In this ExpoSpain pitch, Mario Sebok presents Satlantis, a Spanish technology SME founded in 2014 and based in Bilbao. The company leverages strong public‑private alliances to develop end‑to‑end remote‑sensing solutions that capture critical spectral information (“the language of light”). Satlantis highlights its partnership with Enagás to build a methane‑detection satellite constellation, citing an Aeroconsult report that ranks Satlantis as a global leader in Earth‑observation camera spatial resolution and instrument mass. The presenter describes the iSIM camera line, offering resolutions from 1.65 m down to 45 cm, a 24‑month lead time for the highest‑resolution payload, homogeneous spectral resolution across all bands, large swath, high configurability, and a lightweight, low‑cost form factor. A (non‑functional) demo is referenced to illustrate continuous, agile acquisition of infrastructure such as pipelines. The roadmap includes a next‑generation hyperspectral camera with up to 50 visible‑SWIR channels, targeting mining, agriculture, environmental monitoring, oil & gas, and resource exploration. Overall, the pitch positions Satlantis as a fast‑moving “new‑space” player delivering state‑of‑the‑art imaging capability at a fraction of traditional mass, size, and cost.
Chapters
So let's start. So we are a Spanish technology SME founded in 2014. We are— we have a strong public and private alliance that supports us in our development roadmap, and we focus mainly on the language of light to capture critical spectral information to provide to our customers basically remote sensing applications. So we are building end-to-end solutions, controlling our optical channels and supported by our partners to provide unique access to our customer to proprietary data. So we are very much user-driven and that provide customized solution, full solution of satellites. So we have an extensive portfolio of fly proven products and that are fully customize with our customer. And we are one of the best and most precise spectral image cameras in the market. We will see later on a report from, from one of the most, most important reports on the market. And we have a set of registers, we have a number of register set of technology that help to provide a really, to increase the efficiency of the service that we are providing to our customer. As I say, we are very customized for your needs. So one of our partner main partners is Enagas, and we are working very hard with them to support their needs and to provide what they need together, and to afford the achievement of what we want to go together. This is the report that I was mentioning before. You have this Aeroconsult report. So there you can see Atlantis has been positioned as a leader of the global Earth observation satellite market. in terms of threshold and in terms of— sorry, spatial resolution and mass of the instrument. And, uh, and again, this is Spanish technology. We are in the north of Spain, we are in Bilbao, so it's an honor to be there as a leader. And the second graph is just to give you an idea, uh, what we will be positioning ourselves with our future constellation that we are, uh, developing with Enagás. To detect and quantify the methane. And in that case, we are positioning for, in terms of pixel size and detection threshold, as the best future constellation for this, for methane detection. Again, at the end, the new space— there's always this difference between new space, old space. But again, today, for the traditional approach, let's say aerospace, to have a high-resolution Earth observation camera is always a term of size of the camera itself. So what we are doing in Satlantis is try to develop a state-of-the-art solution, but a fraction of today's mass, size, and cost. So because it's always a trade-off about resolution, spectral range, image quality, obviously, cost of the mission itself. I'm sorry, just is there an overview of our portfolio. That's, uh, iSIM is our one of our cameras. And here you can see, uh, different, let's say, solution. But let's focus on, on, let's say, on that we can provide solution from 6U satellites to mini satellites that are quite big, also looking at the kilograms. And We should consider also the resolution. So we go from 1.65 meters to 45 centimeters. That is the, let's say, the best class on the market in terms of resolution. And as I think I want to remark here also the lead time, because traditionally the old space, again, there is a very high lead time with several years of program. In this case, we are able, for example, to provide 24 months emission of 45 centimeters. That is, in my opinion, quite amazing. Just some figures why I select this kind of approach for camera. So we have homogeneous quality images on the scene of the camera. We have a large swath. We have all spectral bands with the same resolution. That is quite unique. Usually in the traditional camera, we have degradation between panchromatic and multispectral. Channels. We have a high configurability of our camera, obviously the few kilos that we can offer to the market. And I want to highlight here that I want to show you a video, the unique capability of the agility that we can provide because we can acquire continuously while satellites move along and across track its orbit. So just to show you the video that Probably it's easier. Let's see if it's not going to start, but you will see that we are able to monitor a pipeline or irregular infrastructure on Earth. And unfortunately it doesn't work, but let's move on. This is another camera that we have. It's an hyperspectral that we are developing. It's completely different design. And in this case, again, it's quite a challenged camera because we are combining visible channel with Swiss channel, and we are up to 50 channels that we can embark on this, on this camera. It's very suitable for, for different verticals like mining, agriculture, environment monitoring, oil and gas, and resource exploration. And I want to share with you this, this slide that summarizes our roadmap that
