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Artificial intelligence is revolutionising space right now, with billions of dollars being invested in industries related to space engineering and technology. From NASA and ESA to space agencies in India and China, here’s an overview of the exciting AI projects being implemented right now.
The year 2024 was one of the hottest in the history of climate research, and the increase in Earth’s global average temperature approached the 1.5°C mark. Today, we’ll explore how space technologies help prevent our planet from turning into a barren, blasted wasteland.
Efficiently managing spacecraft systems, ensuring astronaut safety, analyzing vast amounts of data, and identifying patterns are resource-intensive tasks where mistakes can be costly. Today, artificial intelligence (AI) helps achieve these same goals with less effort.
The consequences of interference with GPS are discussed at the UN, the Cybersecurity and Infrastructure Security Agency, and the defense ministries of the US and other countries. How can we counter attacks, spoofing, and jamming of GPS satellite signals? That’s the focus of our article
Satellite radio communication has several weaknesses, including low bandwidth and vulnerability to signal interception or jamming. For this reason, space agencies and satellite companies begun exploring alternative methods of signal transmission, primarily optical or laser-based space communication.
The current century has elevated innovative quantum technologies to new heights, and even further: to near-Earth orbit, where the theory of the tiniest particles in our universe is paving the way for a revolution in satellite communication and data encryption.
NASA and Google AI partnership demonstrated that scientific discoveries in space are possible using advanced tools from other fields. This article explores how AI and related technologies are enabling impressive achievements in missions and tasks aimed at exploring the far reaches of the universe.
Earth observation satellites (EOS) play a key role in monitoring and protecting the environment, managing natural resources, responding to global crises and emergencies. Here’s a look at how the commercial segment of EOS originated, the current state of the industry, and where it is headed.
Artificial Intelligence (AI) has already transformed life on Earth, and its arrival in orbit was only a matter of time. Today, this technology is used for a wide range of tasks—from detecting space debris to analyzing data. Here’s a closer look at some of the most interesting projects in this field.