EarthDaily is ready to ramp up to its full constellation of 10 satellites – tenfold the number in orbit right now – as it aims for commercial operations in September.
The Vancouver-based Earth observation (EO), data, and analytics company has one satellite on orbit delivered on SpaceX’s Transporter-14 mission on June 23, 2025; that satellite is currently delivering imagery. Six more satellites are expected to launch in early May, with the balance coming in the rest of 2026.
Each satellite will have a 10-year lifespan, and the launch provider for each will only be provided after the mission owners announce timings, EarthDaily officials said.
Aside from the constellation buildout, EarthDaily cited significant revenue opportunities in recent months, including $60 million in equipment financing from Trinity Capital in July 2025, and an “eight-figure” data subscription agreement with a U.S. defence and intelligence technology company. That is on top of several acquisitions in the last two years for analytics/AI in sectors including insurance, mining, energy, and U.S. defence and intelligence.
To find out more about EarthDaily’s constellation buildout, SpaceQ did an e-mailed Q&A this week with CEO Donald Osborne, while he was attending Space Symposium in Colorado. This interview has been edited for length and clarity.
SpaceQ: When are you entering commercial operations?
Osborne: We are on track to enter commercial operations, with data availability, beginning in September. Six satellites are confirmed to launch in early May, another in July and the remaining two available for launch in Q4.
Our first satellite, launched in 2025, validated the system in-orbit, including the spacecraft, payload, calibration approach, and data pipeline. What the May launch represents is scale. This is the point where we move beyond proving the system, and start running it as a real service. The job, then, is consistency. Can we deliver the data on a repeatable basis, at the quality customers need, and at global scale?
SpaceQ: Can you talk about what this shift to commercial operations means?
Osborne: Commercial operations mean we are no longer just proving we can collect imagery. We are delivering data as a repeatable service. The world doesn’t need more imagery. It needs a trusted, consistent measurement of change that can actually be used in AI models and decision systems.
We built the EarthDaily constellation to deliver calibrated, analysis-ready data that customers can use to monitor assets, detect change, and make better decisions over time – whether that is in defence, agriculture, mining, insurance, or other risk-driven markets. In the end, that is what turns Earth observation from something you look at, into something you can act on.
SpaceQ: What sort of an EO system are you providing to your commercial users, and how does it differ from the competition?
Osborne: We are providing a system designed for broad-area change detection at global scale. Each EarthDaily satellite carries 16 imagers, across 22 spectral bands, but what really matters is how the system is designed. The satellites collect data at the same local time, with consistent viewing geometry, and calibrate it so the measurements hold up over time.
A lot of Earth observation systems are built to capture high-quality images of specific places. That works when you already know where to look. We built this system to monitor the planet continuously, so you can detect change without having to know in advance where it will show up. That is the difference between imagery and measurement. That is also what makes the data useful in AI and operational systems.
SpaceQ: With more satellites, how is this increasing the ability of the constellation to deliver in terms of revisit rates, resolution, data transmission or similar?
Osborne: More satellites improve the system more than by just revisit rate. They improve confidence in the data. We move closer to daily global coverage. Just as important, we improve the consistency and completeness of the dataset.
That allows us to build an archive of measurement over time, where each day adds value to the next. Over time, that gives you a stronger foundation for AI models, and for detecting subtle patterns of change. That ultimately gives customers a stronger data foundation.
SpaceQ: Can you talk about how all of this is helping you to build out the team — what sorts of positions, how many people, in what locations?
Osborne: Our headquarters are in Vancouver, and we also have our U.S. office in Maple Grove, Minnesota, along with commercial presence across Europe, Latin America, APAC [Asia-Pacific], and Australia.
We are hiring selectively, across geographies based on where the business is growing and where the right talent is. The biggest shift now is toward the operational and customer-facing parts of the company.
What commercial operations do is shift hiring from pure build-out into scale. That means growth in the teams that turn a constellation into a real service: mission operations, calibration and processing, cloud and data engineering, AI and analytics, customer delivery, and commercial roles.
SpaceQ: Can you draw any links between the new satellite and data deliveries, and the push among Canadian government entities for more sovereign EO information at a timely cadence?
Osborne: What Canadian government stakeholders increasingly want is not just access to space infrastructure, but access to trusted data and timely insights they can rely on. That is where a commercial system like ours fits.
Sovereignty today is not only about who owns the satellite, but also about who controls the data, where it is stored, and how it is used. EarthDaily gives Canada the ability to source data from a Canadian company, and we have publicly said we can support hosting government data on Canadian servers where required.
That becomes much more relevant as the constellation moves into commercial operations, and the data becomes available at an operational cadence.
SpaceQ: Talk to me about your customers and what they’ve been asking you for — how do you aim to help them, and how your growing constellation will assist?
Osborne: Across Canada and globally, customers are asking for data they can actually build around. They want data that is consistent enough to support monitoring, models, alerts, and operational decisions over time.
For government customers, that means persistent monitoring, infrastructure awareness, environmental intelligence, and a stronger base for analysis. For commercial customers, it means managing risk, monitoring assets, improving forecasting, and making better decisions in sectors like agriculture, mining, insurance, and forestry.
SpaceQ: Anything else to add?
Osborne: This is not just about putting more satellites up. What is changing is how the data gets used. If people are building models, running operations, or making decisions from it, the data has to behave the same way every time. Most systems have not been built that way. We made a decision early on to build for that. It took longer, and it meant doing a lot more work upfront around calibration, validation, and how the system performs as a whole. If the data does not hold up over time, the downstream use does not really work.