fiberoptic subsea cables

Projects

Our projects

Shaping the future

We embrace an agile way of working, fostering close cooperation with our clients and suppliers, and firmly believing in the efficacy of our solutions.

Through innovation, close dialogue with our customers and partners, we create tomorrow’s solutions. Our key projects include MicroSAR, a radar satellite tailored for maritime surveillance, effectively monitoring Norway’s vast ocean areas; ADIS, a lab in space; VDES, a VHF Data Exchange System aimed at enhancing maritime safety and digital shipping operations; and a subsea fibreoptic cable project to establish high-speed connections for Jan Mayen and Svalbard.

These initiatives underscore our dedication to advancing technology for governmental and societal needs.

 

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Project in Tromsø

Subsea cables

Bridging the Arctic, connecting societies.

Jan Mayen, a remote island in the Arctic Ocean, is a critical site for meteorological observations, research, and military operations. To support its vital functions, we are spearheading the establishment of a fibre optic subsea cable to the island, thereby enhancing connectivity and providing stable communication infrastructure.

This initiative not only aims to improve the quality of life for Jan Mayen’s residents but also addresses the harsh Arctic conditions that complicate such installations. Additionally, by extending the cable to Longyearbyen on Svalbard, we can offer a cost-effective solution to maintain internet access for Svalbard’s society, especially as the existing cables near the end of their expected lifespan.

The objective is to ensure the new subsea fibre connection to Svalbard and Jan Mayen is fully operational by 2028.

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subsea cables for the Arctic

MicroSAR

A vigilant eye over Norway’s ocean frontiers.

The MicroSAR radar satellite is specifically designed for maritime surveillance, utilising advanced technology to monitor Norway’s vast ocean areas, enhancing both security and environmental oversight. This satellite will effectively monitor expansive regions, track ship traffic, combat illegal fishing, and support maritime rescue missions.

The key advantage of radar surveillance is its ability to detect objects even in darkness or cloudy conditions. Leveraging cutting-edge capabilities, MicroSAR will provide extensive coverage and uniquely detect small targets, a feature unmatched by any existing satellite system.

Construction of the satellite commenced in 2022, with the launch of the satellite scheduled for 2026.

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Fishing vessel MicroSAR surveillance

VDES

Navigating safety, enhancing efficiency.

The VHF Data Exchange System (VDES) is designed to enhance maritime safety and operations through reliable data communication, leveraging e-navigation and digitalisation. Utilising VHF frequencies, VDES offers improved bandwidth and coverage compared to traditional AIS systems, facilitating superior navigation, monitoring, and coordination at sea.

This innovative system underscores our commitment to advancing maritime communication and supporting international maritime operations. VDES will become a crucial communication platform for worldwide ship traffic, significantly contributing to the increased safety and modernisation of the shipping industry.

Space Norway expects the commercial deployment of VDES to commence in 2027.

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ADIS

A laboratory in space.

The Application Development Infrastructure in Space (ADIS) microsatellite will provide space-based infrastructure as a service for Space Norway and its partners. This innovative platform supports a wide range of applications, facilitating advanced research, development, and operational capabilities in space.

Featuring an advanced software-defined radio operating across broad frequency ranges, ADIS offers exceptional flexibility for research, innovation, and business development. As the first mission to demonstrate the Internet of Things (IoT) in new frequency bands, ADIS aims to make space-based tests and demonstrations simpler, faster, and more cost-effective than developing individual satellites.

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Illustration of space