That's a wonderful question.
We look at that very carefully because, as I mentioned earlier, space is increasingly competitive. More than 90 countries have investments of some form, both for their own services but also to contribute to international missions. We want to make sure that what we bring is unique and sought after.
We've been very successful with space robotics. We are the best in the world, especially because we have 25 years of operations in space robotics. No one else has that history and legacy, but we want to keep it up because it is sought after—we know that—for in-orbit servicing, for satellite servicing, for debris management, for logistics on the surface of the moon and then also for space stations that are planned in low-earth orbit and beyond.
We are also very good at synthetic aperture radar. Our RADARSAT Constellation Mission, which I mentioned, allows us to see through clouds and at night, and we share this data with the world. In return, we get valuable satellite data that helps us.
There's a wonderful international charter of space and major disasters, of which we're a founding member. It's the world's eyes in the sky that come together to help in emergency management. It's very valuable. However, we wouldn't be able to participate in that if we weren't good contributors, so we also want to keep up that earth observation. We also need it for our country, the second-largest country on the planet. We will definitely need it.
We've seen the demand growing for earth observation data, but there are other areas that will be in high demand: power generation, logistics on the moon, food production and health. There are areas where we could achieve investments that both help us here on earth, for example, providing health services to people in remote communities and providing them with autonomy—and we've done a bit of work in that area and it's been sought after here on earth—but that also have applications for astronauts. It's why we focused a lot on life sciences.