Lynk Global and Omnispace have completed their merger to form Elveo Mobile, a new entity focused on direct-to-device satellite connectivity. The company, backed by investors including SES and Fortress, aims to provide 5G and data services to standard mobile devices through partnerships with over 50 network operators.
The completion of this Elveo Mobile merger creates a formidable player in the direct-to-device market, addressing the critical coverage gaps that have long hindered ubiquitous mobile streaming and data access. By integrating satellite payloads with advanced on-board processing, Elveo Mobile provides mobile network operators an affordable alternative to terrestrial infrastructure for reaching remote users. This move signals a shift toward standardized 5G non-terrestrial networks, forcing traditional satellite and telecom providers to accelerate their own D2D integration strategies. As the company begins scaling its orbital compute power, the industry should watch for the first commercial voice and data performance metrics across its 50+ partner networks.
The direct-to-device satellite market has attracted significant competitive activity in 2026, with multiple operators and satellite providers racing to deliver connectivity to unmodified handsets. Ericsson's networks chief Per Narvinger noted at MWC 2026 that AI workloads are shifting traffic patterns toward uplink-heavy use cases, a trend that increases demand for ubiquitous coverage and positions D2D providers like Elveo Mobile as critical infrastructure partners for operators seeking to fill terrestrial gaps. The broader AI-RAN ecosystem is converging on this same opportunity, with Nokia and NVIDIA launching the first GPU-based commercial AI-RAN platform in July 2026, targeting double spectrum capacity at the cell level, while South Korea selected SK Telecom to lead its first industrial AI-RAN pilot simultaneously testing equipment from Nokia, Ericsson, Samsung, and a domestic vendor.
On the business and partnership front, Elveo Mobile enters a market where network slicing and agentic automation are becoming key enablers for satellite-terrestrial integration. Blue Planet and Telefónica Deutschland completed a joint proof of concept using agentic AI to power 5G network slicing services, demonstrating that tasks such as defining slice specifications and generating standards-compliant service payloads were completed in minutes instead of weeks. European telecom infrastructure spending has faced headwinds as operators pivot to low-cost models, though current technical and use-case issues have slowed adoption from earlier projections. For Elveo Mobile, which has signed partnerships with more than 50 network operators, the ability to automate service orchestration across satellite and terrestrial domains will be essential to delivering on its multi-band D2D promise at scale.
Technical validation of per-user network optimization is also advancing, with implications for how Elveo Mobile's satellite links perform under variable channel conditions. Samsung and NTT Docomo demonstrated in January 2026 that AI-driven per-user prediction reduced throughput degradation frequency from 13.1% to 7.2%, a 44% relative improvement over cell-level baselines. Unlike cell-level optimization, which averages improvements across all connected devices, this approach identifies which specific user is about to experience a problem and adjusts that user's configuration preemptively. For D2D satellite operators like , where individual user link quality varies dramatically based on satellite geometry and atmospheric conditions, such transport techniques could prove essential to maintaining service quality for streaming and data applications on standard mobile devices.
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