From the Bavarian Alps to the Congo basin, the economics of mobile coverage have always run into the same wall: getting a signal out to a remote base station requires a physical connection back to the core network, and in rugged or sparsely populated terrain, laying that cable is staggeringly expensive. Vodafone has now signed a deal that could change that calculation.
Vodafone has agreed to use Amazon Leo, the low Earth orbit (LEO) satellite network formerly known as Project Kuiper, as a backhaul link for geographically dispersed mobile base stations. Under the agreement, Vodafone will use Amazon Leo to connect geographically dispersed mobile base stations back to its core telecom networks in Germany and other European countries. The companies expect the first of these mobile sites to be connected in 2026, and plan to extend the service as Amazon Leo builds out its constellation.
With Amazon Leo, Vodafone can deploy 4G and 5G base stations more easily and affordably in previously unserved areas, without the time and expense of installing long fibre-based or fixed wireless links back to the core network, which is especially relevant in rural, hard-to-reach areas. Vodafone will also use the service to boost network resilience for emergency and critical online services if fibre links connecting mobile masts are broken or impacted by flooding.
Vodafone Group Chief Executive Margherita Della Valle said: "Vodafone is looking to space to connect more mobile base stations to our core network, and strengthen resilience even in the most challenging environments."
The arrangement carries real commercial logic. Running fibre into the Swiss Alps or across central African savanna costs orders of magnitude more per kilometre than in dense urban corridors. Satellite backhaul effectively turns that infrastructure problem into a subscription cost, which is far easier to manage on a per-site basis and eliminates years of civil engineering delay.
Amazon Leo will be progressively rolled out across Africa through Vodacom. Vodacom Group CEO Shameel Joosub said the company works every day to bring more Africans online, and that the agreement also supports Vodacom's Vision 2030 targets: reaching 260 million customers, expanding financial services, and raising smartphone penetration to 75% by 2030.
The Amazon Leo deal sits alongside a separate arrangement Vodafone already has with AST SpaceMobile. That partnership targets direct-to-device connectivity, where a user's ordinary smartphone connects directly to a satellite without any hardware upgrade. The two companies recently launched Satellite Connect Europe, a platform aimed at selling those services to European mobile operators. Ground stations in Spain and the UK are already under construction, with three further locations being finalised. A Vodafone spokesperson confirmed to The Register that the company intends to offer its own direct-to-device services starting in the UK, Ireland, and Romania, though no launch date has been given.
The competitive pressure is real. Starlink has more than 9,000 satellites in orbit and roughly 9 million customers, a commanding lead that Amazon Leo must close at pace. Amazon Leo, formerly known as Project Kuiper, is a subsidiary of Amazon established to deploy a large satellite internet constellation providing low-latency broadband connectivity. The Ariane 64 LE-01 mission on February 12 deployed 32 satellites into low Earth orbit, bringing the total constellation to more than 200 satellites. Under the terms of its FCC licence, Amazon must launch and operate half of the constellation by July 30, 2026, and the remainder by July 30, 2029. The company has already asked regulators for an extension of that interim deadline, citing a shortage of available rockets.
On the direct-to-device front, Vodafone has also been beaten to market closer to home. Virgin Media O2 launched its O2 Satellite service in the UK last week, powered by Starlink, allowing customers to automatically connect via satellite in areas with no phone signal. Before that, Ukrainian telco Kyivstar began offering a direct-to-device connection via Starlink in November, allowing subscribers to stay connected during blackouts caused by the war or in hard-to-reach areas. Vodafone's ambition to be the first European operator to offer commercial direct-to-smartphone satellite service now looks aspirational rather than achievable.
Proponents of this kind of satellite backhaul deal argue the benefits flow well beyond commercial convenience. There are still billions of people on the planet who lack high-speed internet access, and millions of businesses, governments, and other organisations operating in places without reliable connectivity; Amazon Leo aims to bridge that gap by extending fast, reliable internet to those beyond the reach of existing networks. Critics of large LEO constellations raise legitimate concerns too, from orbital congestion to the photobombing of ground-based astronomy, challenges that regulators across multiple jurisdictions are still working to address.
The more pragmatic read is that satellite backhaul is a tool, not a silver bullet. It solves a specific problem efficiently: connecting base stations in locations where terrestrial infrastructure is uneconomic or physically impractical. Amazon Leo offers high-speed cell site backhaul of up to 1 Gbps download and 400 Mbps upload, which is more than adequate for most mobile traffic loads at a rural site. Whether Amazon can build out its constellation fast enough to honour commitments like the Vodafone deal on the promised timeline remains the central uncertainty. For now, the partnership signals a broader industry shift: the economics of satellite connectivity have finally matured to the point where a major telco will build it into its core network architecture rather than treat it as a niche backup option.