The global telecommunications landscape is witnessing a seismic shift as satellite operators and mobile network providers converge to solve the persistent problem of terrestrial coverage gaps. During a high-profile fireside chat at SATShow Week on Tuesday, SES CEO Adel Al-Saleh and Lynk Global CEO Ramu Potarazu articulated a future where satellite-to-phone connectivity is not merely a niche emergency feature, but a ubiquitous, affordable utility integrated into the global mobile ecosystem. Despite a tightening market for capital and a geopolitical environment increasingly characterized by fragmentation, the leadership of both companies expressed profound optimism regarding the direct-to-device (D2D) sector, citing an insatiable appetite from mobile network operators (MNOs) worldwide.
Al-Saleh, reflecting on recent industry engagements at the Mobile World Congress in Barcelona, noted that the industry has yet to reach a saturation point. On the contrary, the demand for D2D solutions is outpacing current supply. According to Al-Saleh, even MNOs that have already secured preliminary agreements with dominant players like SpaceX’s Starlink or Amazon’s Project Kuiper are actively seeking secondary and tertiary partnerships to ensure redundancy, global reach, and competitive pricing. This "multi-vendor" strategy among MNOs suggests that the D2D market is large enough to support several major constellations, provided they can offer distinct technical or regulatory advantages.
The Strategic Merger of Lynk, Omnispace, and SES
A central theme of the discussion was the pending merger between Lynk Global and Omnispace, a transaction in which SES serves as a primary strategic shareholder and financial backer. This consolidation is designed to create a powerhouse in the D2D space by combining Lynk’s "cell tower in space" technology with Omnispace’s extensive portfolio of globally coordinated S-band spectrum. The merger, which was first signaled through an SES investment in Lynk in early 2025 and formalized later that year, is currently navigating the final stages of regulatory approval.
The synergy between the three entities is intended to address the three pillars of satellite telecommunications: spectrum, technology, and ground infrastructure. While Lynk provides the agile, LEO-based satellite hardware capable of connecting directly to unmodified standard smartphones, Omnispace provides the licensed spectrum necessary to operate without interfering with terrestrial networks. SES, meanwhile, provides the massive scale of its Medium-Earth Orbit (MEO) and Geostationary (GEO) fleets, along with a sophisticated global ground segment to route traffic efficiently.
Potarazu confirmed that the combined entity is targeting mid-2027 for the commercial rollout of its primary services. He revealed that satellite production and testing are currently underway, though specific launch manifests remain confidential. This timeline places the SES-backed venture in a critical window to capture market share as 5G Non-Terrestrial Network (NTN) standards become more prevalent in consumer hardware.
Multi-Orbit Architecture and the Infrastructure Advantage
One of the most significant technical differentiators discussed was the multi-orbit approach. Unlike competitors who focus exclusively on Low-Earth Orbit (LEO) constellations, the SES-Lynk-Omnispace partnership intends to utilize a tiered architecture. In this model, LEO satellites handle the immediate connection to the handheld device, while MEO satellites and SES’s existing ground infrastructure manage the backhaul and data routing.
Al-Saleh emphasized that SES’s ability to route traffic from LEO to MEO and then to the ground provides a level of network resilience and capacity that single-orbit systems may struggle to match. This "hybrid" connectivity ensures that as data demands increase—moving from simple SMS and emergency alerts to voice and eventually broadband data—the network can scale without the latency or congestion issues often associated with legacy satellite systems.
Furthermore, the inclusion of Omnispace’s S-band spectrum is a "unique selling point." In the D2D world, spectrum is the most valuable commodity. While some competitors rely on leasing spectrum from MNOs on a country-by-country basis, the possession of globally coordinated Mobile Satellite Services (MSS) spectrum allows the Lynk/Omnispace entity to provide a more consistent global service. This independence from terrestrial spectrum constraints allows for smoother roaming and reduces the regulatory burden when operating across international borders.
Economic Viability and the "Incremental Add-on" Model
A recurring critique of the satellite industry has been the high cost of entry for consumers, often requiring expensive proprietary hardware or high monthly subscription fees. Al-Saleh was quick to dismiss the idea that D2D services would follow this high-cost trajectory. He argued that for D2D to achieve mass-market penetration, it must be priced as a low-cost "incremental add" to existing mobile bills.
"We don’t believe that a consumer, at the end of the day, is going to be willing to pay $50 per month or $60 per month for satellite connectivity on their phone," Al-Saleh stated. Instead, the vision is a seamless experience where a user pays a nominal fee—perhaps a few dollars a month—to ensure they never lose signal, whether they are in a national park, on a remote highway, or in a region struck by natural disaster.
By focusing on low-cost, agile satellite development, Lynk aims to keep its Capital Expenditure (CapEx) significantly lower than that of its more vertically integrated competitors. This lean manufacturing philosophy is intended to translate directly into lower prices for the end-user, making the service an easy "opt-in" for the billions of smartphone users globally.
Chronology of the D2D Partnership
The path to this merger has been a multi-year strategic play by SES to pivot toward the burgeoning "New Space" economy:
- Early 2025: SES announces its initial strategic investment in Lynk Global during the SATELLITE 2025 conference, signaling its intent to enter the D2D market.
- Late 2025: Plans for a merger between Lynk Global and Omnispace are unveiled, with SES positioned as the lead strategic investor and infrastructure partner.
- Early 2026: The partners demonstrate technical milestones in satellite-to-phone connectivity and begin the regulatory filing process in multiple international jurisdictions.
- March 2026 (SATShow Week): CEOs of SES and Lynk reaffirm their 2027 service launch goal and detail their global manufacturing and spectrum strategy.
- Mid-2027 (Projected): Commercial launch of integrated D2D services for MNOs, government agencies, and IoT providers.
Overcoming Global Challenges: Launch, Capital, and Regulation
Despite the optimistic outlook, both CEOs acknowledged significant headwinds facing the industry. Potarazu pointed to the "launch bottleneck" as a primary concern. With the proliferation of mega-constellations, securing reliable and affordable launch slots has become increasingly difficult. To mitigate this, the company is looking toward a diverse array of launch providers to avoid over-reliance on any single platform.
Capital remains another hurdle. While demand is high, the "fierce competition for capital" means that ventures must demonstrate clear paths to profitability. Al-Saleh noted that they are competing against "sovereign-backed" entities and billionaires with deep pockets, necessitating a more disciplined and efficient approach to technology development.
Regulatory diversity also poses a challenge. Each nation maintains its own rules regarding spectrum usage and data sovereignty. To address this, Potarazu highlighted the company’s plan to establish a truly global manufacturing and operational footprint. By maintaining a manufacturing presence in the United States, Europe, and Asia, the combined company aims to navigate the "divided world politics" of the modern era, ensuring that their technology is viewed as a local asset rather than a foreign intrusion.
Broader Implications for the Telecommunications Industry
The success of the SES-Lynk-Omnispace venture could fundamentally alter the relationship between satellite operators and MNOs. For decades, these two sectors operated in silos. The D2D revolution is forcing a convergence where satellites are seen as an extension of the terrestrial tower network—a "tower in the sky" that fills the gaps where fiber and steel cannot reach.
For MNOs, this partnership offers a way to eliminate "dead zones" without the prohibitive cost of building terrestrial towers in sparsely populated or geographically challenging areas. This is particularly relevant for the "Internet of Things" (IoT) sector, where millions of sensors in agriculture, shipping, and environmental monitoring require constant, low-power connectivity in remote locations.
As the industry moves toward the 2027 launch window, the focus will shift from theoretical capabilities to operational execution. The ability of SES and its partners to navigate the complexities of global regulation while maintaining a low-cost structure will determine if they can successfully challenge the early leads established by Starlink and AST SpaceMobile. If successful, the result will be a world where "no signal" becomes a relic of the past, and global connectivity becomes a truly universal human right.