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Gradiant's integration of photonics with AI and microelectronics represents a significant architectural shift for space-based computing, enabling real-time onboard processing while drastically reducing power consumption. By moving radio-frequency signal handling into the photonic domain, this approach directly addresses critical constraints like size and energy limits inherent to satellite platforms. This development underscores the growing convergence of quantum-enabled photonics and machine learning as essential components for achieving strategic autonomy in new space infrastructure.

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Gradiant brings photonics, quantum tech to Spain’s New Space event

Quantum ZeitgeistSeptember 22, 20263 min read

Gradiant will present its work in integrated photonics, quantum technologies, and advanced communications at New Space España 2026.

On September 24 and 25, Gradiant will present advances in photonics, quantum technologies, and advanced communications at New Space España 2026 in Vigo. The technology centre focuses on solutions for key challenges facing new space platforms, including reducing power consumption and developing secure communications. Gradiant’s work addresses a central theme of the event: “Strategic autonomy from space,” signaling a push for independence in space capabilities. These innovations…

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