News hub

ReOrbit, a leading provider of software-defined satellites for sovereign communications, has officially signed the Zero Debris Charter, joining a growing global coalition of space actors committed to ensuring a sustainable and safe orbital environment. The signing took place during ESA’s Zero Debris Week at the European Space Operations Centre (ESOC) in Darmstadt.

ReOrbit is partnering with Springvest, a reputable Finnish public company known for assisting unlisted Finnish technology companies with growth funding, to carry out the growth funding initiative. The purpose of the round is to raise a total of €50 million in equity investments.

Meet Augusto Sardá, Software Engineer at ReOrbit. Augusto relocated from Argentina to Finland to pursue a career that contains the perfect blend of engineering for him: Software, GNC and Aerospace. From Old Space to the fast-paced New Space world, Augusto finds joy and motivation in the opportunity to see all the different stages of satellite manufacturing here at ReOrbit.

ReOrbit has appointed Lucy Edge as Chief Operating Officer, effective 1 April 2025.

Meet Shriya Hazra, Guidance, Navigation, and Control Engineer at ReOrbit. Shriya’s passion for space started at a young age with videos exploring mysteries and phenomena like singularities and dark matter. This fascination has only grown over the years, shaping her career path to space.

ReOrbit announced the signing of a Memorandum of Understanding with Ananth Technologies.

Meet Agustin Fornero, Electric Propulsion System Engineer at ReOrbit. Originally from Argentina, Agustin’s passion for aviation led him to pursue an engineering career beyond the skies. After moving to Finland, Agustin found a second family at ReOrbit, bonding with colleagues from around the world who shared the same experience of relocating for work.

ReOrbit has entered into an agreement with Uzma Berhad in relation to a GEO communications satellite project.

As the world increasingly relies on Earth Observation (EO) data, efficient movement of it has never been more important. The traditional space industry viewed delays in EO data movement as a manageable aspect of operations, choosing to adapt to their presence. Data bottlenecks in space are the result of various things such as congested ground stations, outdated satellite technology and more (in an earlier article on the value chain behind EO, we have started exploring these challenges), At their worst, these delays can hold up critical information when it’s needed most. But what if there were a better way?