The satellite sector is generating more noise than ever, and nowhere is the downstream impact of that noise more consequential than in aviation connectivity. As LEO constellations multiply, D2D strategies mature, and the economics of non-terrestrial networks get stress-tested against commercial reality, the in-flight Wi-Fi market sits at the intersection of nearly every major trend reshaping the satellite industry. Understanding who the credible players are, what their business models can actually sustain, and where the hype ends and the viable infrastructure begins is precisely the analytical work Maravedis is undertaking in its forthcoming Global In-Flight Wi-Fi Market Trends and Forecasts 2026-2031 report.
Nvidia's recently announced Space-1 Vera Rubin Module, designed to bring compute capacity to satellites, is the latest example of the data-centers-in-space trend that has become a fixture of industry conversation. From our perspective, the environmental calculus deserves scrutiny: the rocket fuel required to launch orbital computing modules, followed by their eventual atmospheric re-entry for decommissioning, raises serious sustainability questions the industry has not yet answered adequately. For aviation specifically, where sustainability credentials are under intense pressure from regulators, passengers, and airlines alike, the carbon cost of orbital infrastructure is not an abstract concern. We are actively seeking academic research comparing the carbon cost of orbital compute against equivalent terrestrial electricity consumption.
The more substantive industry conversation centers on the acceleration of direct-to-device (D2D) strategies among mobile network operators and the increasingly crowded field of non-terrestrial network (NTN) startups seeking to find their place in the MNO ecosystem. We recently researched three satellite players whose approaches and commercial situations differ sharply: Globalstar, Iridium, and Myriota. Each illuminates a different dimension of the satellite landscape that will shape in-flight connectivity options over the next five years.
Globalstar: Apple's Silent Partner and What It Means for Aero
One of the more unusual dynamics in the satellite space involves Globalstar and its relationship with Apple. Apple is not inclined to publicize the arrangement, but the facts are on record: Apple disclosed a roughly 20% stake in Globalstar in late 2024, with an initial outlay of around $400 million and additional staggered payments that could push the total to approximately $1.7 billion. The funds are earmarked for Globalstar's next-generation C-3 LEO constellation, and in return Apple gains a path to delivering D2D connectivity to iPhone users globally, entirely outside the traditional MNO billing relationship.
For the in-flight connectivity market, this matters more than it might initially appear. Passengers aboard aircraft increasingly expect seamless connectivity that mirrors their ground experience. If a significant portion of those passengers are iPhone users with Globalstar-backed D2D capability baked into their devices, the pressure on airlines and IFC providers to deliver competitive, affordable inflight broadband only intensifies. The baseline passenger expectation is rising, and the Globalstar-Apple relationship is one of the forces pushing it upward.
Globalstar has now crossed the 50% threshold of its $2 billion ITU Partner2Connect commitment, covering ground station upgrades alongside the satellite constellation build-out. Beamforming and signal concentration are central to the technical roadmap, both of which are directly relevant to the capacity and quality improvements that aero connectivity customers demand.
On the spectrum side, Globalstar's n53 holding (2,483.5 to 2,495 MHz) provides a near-global band of operation. While 3GPP has formally recognized n53, Globalstar's own implementation is proprietary rather than fully standards-compliant, operating as a narrowband channel within that 11.5 MHz allocation. For aero applications, spectrum strategy and global harmonization are critical variables, as aircraft cross jurisdictions continuously.
Historically a one-way IoT communication provider, Globalstar has recently enabled two-way communication on its network. Its XCOM RAN product, targeting private 5G deployments using the same n53 spectrum, is an interesting adjacent capability. Boingo Wireless, which operates connectivity across airports and other high-density venues, recently announced it would integrate XCOM RAN into its private network portfolio, a development worth tracking given Boingo's footprint in aviation-adjacent environments.
Iridium: Financial Discipline and Hard Questions About D2D Economics
Iridium carries more history than most in the satellite business, having emerged from the ruins of Motorola's original constellation venture, which collapsed just nine months after commercial launch in 1999. The second-generation Iridium NEXT constellation, launched from 2017 onward using SpaceX as the launch provider, consists of 66 operational satellites with nine held in orbital reserve.
For the aviation sector, Iridium has long been a known quantity. Its L-band network has served as a backbone for safety services and cockpit communications, and its global coverage, including polar routes where GEO satellites cannot reach, has made it a preferred partner for airlines operating wide-area and transoceanic routes. That legacy infrastructure credibility is now being leveraged toward the consumer cabin experience as well.
Today Iridium operates as a publicly traded company serving mission-critical communications for enterprise, government, and military customers. Its expansion toward the consumer segment is tied to its 3GPP Release 19 compatibility, which enables NTN Direct, a service targeted for H2 2026 launch. Vodafone IoT and Deutsche Telekom have both confirmed integration plans, with Deutsche Telekom deploying it for roaming capabilities currently in alpha testing. As NTN Direct matures, the implications for in-flight passenger connectivity, particularly on routes where other LEO constellations have limited or no coverage, could be significant.
A technically notable distinction in Iridium's approach is its use of software-defined radio to reprogram satellites on orbit, allowing it to adapt its network without launching new hardware. For airlines and IFC providers evaluating long-term infrastructure partnerships, this operational flexibility reduces the technology obsolescence risk that has historically made satellite connectivity contracts a source of financial pain.
From a commercial standpoint, Iridium occupies a strong position: roughly $800 million in annual revenue and $300 million in cash flow, with around 2 million active subscriptions on its current network. IoT remains the core business, but D2D is treated as meaningful upside. The financial stability Iridium demonstrates stands in contrast to many newer entrants, and for airlines making decade-long infrastructure commitments, counterparty financial health is not a trivial consideration.
The skepticism toward newer entrants is obvious. Iridium's view is that nanosatellite startups may be inexpensive to launch but are not inexpensive to operate, and that their commercial longevity is uncertain. This is a concern Maravedis shares as we evaluate the competitive landscape for our in-flight Wi-Fi report. Airlines and IFC providers that have bet on emerging LEO players need confidence those providers will still be operating when their aircraft come in for the next major maintenance cycle.
On the broader D2D economics, Iridium flagged what many in the industry privately acknowledge: how MNOs compensate satellite operators, who captures the tariff upside, and whether D2D is actually generating profitable traffic for anyone remain open questions. There is no publicly available data confirming D2D commercial viability for any operator at scale. The billions spent on spectrum acquisitions, such as the $17-19 billion attributed to EchoStar's holdings, are equally difficult to justify under conventional financial scrutiny, a point Iridium's leadership made pointedly when noting that such decisions would be unlikely to survive public company governance. For the in-flight connectivity market, where spectrum access and satellite capacity costs flow directly into per-megabyte pricing for airlines and passengers, these unresolved economics are central to the forecast models Maravedis is building.
Myriota: A Grounded IoT Player With Lessons for Aviation
Myriota recently expanded its constellation with eight new satellites, bringing its 5G NTN-compliant HyperPulse network to 30 satellites. The network, augmented by L-band spectrum leased from Viasat, provides coverage for most areas at roughly 90-minute intervals. Myriota is not an in-flight broadband provider and does not position itself as one, but its analysis of where satellite IoT actually delivers value offers a useful corrective to the broader industry hype.
The company's positioning is deliberately distinct from the consumer broadband and D2D narratives currently dominating the satellite conversation. Its customers, whether in agriculture, energy, logistics, or defense, typically need one message per day. Battery life measured in seven to ten years is a primary competitive variable, particularly against cellular deployments where marginal signal coverage shortens battery cycles dramatically.
The relevance to aviation is indirect but real. Aircraft carry a growing number of IoT sensors for predictive maintenance, asset tracking, galley inventory, and operational monitoring. The economics of those sensor networks, the tradeoffs between cellular, satellite, and hybrid connectivity for low-bandwidth machine data, mirror the questions Myriota is navigating in its ground-based markets. The lesson from Myriota's experience is that coverage maps routinely overstate usable connectivity quality, a problem that is equally present in aero, where antenna performance, airframe interference, and altitude all affect real-world throughput in ways that vendor specifications do not always capture honestly.
Myriota's Asset Hawk device illustrates the design philosophy: half the device volume is battery, with five configurable sensor slots, Bluetooth for local connectivity, and an accelerometer for movement-triggered alerts. The principle of designing for real operational conditions rather than ideal-case specifications is one that the in-flight connectivity industry would benefit from applying more rigorously to its own performance claims.
Latin American solar energy and utilities are cited by Myriota as active growth markets, relevant context given that Latin America represents one of the more dynamic and underpenetrated regions in the global in-flight Wi-Fi market, a dynamic Maravedis will examine in detail in its forthcoming report.
The dynamics explored in this analysis, from LEO constellation economics and D2D commercial viability to spectrum strategy and the sustainability of emerging satellite players, are central to the research Maravedis is conducting for its Global In-Flight Wi-Fi Market Trends and Forecasts 2026-2031 report. The report will deliver independent primary research on connectivity technology, airline adoption strategies, passenger experience trends, regulatory developments, and regional market sizing across all major aviation markets. It is currently open for sponsorship and pre-purchase. Supporting the report ensures its independence and early access to findings. Full details are available at shop.maravedis-bwa.com.