Space is a Network.
Constellations is Your Connection.
AI is emerging as a critical tool for more resilient space operations, helping operators manage growing constellations, detect cyber threats, avoid collisions, predict failures and enable greater spacecraft autonomy.
Satellogic’s Luciano Giesso explains why the future of Earth observation will be defined by faster revisit rates, trusted commercial data, sovereign control and AI-driven autonomous sensing.
Private equity is increasingly taking mature digital infrastructure assets private, while public markets continue to provide growth capital for an expanding commercial space sector led by a steady pipeline of IPOs.
Jesús Bernal Allende joins Constellations to explore how existing space law is being applied as autonomous systems take on a larger share of spacecraft decision making.
Luciano Giesso of Satellogic joins Constellations to break down how Earth observation is rapidly shifting as users demand quicker, more dependable data that can keep pace with real-time decisions.
As orbital activity accelerates, the challenge for space situational awareness is shifting from collecting more data to ensuring its accuracy, interoperability and trustworthiness through advanced data fusion and greater collaboration among operators, governments and commercial providers.
A new joint working group will refine use cases, public-private partnerships, and interoperability with Germany’s SatcomBw-4. Launch timelines still hinge on Ariane 6 capacity, with both constellations targeting deployments from 2029.
As AI pushes terrestrial data centers toward their power and capacity limits, researchers and industry leaders are exploring orbital data centers as a potential long-term solution for scalable, resilient computing despite significant technical and economic hurdles.
Missile defense systems and autonomous UAVs are converging around a shared need for tighter data integration, AI-driven decision-making and multi-layered network architectures to operate effectively in contested environments. Future resilience will depend on unifying sensing, communication and control into a single intelligent system, while overcoming persistent challenges in interoperability, policy and real-time coordination.
