consistent information to act on.
EarthDaily currently has seven satellites in orbit, with plans to complete a full constellation of ten by the middle of 2026. The company launched its first satellite, EDC-01, last year, followed by six more just this month. The first high-resolution images from the fleet were released in March. What sets these spacecraft apart is not their novelty but their engineering: each one carries sixteen multispectral imagers—twelve visible and near-infrared sensors, two short-wave infrared imagers, and two thermal infrared instruments—giving them a total spectral range of 22 bands. Together, the satellites can process more than 20 billion pixels per second, among the highest processing capacities in orbit.
Don Osborne, EarthDaily's chief executive, frames the company's mission in deliberate terms. The world does not need more pictures of itself, he argues. What it needs is trustworthy, repeatable measurement. Most Earth observation systems were built to capture static images. EarthDaily was built to track change. With each new satellite brought online, the company closes the gap between data collection and the moment a decision-maker can act on it. The goal is to deliver what Osborne calls "AI-ready geospatial intelligence at scale"—the kind of continuous, reliable planetary understanding that government agencies can depend on.
Geospatial Intelligence brings deep relationships with Australian government across multiple sectors. The partnership gives those clients access to EarthDaily's science-grade imagery and analytics without having to build their own satellite infrastructure. For a country managing vast territories and complex security challenges, the ability to monitor change consistently and at speed has obvious appeal. The timing matters too: as EarthDaily's constellation grows from seven to ten satellites over the next several months, the frequency and reliability of that daily measurement will only increase.
The partnership reflects a broader shift in how space-based Earth observation is being deployed. Rather than one-off imaging contracts or static satellite passes, the model now centers on continuous, high-capacity data streams fed into decision-making systems. EarthDaily's emphasis on processing capacity and spectral range suggests the company is betting that the future belongs not to whoever takes the best picture, but to whoever can turn raw pixel data into actionable intelligence faster than anyone else. For Geospatial Intelligence's government clients, that capability could reshape how they monitor everything from environmental change to security threats.
Citações Notáveis
Most Earth observation systems were built to capture images. We built EarthDaily to measure change.— Don Osborne, CEO of EarthDaily
A Conversa do Hearth Outra perspectiva sobre a história
Why does a government agency care about daily measurement instead of just getting good images when they need them?
Because change is invisible in a single snapshot. If you want to know whether a forest is being cleared, whether a facility is being built, whether something has moved—you need to see the before and after. Daily data lets you catch that shift the moment it happens, not weeks later.
So EarthDaily is competing on speed and consistency, not image quality?
Partly, yes. But also on the sheer volume of data they can process. Twenty billion pixels per second means they're not just collecting information—they're digesting it in real time. That's what makes it AI-ready. A machine learning system can work with that stream directly.
Why does it matter that they have 22 spectral bands instead of just visible light?
Because different materials absorb and reflect different wavelengths. Thermal bands tell you heat signatures. Infrared tells you vegetation health. With 22 bands, you're not just seeing what something looks like—you're reading what it is at a physical level.
And the Australian government specifically wants this for defence and security?
Yes, but also environment and resource management. You're monitoring a continent. Daily measurement of that scale, reliably, is something you couldn't do before without a massive fleet of your own satellites.
What happens when the constellation is complete at ten satellites?
The revisit time gets shorter. You see the same place more often. Right now with seven, you might see a location once a day. With ten, you might see it twice. For tracking change, that's the difference between knowing something happened and knowing when it happened.