Redwire CTO Al Tadros explores how rising AI demand, advances in power and thermal management, and improving launch economics are bringing orbital data centers closer to reality as part of future space infrastructure.
As GPS faces growing jamming and spoofing threats, commercial satellite systems, quantum sensing and hybrid navigation technologies are driving a shift toward more diverse, resilient and trustworthy positioning, navigation and timing (PNT) infrastructure.
Constellations is joined by Damian DiPippa, CEO of Auria, who explores how rapid changes in the space industry are reshaping mission execution for national security. The CEO discusses missions becoming more complex, demanding stronger collaboration and faster integration of commercial capabilities.
Al Tadros of Redwire discusses why orbital data centers are quickly becoming a realistic architectural possibility, what’s driving that shift, the engineering challenges we still need to solve and how autonomous operations are redefining the future of space infrastructure.
How SpaceX’s mobile network and direct-to-device ambitions could challenge traditional telecom operators, reshape satellite partnerships and intensify competition for control of mobile connectivity.
Eutelsat is positioning OneWeb as a sovereign European alternative to Starlink while expanding its role in IRIS², strengthening European launch capabilities and exploring entry into the direct-to-device market.
North Korea’s “Contagious Interview” cyber campaign exploits fake job opportunities and malicious coding assignments to steal sensitive information, exposing potential cybersecurity risks across the space and defense sectors.
Growing demand for sovereign space capabilities is driving global adoption of open architectures and interoperability standards that enable military and commercial satellite systems to work together and adapt to evolving threats.
As lunar exploration expands, governments and commercial operators are developing shared, interoperable communications, navigation and infrastructure networks to support future missions and strengthen international cooperation.
As space operations grow more complex, hybrid architectures, interoperable systems and adaptable technologies are becoming essential to building resilient, operationally effective space capabilities.
Europe is strengthening its sovereign space capabilities, but its path to becoming a true space power will depend on balancing greater autonomy with multinational cooperation and overcoming political, industrial and operational constraints.
Earth observation is evolving from episodic imagery into an always-on intelligence layer, as persistent monitoring, multi-sensor fusion, commercial partnerships and AI-driven processing reshape how governments turn orbital data into actionable awareness.
World Space Business Week highlighted how interoperability, mission-wide resilience, sovereign control and AI are becoming critical to operating securely in an increasingly complex and contested space environment.
Dr. David Voss of the Space Warfighting Analysis Center explores why mission architectures matter, how resilience is truly achieved in real-world operations, and what becomes possible as the space community advances toward a more connected, interoperable future.
Orion Space Solutions’ Chad Fish explains the real constraints, sensing challenges, and operational shifts that define modern VLEO missions – and what teams discover only when they start designing this low.
Kat Hickey and Federico Trovarelli of Novaspace explore how orbital sustainability is evolving from an environmental concern into a business imperative shaping investment, regulation, spacecraft design and operations.
