The Apophis mission is scheduled for launch during the asteroid's 2029 close-approach window, with spacecraft integration, demonstration activities, and autonomy validation planned as part of upcoming flight-readiness milestones. By embedding SpacePilot into its flight architecture, ExLabs aims to reduce operational risk, ease mission-operations workload, and enable responsive, low-touch spacecraft behavior that would be impractical to manage using traditional ground-dependent control loops.

Operating more than 100 million kilometers from Earth places the spacecraft in a dynamic and largely uncharacterized environment, where long one-way light times and uncertain local conditions make continuous ground control difficult. ExLabs is targeting an operational concept in which the spacecraft can sense its environment, make decisions, and execute maneuvers onboard, while mission operators focus on higher-level oversight and planning rather than real-time command sequences.

SpacePilot is a flight-proven autonomy platform developed by CUS-GNC to enable spacecraft to perceive changes in their surroundings, make onboard decisions, and conduct maneuvers without continuous ground oversight. For deep-space missions such as the Apophis campaign, this approach is intended to enhance mission resilience, shorten response times to unexpected conditions, and allow complex mission profiles to be managed by smaller teams working under reduced latency constraints.

"This collaboration with ExLabs on the Apophis mission is truly exciting," said Simone Chesi, Founder of CUS-GNC. "It is a mission that pushes the boundaries of commercial space. Announcing the use of SpacePilot onboard autonomy allows us to demonstrate an AI-driven GNC approach that goes beyond standard architectures and has already been proven in orbit."

ExLabs Chief Technology Officer Dalibor Djuran framed autonomy as a prerequisite for scalable deep-space operations and highlighted SpacePilot's role in meeting that requirement. "Operating more than 100 million kilometers from Earth in a largely unknown and constantly evolving environment demands autonomy that is not only intelligent, but flight-proven," Djuran said. "CUS-GNC's SpacePilot is differentiated by its ability to close the loop onboard, adapt to uncertainty in real time, and significantly reduce reliance on Earth-based intervention. That capability is foundational to how we scale deep-space missions beyond one-off demonstrations."

The Mission to Asteroid Apophis is timed to coincide with the asteroid's close Earth flyby, creating an opportunity to demonstrate advanced autonomous guidance, navigation, and control while expanding commercial participation in planetary exploration. ExLabs views this mission as a step toward a scalable framework for exploration, planetary defense, and resource-driven deep-space missions, built on partnerships with global space infrastructure providers and the use of flight-heritage technologies.

CUS-GNC develops advanced guidance, navigation, control, and autonomy software for space missions, with SpacePilot as its flagship product for resilient, low-latency spacecraft operations across varied environments. ExLabs is building commercial deep-space platforms intended to deliver both technical credibility and practical economics, aiming to show that autonomous, commercially operated missions to targets such as Apophis can be executed without the heavy operational burden typically associated with planetary missions.

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