A proposed transatlantic fibre-optic cable could give Canada and Europe another route for moving internet traffic without sending it through the United States. Norwegian infrastructure company Bulk is seeking a majority partner for Project Leif Erikson, a plan that would connect southern Norway with Happy Valley-Goose Bay in Newfoundland and Labrador.
A second route across the Atlantic
The proposed cable and associated route are described as more than 2,800 miles long, with an estimated cost exceeding US$620 million. A direct link could give network operators another option for carrying traffic between Europe and North America, potentially improving resilience if other cables or landing stations are disrupted.
The difficult part is on land, too
A subsea cable is only one part of the system. The project would also need landing infrastructure, terrestrial fibre through Canada, maintenance agreements and commercial customers willing to buy capacity. The Canadian route would require consultation with affected communities, including Indigenous communities, and regulatory approvals on both sides of the Atlantic.
The project is still a proposal rather than an operating connection. Financing, final route design and permitting will determine whether it advances and how quickly construction could begin.
Why the route matters
More physical routes can reduce dependence on some infrastructure corridors, but geography alone does not guarantee digital independence. Ownership, access terms, landing-station security and onward connectivity all influence who controls the network and how useful it becomes. The next key signal will be whether Bulk secures a partner and moves the proposal into formal development.
The route is only one part of the network
A transatlantic cable is not a single wire laid across the ocean. It is a coordinated infrastructure project involving route surveys, marine permits, specialist cable ships, landing stations, power systems and agreements with network operators. The ocean crossing is only one part of the work. A cable also needs reliable connections on land, where fibre routes must carry traffic from the landing point to data centres, internet exchanges and customer networks.
Routing traffic through another country can create commercial and resilience questions, but it does not automatically make a network independent of that country. Operators would need to examine where the cable lands, who owns the terrestrial routes, which carriers provide capacity and how traffic is routed during an outage. A geographically separate path can still share vulnerable power, landing or backhaul infrastructure with an existing route.
What must happen before service begins
Financing and permitting are central to the proposal's credibility. A project with a price tag in the hundreds of millions must secure customers willing to commit capacity, and approvals across multiple jurisdictions. Marine surveys may also identify seabed conditions or environmental constraints that require route changes. These stages can take years, so a proposed cable should not be mistaken for a service that is ready to carry traffic.
For cloud providers and large enterprises, another route can reduce dependence on a limited number of international links. The practical benefit depends on capacity, latency, restoration arrangements and whether providers have configured networks to use the alternate path. A cable that exists physically but is not integrated into network failover plans provides less resilience than its headline route map suggests.
The proposal reflects a broader shift in how connectivity is valued. International bandwidth is no longer only a matter of speed and cost; it is also a question of geographic diversity, jurisdiction, resilience and control over critical infrastructure. The project will need commercial commitments and technical providey to turn that strategic appeal into a functioning network.
Any decision to invest in the route will ultimately depend on customers and the engineering details, not only the map. Network operators will want evidence of achievable capacity, realistic latency, repair arrangements and a clear route to connect the cable with major traffic hubs. Enterprises should also ask whether their providers have designed failover around genuinely separate infrastructure. Geographic diversity is useful only when the commercial and technical arrangements allow traffic to move when a route fails. Until permits, financing and construction milestones are secured, the proposal remains an ambitious infrastructure plan rather than an available alternative.
A second cable route is valuable only if networks are engineered to use it. Providers need routing policies, capacity agreements and failover tests that show traffic can move during a cut or outage. They must also plan for repair ships and spare cable, since subsea faults are an operational reality rather than an exceptional possibility. Those details are less visible than a map, but they determine whether the project can provide meaningful resilience once it enters service.