CanarySat, a company within ARQUIMEA, and SpinLaunch have reached a strategic agreement on interoperability between LEO constellations at MWC Barcelona

March 4, 2026
  • The agreement defines a collaboration model between LEO constellations that enables coordinated operations while preserving technological autonomy and the independent control of each system.

Barcelona, March 2, 2026. – ARQUIMEA, a global technology company operating in highly demanding sectors such as aerospace and defense, is strengthening its position in the field of low Earth orbit (LEO) satellite constellations through CanarySat, the group’s company specialized in next-generation satellite services. Within the framework of the Mobile World Congress (MWC) in Barcelona, CanarySat signed a strategic interoperability agreement with SpinLaunch, developer of the Meridian constellation.

The agreement lays the groundwork for technical and commercial cooperation between the two independent LEO constellations, enabling an interoperability model that will provide coordinated capacity, enhanced resilience, and service continuity, without compromising operational sovereignty, technological independence, or the intellectual property of either organization.

This milestone reinforces ARQUIMEA’s strategy to promote sovereign, resilient, and federated space architectures capable of meeting the evolving needs of institutional and commercial markets. Through CanarySat, the group continues advancing a structural interoperability model in LEO that expands capabilities without reliance on external infrastructures.

The agreement is built upon strict security and sovereignty principles, ensuring clear system segregation, regulatory compliance, and the implementation of advanced cybersecurity measures, including end-to-end encryption and independent operational control.

With this initiative, ARQUIMEA consolidates its role as a key player in the development of advanced space infrastructures and reaffirms its commitment to a more resilient, interoperable, and technologically sovereign space ecosystem.

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