Fishing is not only part of Norway’s cultural identity, it’s one of the country’s most vital economic sectors. From cod-rich waters off Lofoten to bustling ports in Tromsø and Ålesund, fisheries have supported coastal communities for centuries. Today, this legacy industry continues to play a key role in the national economy.
In 2021, Norway’s wild-catch fleet landed approximately 2.59 million tonnes of fish and shellfish, valued at NOK 23.9 billion at first sale. The seafood industry contributes around 3 percent of Norway’s GDP and supports over 90,000 jobs, directly and indirectly. In northern regions such as Finnmark, fishing accounts for over 10 percent of private-sector employment, and in some municipalities, such as Gamvik and Båtsfjord, the share exceeds 40 percent.
With a growing emphasis on traceability, environmental compliance, and export diversification, Norway’s fishing sector is projected to expand by 15-20 percent by 2030. However, this growth depends on embracing digitalisation and ensuring reliable access to high-speed connectivity, no matter how remote the location.
Fishing vessels today are increasingly data-driven. Digital tools enable operators to reduce costs, improve sustainability, and meet export regulations. Key applications include:
But the effectiveness of these systems depends on stable, high-throughput connectivity. Along Norway’s fjords, islands, and Arctic fishing grounds, cellular networks are often out of reach—making satellite the only viable option.
Starlink, powered by a global constellation of Low Earth Orbit satellites, offers high-speed, low-latency internet access, even in the most remote waters. For Norway’s fishing industry, this opens new opportunities for digital transformation at scale.
Starlink’s Flat High Performance terminal is built for in-motion maritime use, delivering up to 220 Mbps download speeds and latency as low as 40 ms. Its robust design ensures reliable performance in harsh conditions, including high-latitude environments above 60°N.
For large trawlers, factory vessels, and longliners, this solution enables:
The terminal’s wide field of view and rugged construction make it a reliable choice for year-round use in Arctic waters.
For smaller vessels traditionally excluded from satellite connectivity due to cost or power constraints, the Starlink Mini is a breakthrough.
Use cases include:
With Starlink Mini, even single-crew boats can operate with the confidence and capabilities of a connected fleet.
While Starlink delivers unprecedented speeds and coverage, unmanaged connectivity can lead to:
To maximise the impact of satellite internet and ensure operational efficiency, fishing operators need a smart network management platform.
OptiView, developed by IEC Telecom, is an advanced network management platform designed to enhance maritime satellite connectivity. Tailored for Starlink, it offers full control over bandwidth allocation, cybersecurity, and real-time network performance, ensuring that every byte of connectivity is used purposefully and securely.
Key features of OptiView include:
OptiView supports both Starlink FHP and Mini systems, allowing vessel operators to manage connectivity across diverse fleets from a single digital dashboard.
As Norway continues to lead the global seafood industry, digitalisation will play a central role in maintaining its competitive edge. High-speed connectivity, once a barrier for remote fleets is now within reach thanks to Starlink. Whether equipping large trawlers or small family-owned boats, the combination of Starlink terminals and OptiView network management ensures reliable, secure, and efficient digital operations at sea.
With this new era of maritime connectivity, Norway’s fishing sector is better positioned than ever to improve efficiency, enhance traceability, support crew welfare, and operate sustainably in the decades ahead.