How LEO, GEO and D2D All Tried to Own the Customer (and the Sky)
This past week in satcom felt like watching a crossover episode where everyone insists they’re the main character. GEO strutted back on stage like a retired rock star booking a world tour, LEO kept dumping more hardware into orbit like there’s no tomorrow, regulators quietly sharpened their pencils, and direct-to-device tried very hard to stop being “buzzword cosplay” and become an actual business.
Theme of the week: Multi-orbit is the new monoculture, and D2D wants your phone bill
If you had to pick a thesis for this week, it would be: “Everything is converging, nobody is relaxed, and the customer may actually have leverage for once.”
On 1 December, Inmarsat Maritime (now Viasat’s maritime arm) unveiled the next phase of its NexusWave bonded connectivity service, tying it explicitly to the entry into service of the ViaSat-3 GEO birds and a new VS60 maritime terminal. NexusWave is now officially pitched as a fully managed, bonded multi-network service, combining GEO Ka-band with LEO, LTE and L-band in one “intelligent” connectivity package. That is GEO refusing to go gently into that good night and instead hiring LEO and terrestrial as backing dancers.
Two days later, on 3 December, Viasat doubled down on the “everything talks to everything” story with a consumer survey on direct-to-device. In a report wonderfully titled “The Great Connectivity Convergence,” they found that 60 percent of smartphone users globally would pay extra for satellite-enabled services on their phones and nearly half would switch operator to get them. Translation: if MNOs thought they could ignore NTN, this week politely suggested otherwise.
Layer on top Airbus’ 4 December announcement that it is integrating China’s Spacesail LEO constellation into its HBCplus inflight connectivity program, giving airlines another LEO option in a growing multi-orbit IFC buffet, and the pattern is hard to miss. GEO operators, LEO hopefuls and equipment vendors are all converging on the same message: “We are totally multi-orbit and open, please don’t lock yourself to the other guy.” It’s like watching rival fantasy kingdoms all swear they’re very into alliances now, right after building enormous fortresses.
Meanwhile, D2D quietly shifted from “future slideware” toward a battle over who owns the customer relationship and the spectrum that makes it real. Viasat’s consumer survey and a long, very pointed think-piece in Via Satellite on commercial satellite D2D business models, published 2 December, made it clear that this is no longer just about emergency messaging. The week’s subtext: D2D is shaping up as the next turf war between vertically integrated LEO giants and more collaborative “NTN as a feature” players.
LEO and NGSO: Launch, manufacture, repeat
Even in a week dominated by service announcements and regulatory tea leaves, LEO constellations still made sure you could hear the faint clank of more aluminum heading skyward.
On the pure “throw more mass into orbit” side, SpaceX continued its 2025 Falcon 9 endurance run with yet more Starlink launches in early December, including a fresh batch of Starlink broadband satellites from Florida and another mission out of Vandenberg later in the week. Public launch-tracking sources put these flights in the usual range of a couple dozen satellites per launch, feeding a constellation that Yale Environment 360 now pegs at more than 9,000 active Starlink spacecraft as of late November. That same article dryly notes that global orbital launches are on track to reach about 300 this year, with SpaceX responsible for roughly half of that. If LEO were a city, building permits would have been revoked years ago.
Manufacturing, however, was the more interesting LEO story this week. On 28 November, local media in Midland, Texas reported that AST SpaceMobile is adding a new manufacturing facility there, one of two new sites (the other in Homestead, Florida) that will expand production of its next-generation BlueBird satellites. The Midland plant will build BlueBirds from raw materials through final integration, bringing the company’s Texas footprint to five facilities and supporting a workforce that AST says now exceeds 1,800 people, mostly in West Texas. These local reports echo a corporate press release from late November touting the same footprint expansion and its role in scaling BlueBird capacity.
The implications run deeper than “company builds bigger factory.” AST is selling a story of being the “first and only” space-based cellular broadband network accessible directly by regular smartphones. This week’s news essentially says: that story now has a physical industrial base that looks less like a scrappy startup and more like a mid-tier automotive supplier. More space, more staff, and half a million square feet of “we really are going to mass-produce these things.” It’s the point in the sci-fi arc where the tiny rebel shipyard turns out to be a sprawling industrial complex and everyone realizes someone was very serious about that “global coverage” line.
NGSO’s importance also shows up in the quieter corners of the regulatory apparatus. The FCC’s latest Satellite Communications Services public notice, dated 3 December, includes a series of special temporary authorities (STAs) and actions that amount to a snapshot of the NGSO back-office. Intelsat, for example, secured STAs starting 2 December for earth stations in Castle Rock, Colorado and Fillmore, California to provide telemetry, tracking and command (TT&C) for the UK-licensed “UtilitySat” and for Anuvu’s NuView Alpha and Bravo satellites in Ka-band. Viasat likewise received STA, effective 2 December, to provide TT&C support for Blue Origin’s Darksky-1-2 satellite in the 2 GHz and 8 GHz bands.
Each individual STA is small beer; collectively, they show a ground ecosystem increasingly optimized around NGSO and experimental missions. Anuvu’s geospatial and mobility plans, Blue Origin’s test satellite, Intelsat’s utility link, Viasat’s TT&C services, all of them lean on a regulatory framework that’s quietly being tuned to treat “new-space” activity as normal. The story this week isn’t just that more stuff is going to LEO; it’s that the infrastructure for shepherding that stuff through launch, early operations, and experiments is thickening, even if nobody outside of spectrum lawyers ever reads SES-02817.
GEO and maritime: the veteran admiral hires a LEO escort fleet
If anyone still enjoys declaring GEO “dead,” this week made that take look a bit like saying “cinema is dead” because people also watch streaming.
Inmarsat Maritime’s 1 December NexusWave announcement is textbook GEO reinvention. NexusWave is described as a “bonded multi-network service” that merges GEO Ka-band capacity, LEO, LTE and L-band into a single managed connectivity solution. The real news is the upcoming integration of the ViaSat-3 class GEO satellites and the new VS60 maritime terminal, co-developed with Intellian and powered by a Viasat software-defined radio. The VS60 terminal reportedly achieved more than 250 Mbps downlink in sea trials and is “purpose built” for the ViaSat-3 era.
This sets up a future in which maritime customers buy NexusWave as a service and largely stop caring which orbital shell they’re on at any given moment. Inmarsat explicitly calls out that the ViaSat-3 satellites will add capacity over the Americas and Asia-Pacific shipping lanes from 2026 onward and that ViaSat-3’s more than 1,000 steerable spot beams will allow bandwidth to be dynamically shifted along shipping lanes and ports. That is not the voice of a GEO incumbent in retreat; it is the voice of a GEO incumbent saying, “Fine, if the kids want low latency, we’ll bring friends.”
On the surface, this is a product refresh. Two levels down, it is Inmarsat/Viasat signaling a strategic answer to the Starlink Maritime threat: if you want a single contract that can juggle GEO, LEO, and terrestrial, with a shiny new terminal that looks like something out of a premium sci-fi prop catalog, we’ve got you. You can almost hear the subtext: “Sure, you could buy a flat-panel from that very loud LEO operator; or you could let us quietly run the multi-orbit routing so your IT folks don’t revolt.”
Taken together with Airbus’ Spacesail deal on 4 December, which plugs a future Chinese LEO broadband constellation into the HBCplus inflight connectivity ecosystem, the week painted a clear picture. Multi-orbit is no longer the forward-looking slide at the end of the PowerPoint; it is now baked into shipping product lines. Even the airliner cabin is being pitched as a place where GEO and LEO traffic will be blended invisibly, with HBCplus offering airlines “choice of satellite partners” and LEO added as one more knob to turn.
The deeper implication is that GEO’s future is about being the high-capacity backbone in an increasingly hybrid network. Think of GEO as the veteran admiral, still commanding the big guns, but now quite content to let squads of LEO frigates race ahead to mop up latency-sensitive workloads.
Direct-to-Device: from punchline to pricing problem
Direct-to-device spent the week stepping out of the lab and tripping on their ARPU model.
First, Viasat’s 3 December report on D2D demand came in hot with numbers. Surveying more than 12,000 smartphone users across 12 markets, the company and GSMA Intelligence found that over 60 percent of respondents are willing to pay extra for satellite-enabled services on their phone, with willingness especially high in India (89 percent) and Indonesia (82 percent). Those willing to pay more would, on average, tolerate a 5–7 percent uplift on their monthly phone bill, and nearly half said they would switch mobile operators if D2D-like coverage outside normal signal areas were included in their subscription.
That is a rather blunt message for MNOs: satellite is no longer a cute value-add in the emergency-SOS corner of the product brochure. It is a churn risk. The press release even coins a “marketing gap,” warning that operators need to harness enthusiasm without over-promising what current satellite capabilities can actually do, particularly in emerging markets where appetite for high-data-rate satellite apps runs well ahead of technical reality. So yes, the universe has a sense of humor: after years of satellite feverishly trying to be more like mobile, mobile now risks losing customers if it does not behave more like satellite.
Then there’s the industrial-level perspective. Via Satellite’s 2 December opinion piece on commercial D2D lays out how the competitive landscape is congealing. SpaceX’s $17 billion acquisition of EchoStar’s AWS-4 and H-block spectrum is framed as making Starlink “the most vertically integrated D2D operator,” with control over satellites, spectrum, and distribution. Meanwhile, the planned Lynk–Omnispace merger, backed by SES, is positioned as a global challenger combining coordinated S-band spectrum with Lynk’s satellite platform and existing MNO relationships.
That article usefully categorizes D2D business models into three buckets: operator bundles (MNO-satellite partnerships like T-Mobile–Starlink and Vodafone–AST SpaceMobile), wholesale IoT access, and vertical solutions for sectors like maritime, energy, and public safety. Put alongside Viasat’s consumer survey, you can start to see where this is going. D2D is not just a question of link budgets; it’s a three-way negotiation between satellite operators, mobile operators, and device OEMs over who owns what part of the value chain and who gets to put their logo on the bill.
The subtle comedy is that everyone is trying to look non-threatening. SpaceX insists it does not want to compete with mobile carriers even as it hoovers up terrestrial-grade 2 GHz spectrum and closes long-term retail agreements with operators like Boost Mobile. MNOs tell investors they are “excited about NTN opportunities” while quietly calculating the minimum revenue share they can get away with. Meanwhile, mid-tier players like Globalstar, Lynk and Omnispace are playing matchmaker, bundling spectrum and tech stacks in hopes of being the Switzerland of D2D rather than collateral damage.
From a risk perspective, this week’s D2D developments also underline the degree to which spectrum policy will shape who wins. The EchoStar–SpaceX spectrum transfer is still under FCC review, with the public comment window reported as closing on 4 December, and the stakes are obvious: concentrate too much useful mid-band spectrum in one vertically integrated D2D giant, and you risk recreating the mobile oligopolies satcom originally claimed to disrupt. Spread it too thin, and nobody gets enough contiguous spectrum to deliver beyond SMS-class services. Somewhere in the middle is the glorious future where your phone roams across GEO, MEO, LEO and terrestrial without a drama, and your CFO only cries a little.
Government and defense: LEO is desirable, but so are budgets that actually clear
The week also reminded us that in satcom, “follow the money” usually means following defense.
On 2 December, Iridium announced that it had been awarded a five-year System Infrastructure Transformation and Hybridization (SITH) contract by the U.S. Space Force’s Commercial Space Office, with a potential value of up to $85.8 million. The contract funds technological refreshes, lifecycle upgrades and security enhancements for the Enhanced Mobile Satellite Services (EMSS) Service Center, Technical Support Center and Defense Ground Station, and is a follow-on to the 2019 Gateway Evolution contract and the EMSS airtime and sustainment agreements.
In practical terms, this is the Pentagon saying: Iridium’s LEO network is not just nice to have; it is critical infrastructure deserving ongoing modernization. The company now has three core EMSS contracts in play (airtime, sustainment, and now infrastructure transformation) which collectively lock in Iridium as a central pillar of U.S. government and DoD narrowband SATCOM for years. The hybridization language is interesting too: it signals that even Iridium’s historically self-contained LEO system is being nudged toward playing nicely in a broader, multi-orbit, multi-link future. In the grand strategy movie version of this, Iridium is the seasoned general grudgingly accepting that joint operations are the new reality.
At the same time, Congress spent 28 November being reminded that while LEO is shiny, it is not invulnerable. A SatNews report on that date summarized a congressional hearing emphasizing that lawmakers see LEO constellations as essential to U.S. military communications but also worry about cyber vulnerabilities, anti-satellite threats, and over-reliance on a small group of commercial providers. Names like SES/Intelsat, EchoStar/Hughes, Iridium and Globalstar/Apple reportedly came up in the context of how to build resilient architectures that mix government-owned and commercial capabilities. It’s the policy equivalent of the scene where the council realizes they have in fact given the keys to half the kingdom to a handful of private warlords and now need a better Plan B.
On the ground-segment and ISR side, Gilat’s 2 December announcement of a roughly $10 million order for a customized direct-downlink Earth observation solution also has defense fingerprints all over it. The system will use satellites with multiple sensors to deliver real-time intelligence, surveillance and reconnaissance data through a transportable direct-downlink terminal designed to work in remote locations. Gilat makes a point of linking this to its “time-tested SATCOM terminal solutions,” positioning the deal as an extension of its defense portfolio rather than a pure EO one-off.
Look a layer deeper and you see a consistent motif. Defense users want resilient, hybrid architectures: LEO plus GEO, actionable imagery plus robust comms, commercial plus government, fixed facilities plus transportable ground. This week’s contract actions and regulatory approvals show industry happily stepping into that ask, sometimes with almost suspicious enthusiasm. After all, nothing says “sustainable satcom business” quite like a five-year IDIQ contract and a reason to mention “mission-critical” in every other sentence.
Ground, gateways and the quiet work of VSAT people
While the constellations grab headlines, the ground guys had a quietly important week too.
We’ve already mentioned Gilat’s transportable direct downlink terminal, which leans heavily on VSAT heritage even as it moves into EO. But the FCC’s latest STAs also highlight how earth station operators and teleport owners are increasingly central to NGSO and multi-orbit architectures. Intelsat’s STAs for UtilitySat and Anuvu’s NuView birds depend on earth stations in Castle Rock and Fillmore; Viasat’s Darksky STA rests on its own facilities; ATLAS Space Operations likewise received an STA (effective 27 November and running through May 2026) to support Blue Origin’s Darksky mission from its Haleiwa, Hawaii ground station.
In other words, we are slowly moving from the “bent-pipe in the sky” paradigm to “cloud points of presence in space that must be carefully integrated into terrestrial networks.” That’s echoed nicely in a Via Satellite “Rising Stars” roundtable published 2 December, where an engineer from ST Engineering iDirect predicts that satellite ground systems will fully embrace cloud-native architectures in the next five years and that multi-orbit networks with seamless switching between GEO, MEO and LEO will become the norm. His comments might read like marketing boilerplate if they didn’t line up so neatly with what Inmarsat, Airbus and others actually announced this week.
The regulatory world is moving in the same direction. A Federal Register pre-publication notice dated early December outlines a proposed new “Schedule O” to FCC Form 312, which would require applicants for GSO systems, NGSO systems, variable-trajectory satellite services and multi-orbit systems to submit detailed orbital data as part of their space-station applications. It’s dry, but significant: the FCC is essentially formalizing the fact that “multi-orbit” and “complex NGSO” are no longer edge cases but mainstream enough to deserve their own special paperwork. Somewhere out there a regulatory consultant just bought a nicer coffee machine.
And then there is Intelsat’s own Ku-band STA for “Paradigm Ragno” 0.4 meter antennas to perform testing, demonstration and customer service in both uplink and downlink Ku-band, granted 26 November but active throughout much of this week. Ragno is squarely in the VSAT/ESIM domain, and the testing hints at ongoing work to keep hardware agile enough to serve both GEO and NGSO networks. Combine that with Inmarsat’s VS60 terminal announcement and you get a picture of a ground segment working hard not to become the bottleneck in a world where satellites are increasingly software-defined and orbits are just variables in an SD-WAN policy.
Sustainability and externalities: the awkward dinner guest
While operators and vendors celebrated launches, contracts and shiny new terminals, academia spent the week asking the deeply inconvenient question: “So, about all those satellites you’re burning up in the atmosphere…”
On 2 December, Yale Environment 360 published a long feature warning about the atmospheric emissions impact of both rocket launches and the mass deorbiting of satellites. The piece highlights that Starlink’s constellation alone now numbers more than 9,000 spacecraft and that with lifetimes of around five years, we are essentially running a launch–deploy–deorbit–incinerate cycle at industrial scale. Recent studies cited in the article suggest that ablation of satellite materials on reentry is creating aluminum-rich nanoparticles in the stratosphere, which could be bad news for the ozone layer, and that black-carbon emissions from kerosene-fueled rockets like Falcon 9 could produce measurable stratospheric warming if launch rates continue to climb.
The article notes that some engineers, particularly in Europe, are beginning to question the “design for demise” paradigm that encourages satellites to completely burn up on reentry, arguing that from an atmospheric pollution standpoint this may be “the most harmful solution you could get.” Concepts like “design to survive” reentry, inflatable decelerators for controlled return, and even wooden satellites get honorable mention. None of that is going to slow down Starlink launches next week, but it does signal that the environmental debate around constellations is maturing from “please stop ruining my long-exposure astronomy shots” to “please stop turning the mesosphere into a metal nanoparticle soup.”
From an industry perspective, the risk is not just reputational. If regulators eventually decide that upper-atmosphere pollution is a problem, you could see constraints on how fast satellites must deorbit, what they’re made of, or how many can be launched per year. The Yale piece explicitly raises the specter of quotas and more stringent international governance for LEO, noting that the current focus in most countries is to accelerate the space economy, not limit it. It’s all very reminiscent of that kindly wizard in genre fiction who keeps reminding the rulers that magic always has a cost, and everyone nods and then continues summoning things until something large bites them.
The mood music: consolidation, convergence and a touch of imperial overreach
Zooming out from individual announcements, the industry’s self-reflection this week was telling. Via Satellite’s “Rising Stars” feature isn’t news in the hard sense, but the predictions it surfaces line up eerily well with what corporate press rooms were churning out. One participant forecasts a wave of consolidation as players seek vertical and horizontal integration; another says multi-orbit networks will be standard; another points to virtualized, software-defined satellites and fully cloud-native networks as the next major revolution.
If you put those predictions next to, say, AST SpaceMobile’s manufacturing expansion, Viasat/Inmarsat’s NexusWave multi-orbit play, Airbus courting Spacesail for HBCplus, and SpaceX’s ongoing spectrum land-grab with EchoStar, you get an ecosystem that increasingly looks like a handful of empires carving up trade routes. The names differ (Starlink, ViaSat-3, BlueBird, Lynk/Omnispace, SES/Intelsat) but the pattern is familiar. Everyone wants to control at least two of the following three: space segment, spectrum rights, and customer relationship. This week’s D2D survey and D2D think-piece both quietly scream the same thing: whichever set of players nail that triangle, wins.
The potential downsides are not subtle. If a single vertically integrated player winds up owning massive chunks of mid-band spectrum, most of the launch capacity and the lion’s share of active LEO satellites, you do not need a vivid imagination to see future antitrust concerns, or at least regulatory pushback. The FCC’s increasing focus on defining NGSO systems precisely, introducing new application schedules for multi-orbit networks, and scrutinizing mega-deals like the EchoStar–SpaceX spectrum transfer suggests it is at least aware of the risk.
At the same time, we are watching GEO and MEO reinvent themselves as “part of the hybrid cloud,” ground infrastructure race to virtualize, and satcom slowly embed into broader 5G and cloud ecosystems. That makes this week’s Viasat D2D survey particularly funny: customers do not care about the acronym arms race; they care that their phone works and they can stream video without rage. The fact that nearly half are willing to drop their current operator to get better satellite coverage is a nice reminder of who ultimately gets to decide whether multi-orbit strategies were worth the PowerPoints.
Closing reflection: everyone is building the Death Star; nobody wants to be the stormtrooper
So where does that leave us at the end of this very dense week ?
The sarcastic take is that the industry is simultaneously trying to be cloud, telco, defense contractor, and climate-conscious steward while still occasionally forgetting to return customer support emails. The optimistic take is that these moves (multi-orbit architectures, D2D convergence, industrial-scale manufacturing, regulatory modernization) are the messy but necessary steps toward a genuinely global, resilient, and more inclusive communications fabric.
Realistically, both are true. The same week that shows us a maritime GEO giant reinventing itself as a multi-orbit orchestrator also shows us a LEO mega-constellation contributing to new forms of atmospheric pollution. The same D2D narrative that promises safety and connectivity everywhere also concentrates spectrum and power in the hands of a few very ambitious actors.
But credit where due: the people building all this are at least trying to grapple with the complexity. Young engineers are talking about cloud-native ground systems and multi-orbit as the default; policymakers are tentatively updating forms and frameworks; operators are begrudgingly admitting they might have to interoperate with their sworn enemies.
If nothing else, this week proved that the satellite communications sector is incapable of standing still. Everyone is expanding, merging, bundling or bonding something. And while a few players may secretly be constructing their own metaphorical Death Star, nobody seems eager to be the expendable stormtrooper this time around.
For the rest of us, watching from Earth with a mildly terrified fascination, the best we can do is keep score, enjoy the spectacle, and hope that when the dust settles, the result is a universe where your phone, your ship, your aircraft and your sensors are all online, without requiring you to sell your soul, your spectrum, or your ozone layer to get there.
