From Earth to Orbit: Why Satellites and Mobile Networks Are Joining Forces

July 2026

Telecoms & Connectivity

Saffron Dusanjh

Research Analyst

For years, the telecoms industry has treated satellite and terrestrial mobile networks as two separate worlds. If you wanted fast, reliable connectivity, you relied on mobile towers. If you needed coverage in the middle of the ocean, deep in the countryside, or during a natural disaster, satellites filled the gaps.

This distinction is rapidly disappearing.

Today, mobile network operators (MNOs) and satellite companies are increasingly working together, rather than competing with one another. From direct-to-device (D2D) satellite connectivity that enables conventional consumer smartphones, rather than dedicated satellite phones, to send messages without relying on mobile towers, to partnerships between operators and satellite providers that extend coverage beyond traditional network boundaries, the future of connectivity is becoming a hybrid one. Rather than asking whether satellites will replace mobile networks, the more interesting question is how can the two technologies work together to deliver seamless connectivity wherever users are?

A New Era of Connectivity

The demand for constant connectivity has never been greater. Consumers expect to remain connected whether they are commuting through cities, hiking in remote national parks, or travelling across oceans. Businesses increasingly rely on connected devices to monitor assets, track shipments, and support remote operations, while governments require resilient communications during emergencies.
Traditional mobile networks have transformed global communications, but they rely on extensive terrestrial infrastructure to deliver coverage. In remote, sparsely populated, mountainous, offshore, and other difficult-to-access environments, the cost of constructing and maintaining mobile towers can outweigh the commercial return, particularly where harsh weather and challenging terrain increase operational complexity. While satellite networks also require significant infrastructure investment, they can deliver coverage across these regions without the need for local tower deployment; making them a more economically viable solution where terrestrial expansion is impractical.

This is where satellites are changing the conversation.

Rather than attempting to replace terrestrial infrastructure, modern satellite constellations are designed to complement it by extending coverage to areas that mobile networks struggle to reach. Terrestrial networks remain the most efficient solution for delivering high-capacity, low-cost connectivity in densely populated urban and suburban environments, where traffic demand justifies extensive infrastructure investment. Satellite networks, meanwhile, excel at providing wide-area coverage across remote, sparsely populated, maritime, aviation, and disaster-affected regions, where terrestrial deployment is economically or logistically impractical. By combining the capacity and cost efficiency of terrestrial networks with the ubiquitous reach and resilience of satellite connectivity, a far more robust communications ecosystem is emerging; capable of delivering more seamless and reliable connectivity across a much wider range of environments.

Why Is this Happening Now? 

The biggest driver of this collaboration is D2D satellite connectivity. As more consumers purchase everyday smartphones with built-in satellite compatibility, the commercial potential of satellite-enabled services continues to grow; improving the economic case for investment in hybrid terrestrial-satellite networks. Rather than relying on specialised satellite phones, these networks allow compatible smartphones to communicate directly with satellites for services such as emergency messaging, with voice and broadband connectivity expected to follow.

Given the dramatic advancements in satellite technology in recent years, new generations of low Earth orbit (LEO) and very low Earth orbit (VLEO) satellites offer lower latency, improved performance, and greater network capacity than traditional geostationary satellites. These characteristics, combined with falling launch costs, are making large satellite constellations increasingly commercially attractive.

However, it is important to acknowledge that this commercial landscape is being reshaped. Traditionally, satellite operators and MNOs would be competing to provide cellular services and secure themselves a share of the market. Instead, they are increasingly collaborating in order to supplement each other. This shift is already visible in the market, with MNOs such as Virgin Media O2 actively exploring satellite-enabled services to extend coverage and ensure customers stay connected, even in traditionally hard-to-reach areas.

Why it Matters

The significance of hybrid terrestrial-satellite networks extends beyond improving connectivity; they create new commercial opportunities across the telecommunications value chain. By enabling reliable connectivity in locations where terrestrial infrastructure is economically or logistically impractical, these networks unlock new enterprise applications that were previously difficult to deploy at scale.

Industries including logistics, mining, agriculture, energy, maritime, and aviation increasingly rely on connected devices, real-time monitoring, and autonomous operations to improve productivity and reduce costs. Extending reliable connectivity into remote environments enables enterprises to deploy these services more widely; generating new revenue opportunities while improving operational efficiency, asset visibility, worker safety, and business continuity.

For mobile operators and satellite providers, this growing enterprise demand represents a significant monetisation opportunity. As businesses connect more assets, vehicles, sensors, and employees beyond the reach of terrestrial networks, demand for hybrid connectivity services will increase; driving higher network utilisation and creating opportunities to generate recurring revenue from premium connectivity, managed services, and industry-specific solutions.

Hybrid networks also strengthen the resilience of national communications’ infrastructure. During natural disasters, or other events that disrupt terrestrial networks, satellite connectivity can maintain critical communications; supporting emergency response efforts and ensuring greater service continuity for governments, enterprises, and the wider economy.

Looking Ahead and Juniper Research’s Recommendations

The convergence of satellite and terrestrial networks represents one of the most significant structural shifts currently underway in the telecommunications market. While challenges surrounding spectrum coordination, regulatory harmonisation, roaming frameworks, device compatibility, and seamless interoperability remain, these are increasingly being addressed through industry collaboration, standards development, and strategic partnerships. The industry's trajectory is becoming clear. Rather than competing as technologies, terrestrial and satellite networks are evolving into complementary components of a single, integrated communications ecosystem.

For businesses, ubiquitous connectivity has the potential to fundamentally expand the scope of digital transformation. Reliable connectivity beyond the reach of terrestrial infrastructure enables enterprises to deploy connected assets, autonomous systems, industrial Internet of Things (IoT) applications, and real-time analytics across virtually any operating environment. This not only improves operational efficiency and resilience, but also creates opportunities to develop new products, services, and business models that were previously constrained by inconsistent network availability.

For MNOs, hybrid terrestrial-satellite connectivity provides an opportunity to extend network coverage, without the substantial capital expenditure associated with deploying terrestrial infrastructure in low-density or geographically challenging regions. Beyond improving customer coverage, satellite integration enables operators to differentiate their service offerings, reduce subscriber churn, and generate new revenue through premium connectivity services, enterprise solutions, and value-added applications. As D2D satellite compatibility becomes increasingly integrated into mainstream smartphones, operators will also be able to monetise a rapidly expanding installed base of compatible devices, without requiring customers to purchase dedicated satellite hardware.

Mobile virtual network operators (MVNOs) also stand to benefit from this transition. By leveraging wholesale access to hybrid terrestrial-satellite networks, MVNOs can broaden their coverage footprint and target higher-value market segments, without investing in physical network infrastructure. This creates opportunities to develop differentiated service propositions for enterprise, public sector, travel, maritime, and remote workforce customers; allowing MVNOs to compete on service innovation, rather than network ownership.

For satellite operators, collaboration with terrestrial operators represents a significant evolution of their addressable market. Historically focused on specialist sectors such as government, maritime, aviation, and defence, satellite operators are increasingly becoming integral components of the wider mobile communications ecosystem. Partnerships with MNOs and device manufacturers provide access to millions of existing mobile subscribers; substantially increasing utilisation of satellite capacity, while creating recurring wholesale revenue streams, and strengthening the long-term commercial viability of next-generation satellite constellations.

Ultimately, the value of hybrid terrestrial-satellite networks extends beyond improving coverage. They fundamentally reshape how connectivity is delivered, commercialised, and consumed. Rather than viewing terrestrial and satellite infrastructure as competing alternatives, the industry is moving towards an architecture in which each technology is deployed where it delivers the greatest economic and technical advantage. Terrestrial networks will continue to provide high-capacity, cost-efficient connectivity in densely populated environments, while satellite networks will extend resilient coverage across regions where terrestrial deployment is economically or operationally impractical.

As hybrid connectivity becomes embedded within mainstream devices and supported by global standards, competition will increasingly shift away from network ownership towards ecosystem partnerships, service innovation, and the ability to monetise ubiquitous connectivity. Those organisations that successfully integrate satellite capabilities into their connectivity strategies will be best positioned to capture new enterprise demand, unlock additional revenue streams, and compete in the next generation of the telecommunications market. The future of connectivity will not be defined by terrestrial or satellite networks alone, but by the seamless integration of both into a unified communications ecosystem.