November 2024 – CUBEDIN A/S and Forcys have announced a strategic collaboration to advance modular Mine Countermeasure (MCM) capabilities. Under a newly signed Memorandum of Understanding (MoU) at the Euronaval exhibition in Paris, the two companies will integrate Forcys’ EIVA-designed MCM-in-a-box Remotely Operated Towed Vehicle (ROTV) systems within CUBEDIN’s modular platform. The collaboration is aimed at enhancing navies' operational flexibility in Mine Countermeasure (MCM), Rapid Environmental Assessment (REA), and Intelligence, Surveillance, and Reconnaissance (ISR) missions.

In October 2022, CUBEDIN A/S and Thales announced a ground-breaking collaboration intended to enable Thales sonar systems to be integrated within our modular CUBEDIN concept. Under the terms of a memorandum of understanding (MoU) signed at the Euronaval exhibition in Paris, the two companies agreed to work together to integrate a modular anti-submarine warfare (ASW) sonar solution that could address emerging requirements in Denmark and further afield. This collaboration has also offered an opportunity for the two parties to prove the software platform behind the CUBEDIN concept.

In October 2022, CUBEDIN A/S and Thales announced a ground-breaking collaboration intended to enable Thales sonar systems to be integrated within our modular CUBEDIN concept. Under the terms of a memorandum of understanding (MoU) signed at the Euronaval exhibition in Paris, the two companies agreed to work together to integrate a modular anti-submarine warfare (ASW) sonar solution that could address emerging requirements in Denmark and further afield. This collaboration has also offered an opportunity for the two parties to prove the software platform behind the CUBEDIN concept.

Mission-based modularity is a concept that is attracting increased interest from navies and maritime security agencies who see adaptable and reconfigurable multirole vessels as a cost-effective way to match finite budgets with multiplying requirements. As well as enabling greater flexibility in asset tasking, and potentially unlocking higher levels of interoperability and interchangeability between allies and partners, decoupling mission systems from platforms also opens up new and more efficient logistics and support models.

Faced with the challenge of matching limited budgets to an expanding number of warfighting and maritime security missions, naval forces worldwide are showing an increased interest in the acquisition of modular vessel designs that promote rapid reconfiguration and role change.

CUBEDIN is expanding with the arrival of two new employees who will bring their software and product experience to the company.

Lead Software Architect Martin Andersen hails from Systematic A/S where he helped design and build the future platform for Systematic’s SitaWare C4ISR products. He brings a wealth of experience in building mission critical defence software and in providing leadership for multiple teams of developers.

Maritime start-up CUBEDIN and THALES, the world-class global leader in advanced naval technologies, have announced a groundbreaking collaboration that marks a new era in naval innovation.

Having formalised a Memorandum of Understanding (MOU) in October last year, the two companies are now embarking on an exciting journey to develop a cutting-edge sonar sensor solution for modular ships.

In the ever-evolving landscape of naval warfare, the development of modular warships represents a revolutionary approach to shipbuilding design. Here we pick out the four key advantages of having interchangeable vessels within a fleet.

Danny Ingemann is the new CEO of CUBEDIN

Thales and OMT are committed to apply the CUBEDIN design and standard when developing future sensors and, together, Thales and OMT will offer a common solution for the Naval domain.

A pioneering new venture that will revolutionise the shipbuilding industry has been announced between Danish firms Systematic and Odense Maritime Technology (OMT).