UK-based space domain awareness (SDA) and space intelligence firm Spaceflux has won three multimillion-pound, multiyear UK government contracts to provide advanced space surveillance and tracking (SST) data across multiple orbital regimes.
The UK Space Agency (UKSA) and the UK Ministry of Defence (MoD) contracts, awarded under the National Space Operations Centre (NSpOC) framework, secure Spaceflux’s central role in delivering the UK’s orbital intelligence capability.
Two of the awards continue the operational SST programmes previously delivered for both the UKSA and UK Space Command, reinforcing the company’s position as the country’s incumbent provider of sovereign optical surveillance data.
It marks a significant step in bolstering the nation’s ability to independently monitor and protect its satellites amid growing orbital congestion, intensifying geopolitical competition and rising adversarial activity in space.
As thousands of new commercial satellites join already crowded orbital highways, it also highlights the increasing importance of assured UK capability in space domain awareness - vital for both national security and the safe, sustainable use of Earth orbit. By anchoring its surveillance capability in an independent, UK-led network, the country reduces reliance on foreign providers and asserts itself as a leader in responsible space operations.
Under the three contracts, Spaceflux will be able to deliver persistent surveillance across all orbits - from LEO to GEO and beyond – combining routine monitoring of priority UK satellites with on-demand tasking in the event of collisions, fragmentations or unexpected manoeuvres.
The resulting datasets, acquired through Spaceflux’s proprietary optical network enhanced with Short-Wave Infrared (SWIR) imaging for day-and-night tracking, will be integrated directly into BOREALIS, NSpOC’s space Command and Control (C2) system and the digital backbone of its operations.
To extend this capability, Spaceflux is leading a multi-phenomenology consortium that adds significant depth to its existing sensor network. Partners include Safran and GMV (passive RF), Look Up (radar systems), EOS (laser ranging) and Optera (neuromorphic sensors).
By fusing these complementary technologies, Spaceflux says its consortium will deliver multi-sensor data correlation and cross-validation, strengthening resilience against spoofing, signal loss or sensor degradation - and giving the UK one of the most comprehensive and reliable space surveillance architectures worldwide.
Powered by Spaceflux’s AI-driven CORTEX analytics platform - which also provides real-time anomaly detection, behavioural characterisation and predictive insights - the integrated system will deliver continuous, high-fidelity orbital intelligence, marking a crucial step in advancing a joint civil-military SDA capability, enhancing the nation’s ability to coordinate responses to potential hazards and safeguard the orbital infrastructure that underpins national communications, navigation and defence systems.
Marco Rocchetto, CEO and co-founder of Spaceflux, said: “This marks a major milestone in Spaceflux’s evolution from a pioneering startup to a trusted operational partner for national space security. We’re transforming how orbital activity is tracked and understood and our technology enables the UK to detect, analyse and respond to events in real time - delivering the precision, resilience and independence modern space operations demand."
Angus Stewart, Head of the National Space Operations Centre added: “Our partnership with Spaceflux strengthens the UK’s optical ability to monitor and protect our space assets. By integrating this advanced sensor network into the National Space Operations Centre, we are enhancing our resilience and ensuring the UK remains at the forefront of responsible and secure space operations.”
Group Captain Nick Bewley, Programme Director for the National Space Operations Centre, said: “Dynamic space operations, executed recently in partnership with our allies, have further underlined the importance of accurate, timely and reliable observation data. The integration of Spaceflux's optical sensors with the NSpOC's analytical systems enhances our ability to detect threats and defend our interests in the Space domain."
