Lynk Global: Direct-to-Device Service Expansion
Lynk Global is pioneering satellite-direct-to-device connectivity – essentially turning small satellites into “cell towers in space” that can link directly with ordinary mobile phones. In 2022, Lynk made history by securing the first-ever FCC license for a commercial satellite-to-phone service. Since then, it has launched five low-Earth-orbit satellites and proven it can deliver intermittent SMS texting and emergency alerts to standard cell phones beyond terrestrial coverage.
These initial “Sat2Phone” trials with mobile network partners (in Palau, the Cook Islands, Ghana, Solomon Islands, etc.) have validated Lynk’s technology on real networks. Now Lynk is aggressively scaling up: it claims regulatory approvals in over 30 countries and has signed contracts with more than 40 mobile operators across 50 countries to eventually offer ubiquitous coverage for their subscribers.
To finance its growth, Lynk announced a merger with a special-purpose acquisition company (SPAC) (Slam Corp., led by former baseball star Alex Rodriguez) to take the company public. This deal, disclosed in late 2023, values Lynk at around $800 million and is intended to raise at least ~$110 million for its constellation build-out. (The SPAC deadline was recently extended into late 2024 to finalize the merger, given the challenging market for SPACs )
In parallel, Lynk sought to raise a Series B round of about $40 million and has attracted new capital from strategic investors. The company also shuffled its leadership team to prepare for this next phase: in late 2024 it appointed Ramu Potarazu – a former Intelsat executive – as CEO and brought in a new CFO from OneWeb. This leadership realignment is aimed at guiding Lynk through the public listing and rapid constellation deployment.
Looking ahead 1–3 years, Lynk’s priority is to transition from small-scale testing to initial commercial services. It is working with mobile operators (such as Turkcell in Turkey and MEO in Portugal) to integrate satellite connectivity into their offerings for rural and remote areas. In fact, in early 2025 Lynk and Turkcell successfully demonstrated direct satellite-to-phone links in Turkey as a prelude to a broader service launch. As more satellites launch, Lynk expects to move from just SMS and SOS messaging to supporting voice calls and data connections globally.
Achieving this will require not only hundreds or thousands of satellites, but also tight integration with terrestrial networks and devices. Lynk is leveraging the new 3GPP NTN (Non-Terrestrial Networks) standards so that future 4G/5G phones can seamlessly roam onto satellite signals. Overall, Lynk’s vision is to fill in cellular dead zones worldwide, from oceans to mountaintops, and tap a massive market of mobile users who currently lack reliable coverage. The next few years will be critical in determining if Lynk can scale its technology and business fast enough, amid competition and heavy funding needs, to maintain a first-mover advantage in the direct-to-phone arena.
Intelsat: Strategic Moves and Upcoming Initiatives
Intelsat, one of the world’s largest and oldest satellite operators (historically focused on geostationary communication satellites), is undergoing a strategic transformation to stay competitive in a changing satellite industry. A centerpiece of Intelsat’s strategy is its planned merger with SES, announced in April 2024.
Under this deal, SES will acquire Intelsat for $3.1 billion, combining their assets into a single company by late 2025 (pending regulatory clearances). The rationale is to create a “stronger multi-orbit operator” with global scale: the merged entity would operate fleets in GEO and MEO orbits, with about 60% of its revenue coming from fast-growing data segments (like mobility, government, and network services) rather than traditional video broadcasting.
The companies forecast significant cost synergies, on the order of €2.4 billion net present value, through integrated operations and reduced overhead, with ~70% of those synergies realizable within three years post-merger. If all approvals are secured on schedule, Intelsat and SES expect to close the merger in the second half of 2025, creating a unified satellite operator with a combined backlog of roughly €9 billion in contracts and a stronger financial foundation for future investments.
In the near term, Intelsat continues to invest in its technology roadmap as a standalone company. It has been deploying a new generation of software-defined GEO satellites to refresh and upgrade its fleet. For example, Intelsat 40e (built by Maxar) was successfully launched in 2023 to provide high-throughput coverage over North America (with a focus on in-flight Wi-Fi and other mobility services).
Additionally, Intelsat has two advanced satellites (Intelsat 41 and 44) under construction by Thales Alenia Space, scheduled to enter service by 2025. These satellites feature dynamically reconfigurable beams and payloads to support Intelsat’s vision of a flexible, 5G-compatible “software-defined network” in space. Alongside its GEO fleet upgrades, Intelsat has expanded on the ground: it acquired Gogo’s Commercial Aviation division in 2021, making Intelsat a leader in in-flight connectivity for airlines.
This mobility focus (serving aircraft, ships, and remote enterprise sites) is a key growth area that Intelsat is banking on over the next few years, as demand for broadband on the move keeps rising.
Notably, Intelsat is also venturing into direct-to-device services, a new market that traditional GEO operators had not served in the past. Intelsat began exploratory partnerships with Lynk Global as early as 2021, and in 2023–24 it formalized this interest by investing in Lynk’s Series B funding round. Under this agreement, Intelsat took a minority equity stake in Lynk and even got a board seat (Intelsat’s CTO joined Lynk’s board).
Intelsat’s CEO, David Wajsgras, said the company sees “a strong opportunity to bring Lynk’s technology to government and mobility customers worldwide,” and is exploring collaboration on new small satellites that could expand Lynk’s capabilities from basic texting to voice and data services globally.
In essence, Intelsat wants to ensure it has a stake in the direct-to-handset segment, which could complement its existing offerings. For instance, Intelsat might integrate Lynk’s space-based cell coverage with its own services for aeronautical and maritime customers, enabling phones to stay connected in flight or at sea via satellite.
In the next couple of years, Intelsat will be working (in parallel with the SES merger process) to trial and bundle such satellite-to-phone connectivity for its clients, especially in defense, emergency response, and IoT applications where remote coverage is essential.
Challenges for Intelsat in the near term include navigating the complex merger approval and integration process with SES. Regulators in multiple jurisdictions (the U.S., EU, etc.) must green-light the deal, and until closing, Intelsat and SES must operate separately, which is why their investments in Lynk were arranged independently. There is also the competitive pressure from Starlink (SpaceX) and other LEO constellations: Intelsat’s leadership openly states that combining with SES will better position them to “compete in a fast-moving satellite communications landscape”.
Over the next 1–3 years, Intelsat will need to keep its current customers (such as broadcasters, telecom operators, and airlines) satisfied even as it shifts focus to new markets. The company appears to be betting that by 2025–2026, a merged SES-Intelsat with a multi-orbit network and services like direct-to-phone will unlock new revenue streams and offset declines in legacy businesses.
SES: Multi-Orbit Expansion and New Partnerships
SES, based in Luxembourg, has long been a innovator in multi-orbit satellite communications. It operates both a geostationary fleet (for TV distribution and data links) and the O3b medium-Earth-orbit constellation, which delivers low-latency broadband connectivity. In the near future, SES is expanding its MEO capabilities with the next-generation O3b mPOWER network, a set of high-throughput MEO satellites that began launching in late 2022 and 2023.
These satellites, once fully deployed and operational (expected by 2024–2025), will significantly boost SES’s network capacity for cloud connectivity, telecom backhaul, and government communications.
SES’s strategy is to offer integrated GEO+MEO solutions (and eventually LEO via partnerships) under its “multi-orbit” strategy, providing customers the right mix of coverage and latency for each application. By 2025, SES anticipates that a majority of its revenue will come from data-centric segments (enterprise, mobility, government, etc.), as the traditional DTH TV and video distribution market is mature or declining. This transition is evident in SES’s financial focus: the planned acquisition of Intelsat is largely aimed at boosting scale in networks and moving beyond broadcast, creating a company where roughly 60% of revenue is in “high-growth segments” like mobility and cloud connectivity.
A major initiative for SES in the very near term is, of course, the Intelsat merger. SES’s CEO, Adel Al-Saleh, has been a driving force behind this deal, arguing that combining with Intelsat will give SES the “fuel to scale up and better compete on a global stage”. The merger, once completed, will roughly double SES’s satellite fleet and add a huge base of customers, including Intelsat’s strong North American media business and its aviation/mobility contracts. SES will need to harmonize Intelsat’s GEO network with its own, and figure out the role of each orbit (GEO vs MEO) in the combined portfolio.
Importantly, SES would also inherit Intelsat’s significant presence in the U.S. government market. Over 2024–2025, SES will be heavily focused on integration planning (IT systems, fleet management, sales teams, etc.) so that the merged company can hit the ground running once approvals are in hand. SES has signaled that about 70% of identified synergies (cost savings and new efficiencies) should be executed within three years post-merger, which implies a lot of internal streamlining and optimization between now and 2028.
The Lynk Link
Even as it plans this transformational merger, SES is partnering externally to diversify its services. One prominent example is its new partnership with Lynk Global on direct-to-device connectivity. In March 2025, at the Satellite industry conference in Washington, SES announced a strategic alliance with Lynk, which includes a small investment (Series B funding) and a deep technical collaboration. As part of this deal, SES will provide Lynk access to SES’s infrastructure: for instance, Lynk can route its LEO satellite traffic through SES’s MEO relay network to reach existing teleport gateways on Earth.
SES will also offer Network-as-a-Service support, meaning Lynk can use SES’s global ground station network and even SES’s GEO satellites for telemetry, tracking, and control of the Lynk constellation. In practical terms, this could greatly accelerate Lynk’s deployment, Lynk won’t need to build out an entire global ground segment from scratch, since it can piggyback on SES’s facilities.
The two companies are also co-developing aspects of Lynk’s network architecture and satellite manufacturing, with plans to produce some of Lynk’s satellites in Europe. (This not only helps scale production but could also align with European interests in having sovereign space infrastructure.) SES, for its part, gains an inside track into the direct-to-device market, which Al-Saleh called “a huge opportunity” that will “evolve over multiple years”.
SES will become a reseller/channel partner for Lynk’s services, enabling SES to offer its government and enterprise customers extended mobile coverage solutions. For example, SES could integrate Lynk’s satellite phone coverage into emergency response communications, remote mining or oilfield connectivity, and even future connected car systems, all areas SES already serves with satellite backhaul, now potentially augmented with direct-to-handset links.
Beyond Lynk,
SES is involved in other forward-looking projects that will shape its near future. One is the European Commission’s IRIS² program, a planned multi-orbit secure communications constellation for Europe. SES (along with partners) has been selected as a key contributor to IRIS², and the company has hinted at incorporating direct-to-device capabilities into that system down the line. SES’s CEO noted that many governments are seeking “sovereignty” in space-based connectivity. SES’s involvement in Lynk could position it to offer Europe a home-grown sat-to-phone solution as part of IRIS² and other initiatives.
In summary, SES’s near-term trajectory is about scaling up and diversifying: completing the Intelsat acquisition, rolling out O3b mPOWER, and branching into new services like D2D connectivity and secure government networks. By 2026–2027, SES aims to be a much larger, integrated operator that can offer everything from broadcasting to broadband to direct mobile links, leveraging the full spectrum of orbital assets.
Evolving Collaboration: Lynk’s Ties with Intelsat and SES
One of the most significant developments for Lynk (and indeed for Intelsat and SES) is the convergence of their efforts in the direct-to-device arena. Interestingly, Intelsat and SES each decided to partner with and invest in Lynk without initially knowing of the other’s plans. Intelsat’s investment talks with Lynk were underway for two years, while SES held its own discussions for about a year, before both deals were revealed around the same time in early 2025. “This really is coincidental,” Intelsat’s CEO quipped about both satellite giants backing the same startup.
The result is that Lynk now enjoys support from two of the biggest established players in satellite communications, which are themselves on the path to merging. This triangle partnership is poised to shape the next steps for all three companies.
In the immediate future, Lynk will be working closely with SES and Intelsat engineers to integrate networks. SES has already begun testing the MEO relay service with Lynk, which will allow Lynk’s LEO satellites to hand off data to SES’s O3b mPOWER satellites and down to SES gateways in near-real-time. This could significantly reduce latency and increase capacity for Lynk’s service, making it more viable for interactive services like voice calls or IoT data.
Intelsat, too, is likely to contribute its global ground stations and spectrum rights to support Lynk’s operations, and as a major teleport operator, Intelsat can help Lynk land traffic in regions where it has facilities.
For Intelsat and SES, aligning with Lynk is a strategic move to ensure they aren’t left out of the direct-to-handset wave. Instead of building their own LEO constellations for this purpose (which would be costly and time-consuming), they’ve opted to back Lynk’s network and then blend it with their offerings.
Over the next 1–3 years, we can expect to see joint services emerge. For example, a mobile operator could buy a package that uses SES/Intelsat for high-speed backhaul and Lynk for last-mile connectivity to phones in remote areas, all delivered through one combined solution. Both SES and Intelsat have indicated they will act as channel partners for Lynk, targeting government users, maritime and aviation markets, and even automotive connectivity with satellite-to-phone features.
Lynk, as a relatively small company, gains immense reach through these channels that would be hard to achieve alone. Moreover, if the SES-Intelsat merger finalizes, Lynk’s two separate investors effectively become one, simplifying the partnership into a unified framework. The merged SES-Intelsat could then potentially increase its stake or even eventually acquire a larger share of Lynk if the venture proves critical to its future services (though Lynk’s planned public listing might set a different course).
Another dimension of this collaboration is joint lobbying and regulatory influence.
Intelsat and SES are experienced in navigating spectrum and regulatory issues worldwide. Their backing gives Lynk additional clout in discussions with regulators about using cellular frequencies from space. We might see coordinated efforts at the ITU and national regulators to establish favorable rules for satellite-direct-to-device operations, treating Lynk’s network as a complementary extension of terrestrial mobile networks.
In sum, the Lynk–Intelsat–SES partnership represents the blending of NewSpace innovation with established space industry infrastructure. Each brings something to the table: Lynk its patented D2D technology and agile constellation development, and Intelsat/SES their global infrastructure, customer base, and deep pockets. This symbiosis will be crucial as they push toward actual commercial rollout of direct-to-phone services in the next few years.
If successful, it could set a model for how incumbent satellite operators can team up with startups to collectively address new markets.
Regulatory and Market Landscape
The foray into satellite-to-mobile services comes with a host of regulatory and market considerations. On the regulatory side, a key challenge is that Lynk’s system (and others like it) uses spectrum allocated to terrestrial mobile operators, repurposed for satellite use.
This is only allowed through innovative regulatory frameworks that treat the satellite as a sort of extended cell tower operating under an agreement with the mobile network licensee. The FCC’s 2022 decision to grant Lynk the first commercial license in this domain was a landmark, essentially affirming that such satellite-cell partnerships are in the public interest to expand coverage.
Following the FCC, other regulators have started opening up. In Brazil, for example, Anatel ran pilot projects (with carriers like Claro and Lynk) to test direct satellite-cell connections as a means to cover rural areas. Regulators in Canada, the Philippines, Australia, and many African and island nations have likewise issued experimental or early commercial licenses for Lynk’s service in partnership with their local mobile operators.
Over the next 1–3 years, we can expect regulatory rulemakings to formalize how “supplemental coverage from space” works. In the US, the FCC has already proposed rules to streamline collaboration between satellite operators and terrestrial wireless providers so they can jointly use cellular bands for space-to-ground links. Internationally, the ITU’s World Radiocommunication Conference 2023 (WRC-23) discussed aspects of non-terrestrial networks, and future WRCs may allocate additional spectrum or refine regulations for satellite components of 5G/6G networks.
From a standards perspective, progress has also been made: the 3GPP Release-17 included support for Non-Terrestrial Networks (NTN), meaning that mainstream cellular standards now acknowledge direct satellite links.
This paves the way for handset manufacturers to build phones that can automatically use satellite signals when no tower is in range. Indeed, consumer expectations are shifting in part due to high-profile moves like Apple’s introduction of emergency SOS via satellite on iPhones (using Globalstar’s satellites). By the time Lynk and its partners offer broader commercial services, many smartphones will likely be satellite-capable by default. This reduces one potential adoption barrier and creates a fertile market for Lynk, Intelsat, and SES to serve.
The competitive landscape for satellite direct-to-device is heating up quickly. Lynk’s nearest rival, AST SpaceMobile, has been developing very large LEO satellites (BlueBirds) to provide broadband-direct-to-phone. AST, which went public via SPAC in 2021, achieved a test milestone in 2023 by making the first space-based 5G phone call with its prototype satellite, and it has launched its initial batch of five commercial satellites in 2023–24. AST has strong backing from mobile carriers (e.g. Vodafone, AT&T) and is aiming to offer voice/data services in the coming years, posing a competitive challenge to Lynk’s smaller-satellite approach.
Meanwhile, SpaceX’s Starlink has also entered this fray: SpaceX began launching satellites equipped with “direct-to-cell” antennas in 2023 and has a partnership with T-Mobile in the US to eventually enable texting (and perhaps voice) via Starlink for T-Mobile customers. By 2025, SpaceX is expected to start beta tests of that system, pending regulatory approval. Given these developments, Intelsat and SES’s alignment with Lynk can be seen as a competitive response, they are ensuring they have a seat at the table in the direct-to-device market, rather than ceding it entirely to new LEO constellations or big tech players.
For Intelsat and SES, another regulatory aspect is the oversight of their merger. The deal will be scrutinized by antitrust authorities in the US and Europe, and possibly by national security reviewers (since satellite communications can be sensitive). Both companies assert the merger will enhance competition (by creating a stronger competitor to the likes of SpaceX, OneWeb, Viasat, etc.) and that their businesses are complementary geographically and in product mix. Nonetheless, regulatory approval is not a given; any significant delays or conditions imposed (for instance, requirements to divest certain assets) could affect the timeline or benefits of the merger.
As of early 2025, the companies remained optimistic about a second-half 2025 close.
Market demand for ubiquitous connectivity is arguably at an all-time high, which is a tailwind for these initiatives. Governments want resilient communication networks that can survive natural disasters or outages (hence interest in sat-to-phone for emergency use). Mobile operators want to eliminate coverage gaps as a differentiator, offering “100% coverage” (with satellite roaming) could attract and retain customers in rural markets.
Enterprises in sectors like shipping, energy, and agriculture are deploying more IoT devices in remote areas, which could be cheaply connected via standard cellular devices linked through satellites.
All these trends point to a sizable opportunity for Lynk, Intelsat, and SES if they can deliver reliable service at a reasonable cost. A recent agreement, for instance, saw Lynk partner with Australia’s TPG Telecom to eliminate mobile blackspots across Australia with satellite coverage. Similar deals are in pipeline elsewhere.
The next 1–3 years will likely see the first commercial launches of direct-to-phone services in select markets (possibly starting with SMS emergency services, then expanding).
By 2026, we could see global roaming agreements where a subscriber’s phone automatically switches to a satellite mode (using Lynk/SES/Intelsat infrastructure or a competitor’s) when terrestrial signal is lost.
Key Challenges and Opportunities Ahead
Lynk’s Challenges
The most immediate challenge for Lynk is scaling up, technically and financially.
Building and deploying thousands of satellites will require enormous capital expenditures and manufacturing at a pace the company hasn’t done before. Even with the SPAC and Series B money, Lynk may need additional funding or partnerships to reach its 5,000-satellite goal. It must also navigate regulatory approvals country by country, since operating a satellite-to-phone service involves coordination with each nation’s spectrum authority.
Another challenge is competition: Lynk’s head start could evaporate if AST SpaceMobile or Starlink beat it to offering higher-bandwidth services or if mobile handset makers partner exclusively with a rival.
Lastly, ensuring quality of service is non-trivial, managing a network of small satellites to deliver a seamless user experience (e.g. not missing an important SOS message) will test Lynk’s network management smarts in the coming years.
Lynk’s Opportunities
On the upside, Lynk sits at the cusp of a potentially huge market, literally every person with a mobile phone outside coverage is a prospective customer, via their existing carrier, for Lynk’s satellite extension service. No new user equipment is needed, which lowers barriers to adoption.
Lynk’s strategy of partnering with MNOs (rather than competing with them) means it can tap the marketing and subscriber base of each carrier.
As it integrates with Intelsat and SES, Lynk also gains access to government and enterprise channels. For example, SES’s government clients could use Lynk to connect soldiers or disaster responders in the field with just a normal phone. In maritime or aviation, Lynk’s tech might be built into future solutions to allow passengers to use phones at sea or in the air.
If Lynk can maintain its technological edge and execute on deployment, it stands to solidify itself as a key enabler of global connectivity, possibly attracting acquisition interest from larger players (or post-merger SES-Intelsat itself) down the line. There’s also a first-mover branding advantage, being known as the first to send a text from space and the first with a licensed service gives Lynk credibility with regulators and partners.
Intelsat & SES Challenges
For Intelsat and SES, the biggest near-term challenge is the merger integration.
Both companies have long histories and sizable organizations; merging them will require rationalizing duplicate operations, agreeing on leadership structures, merging corporate cultures, and unifying product portfolios. Employee uncertainty and potential layoffs during integration could cause disruption.
There’s also execution risk: the planned €370 million in annual synergy savings won’t materialize unless management can merge networks and operations efficiently. If the merger is delayed or fails to close (for regulatory or other reasons), Intelsat and SES would need a Plan B to address their strategic goals separately.
Another challenge is competition from new space-based internet providers. Starlink’s ever-growing LEO constellation, for instance, has begun targeting some of SES/Intelsat’s key markets (like aviation connectivity and government services).
Amazon’s Project Kuiper will soon launch and add another competitor in satellite broadband. This puts pressure on SES and Intelsat to innovate and differentiate, merely merging doesn’t solve competition by itself, so they’ll need to accelerate new service offerings (like the Lynk-powered services, integrated multi-orbit offerings, etc.).
Additionally, SES and Intelsat must manage the decline of video: as more viewers shift from satellite TV to streaming, the combined company will face a shrinking revenue stream in traditional DTH broadcasting, which historically was a stable core of SES’s business. Balancing that decline with growth elsewhere is an execution challenge over the next few years.
Intelsat & SES Opportunities
By joining forces, Intelsat and SES are poised to become one of the world’s most comprehensive satellite networks. They will have GEO satellites covering every region, a robust MEO constellation (O3b) for low-latency links, and (through Lynk) access to LEO assets for direct-to-device and potentially other uses.
This multi-layered network can be a unique selling point, for instance, they could offer an airline a package with GEO for broadcast TV, MEO for high-speed internet, and LEO for crew smartphones connectivity, all integrated.
The merger also gives them a chance to streamline and invest: the expected stronger cash flows and the $3+ billion C-band proceeds both companies received from the U.S. (for clearing 5G spectrum) can be funneled into next-gen satellites and services.
One key opportunity area is government and defense: with the war in Ukraine and heightened geopolitical tensions, demand for resilient satellite comms is surging. A combined SES-Intelsat can offer NATO and other allies a one-stop shop for assured connectivity, and with Lynk, even offer solutions for citizens (think emergency warning systems via direct-to-phone in crisis zones).
Another opportunity is the automotive and IoT market, SES’s CEO specifically mentioned using Lynk to pursue automotive connectivity. As cars become more connected and move in and out of coverage, a satellite back-up for vehicle telematics or even passenger infotainment could be valuable; the SES-Lynk partnership positions them to offer such capabilities (e.g., a car that can call for help via satellite if it crashes where there’s no cell signal).
In summary, the merged company plus Lynk could seize many new use cases that smaller or single-orbit operators would struggle to cover. The next few years are about making good on this promise: launching the remaining O3b mPOWER satellites, integrating Lynk’s service into the portfolio, and rolling out innovative offerings that leverage the full “orbital spectrum” of assets.
Milestones to Watch
By 2025, a few major milestones will indicate how this trajectory is unfolding. First, the regulatory approval and closing of the SES-Intelsat merger (targeted for H2 2025) will be a turning point, if completed, integration of the two companies will accelerate into 2026, but if it falters, both may need to rethink their strategies.
Second, initial commercial direct-to-device services from Lynk are expected to go live. We might see, for example, a carrier in a mid-size country formally launch satellite SMS roaming for its subscribers in 2024 or 2025 (building on tests like those with Turkcell and others). Successful early deployments will generate real user feedback and revenue, and could lead to larger operators signing on.
Third, technology deployments: watch for Lynk’s satellite count, even a few dozen satellites in orbit (up from 5 now) would greatly improve its coverage, and Lynk has indicated plans for multiple launch batches soon. Also, Intelsat’s new GEO satellites (IS-41, -42, -43, -44) coming online by 2025 will expand capacity, and SES’s O3b mPOWER should reach global availability in that timeframe. Each of these deployments adds capability to the ecosystem that Lynk/Intelsat/SES are building.
Lastly, keep an eye on partnership announcements: the trio may not be done forging alliances. They could partner with device manufacturers, or with tech giants (for cloud or IoT integration), or even with rival networks for roaming agreements. The landscape is moving fast, but if Lynk, Intelsat, and SES execute well in the near future, they stand to define a new industry paradigm: one where satellite networks and terrestrial mobile networks operate as one seamless system, connecting anyone, anywhere, under a unified service umbrella. This represents a major opportunity for growth, and a chance to truly achieve the long-held dream of “connecting everyone, everywhere” via space.
Sources:
Recent press releases and analysis from Lynk, Intelsat, and SES, and expert commentary in industry media have been used to compile this overview. Key references include SpaceNews (Jason Rainbow’s reporting on the Lynk investments and leadership moves), official announcements from SES and Intelsat about their merger and Lynk partnership, and other satellite industry outlets (Advanced Television, Capacity Media, etc.) detailing the strategic rationale and expected developments.
These illustrate a dynamic period from late 2023 through 2025 where satellite operators and startups are collaborating in unprecedented ways to expand connectivity beyond the traditional limits of terrestrial networks.
The next few years will test the success of these strategies and partnerships in delivering new services and value in the global communications market.
