HEO’s first rendezvous and proximity operations (RPO) mission is now underway. Using Continuum-1, an Earth observation satellite repurposed for non-Earth imaging, we’ll manoeuvre around an uncooperative object in LEO while collecting imagery during the operation. Proud to work alongside @Satellogic and UNSW Canberra Space on the mission. Read our story: heospace.com/resources/stori…

In-space view of the largest commercial communications array antenna in low-Earth orbit, fully unfolded. Congrats on the successful launch of BlueBird 6 @AST_SpaceMobile! Image taken from 106 km away at a 16 cm/px resolution.

We’ve captured one of our best images of the @Space_Station yet. The number of satellites in orbit is set to increase tenfold in the next decade. At the same time, space-to-space threats are rising and the need to inspect and maintain satellites is accelerating faster than anyone expected. Resolution alone won't deliver what's needed. True understanding comes from observing satellites frequently, from multiple angles and orbits, so you can see how they behave, respond to their environment, and what they're capable of across time and geography. That's why HEO focuses on high-frequency Non-Earth Imaging. Our technology is built for speed, scale, and adaptability, operating across multiple orbits with diverse satellite providers to deliver more coverage, more data, and faster insights into thousands of satellites. This approach will get us to a future where satellite inspection is truly on-demand. You tell us you want an image of your satellite and we deliver imagery and analysis when you need them. Image of the ISS captured with our partner @BlackSky_Inc.

New from orbit! We captured this image of the Chinese Space Station using a @BlackSky_Inc satellite. This NEI mission was captured from a distance of 83 km, with a resolution of 0.17 m/px. Can you identify the various modules of the space station? Photo: BlackSky

Remember when HEO gave the world its first look at a space station being built from orbit? Rewatch the animation to see how our automated infrastructure allows us to deliver non-Earth imagery at scale and capture every important event.

Same space station – 3 separate years. We're continuously improving NEI resolution: 💻 Software – Refining sensor operations for sharper imagery. 📷 Sensors – Launching our own + integrating partner sensors. Higher resolution = better data for smarter space operations.

Let's test your non-Earth imaging skills. Can you identify this satellite?

HEO's largest NEI camera, Adler, is expected to launch in March. Marking its first launch, Adler will expand our on-orbit capacity as well as introduce new capabilities like short video captures for automated NEI via HEO Inspect.

🎙️ Tune In - Our CEO @drwillcrowe joins the @podcast_space to share HEO’s origin story—from our asteroid-focused beginnings—to the commercial and national security use cases of NEI. Discover how we’re tackling the most complex challenges in space: spacebusiness.podbean.com/e/…

We’re excited to share that we’ve partnered with @BlackSky_Inc to bring their current constellation into HEO’s NEI sensor network. Our collaboration will bring real-time dynamic monitoring and high-resolution imagery to NEI. Read more: heospace.com/blog-posts/blac… 📸: BlackSky

HEO is presenting at @amoscon! Find out how we leveraged non-Earth imaging (NEI) for rapid identification and characterisation of space objects to help government and commercial entities in the past 12 months. Drop a comment or message us to set up a meeting with our team.

Space is often regarded as a complex domain. But why is that? Well, it's because we don't know much about it! We're thrilled to work with the @AusSpaceAgency and collaborate using our non-Earth imaging technology to identify unknown space objects in support of SSA initiatives.

The @Space_Station parking lot is getting full! HEO's recent #NonEarthImaging mission shows 5 of the 6 visiting spaceships, including Boeing's Starliner.

We’re coming to you live from Sydney, Australia, for HEO’s annual product event, T-Minus 3.0. Tune in virtually and be a part of the experience right here! youtube.com/live/rK87vDt-E1I…

Join us next week at our T-Minus 3.0 event! We will highlight how non-Earth imaging improved space operations in 2024 by identifying and characterising satellites and monitoring space debris, including new details about Resurs P1. Register: eventbrite.com.au/e/heos-t-m…

Great shot of our Holmes Imager being integrated into LizzieSat-2, marked by the orange cover. LizzieSat-2 will carry Holmes to mid-inclination LEO. This will increase our orbital diversity and enable higher-quality images and data on a range of new and covered space objects.