Amazon to Acquire Globalstar for $11.57 Billion to Rival Starlink

For those of us walking the streets of South Lake Union or grabbing coffee near the Spheres, the news of Amazon’s $11.57 billion acquisition of Globalstar isn’t just another corporate headline—it’s a signal that the battle for the orbital frontier is moving into a high-stakes phase right here in Seattle. While the deal is global in scale, the strategic center of gravity for this maneuver is firmly rooted in the Pacific Northwest. By absorbing Globalstar, Amazon is attempting to rapidly close the gap between its nascent satellite ambitions and the established dominance of Elon Musk’s Starlink, turning the city’s tech corridor into the command center for a new era of direct-to-device connectivity.

The High-Stakes Race for Low-Earth Orbit

The sheer scale of the transaction—roughly $90 per share in cash—underscores Amazon’s urgency. The company is currently building out its satellite internet business, known as Leo, which is designed to challenge the existing infrastructure of SpaceX. To understand the gravity of this move, one only needs to appear at the numbers. Starlink currently operates a constellation of more than 10,000 satellites, providing internet services across approximately 150 countries to a diverse client base that includes retail users, maritime operations, and the aviation industry. In contrast, Amazon has faced significant hurdles, having launched only about 200 satellites to date.

The pressure is not just competitive but regulatory. Amazon recently had to petition the Federal Communications Commission (FCC) for an extension on a critical deadline that requires the company to have approximately 1,600 satellites in orbit by July of this year. By acquiring Globalstar, Amazon isn’t just buying hardware; it’s buying time and essential assets. The deal grants Amazon all of Globalstar’s satellite operations, infrastructure, and, perhaps most importantly, its mobile satellite services spectrum licenses. These licenses are the invisible real estate of the sky, allowing for the transmission of data without interference, and they are critical for Amazon’s goal of launching direct-to-device services.

Bridging the Gap with Direct-to-Device Connectivity

One of the most immediate benefits of this acquisition is the integration of Globalstar’s existing fleet. Globalstar currently has more than 24 satellites in low-Earth orbit and has agreements in place to acquire over 50 more. This existing infrastructure allows Amazon to “flesh out” the Leo business immediately. Panos Panay, Amazon’s senior vice president of devices and services, indicated that this combination of Globalstar’s expertise and Amazon’s innovation will lead to faster, more reliable service for customers.

The strategic pivot toward “direct-to-device” connectivity is the real prize here. While traditional satellite internet often requires a bulky dish—like the antenna Amazon recently showcased for commercial jets—direct-to-device technology allows standard smartphones to connect directly to satellites. Amazon expects to start deploying its own direct-to-device system in 2028. This capability is already a proven commodity via Globalstar, which currently powers the “Emergency SOS” feature for Apple users. In a savvy move to maintain stability, Amazon has already struck an agreement with Apple to continue providing these vital satellite connectivity services for the iPhone and Apple Watch.

Local Implications for the Seattle Tech Ecosystem

As Amazon integrates Globalstar’s assets, the local impact in Seattle will likely manifest in a surge of demand for specialized aerospace and telecommunications talent. The company’s roster of high-profile customers—which already includes NASA, AT&T, Vodafone, Delta Airlines, and Australia’s National Broadband Network—suggests that the Leo project is moving from a conceptual phase to a massive operational rollout. For local businesses and consultants, this means a shift toward specialized connectivity audits and orbital logistics management.

The intersection of the maritime industry in the Puget Sound and Amazon’s satellite expansion creates a unique local synergy. With Starlink already serving the maritime sector, Amazon’s push to provide high-speed internet for aviation and shipping will likely lead to increased testing and deployment phases along the Washington coast. The ability to provide seamless connectivity in the rain-shadowed regions of the Cascades or the remote reaches of the Olympic Peninsula could become a primary local use case for the Leo network.

Navigating the New Orbital Economy

Given my background in geo-journalism and regional economic analysis, this shift will create a ripple effect for local professionals. If the expansion of satellite infrastructure and the accompanying regulatory hurdles impact your business operations in the Seattle area, you will need a specific set of local experts to navigate this transition. The complexity of spectrum licensing and orbital deployment isn’t something a generalist can handle.

Depending on your needs, here are the three types of local professionals Consider be looking for to ensure your business remains competitive in this new connectivity landscape:

Spectrum Regulatory Consultants

With the FCC playing such a pivotal role in the Leo rollout, businesses relying on wireless communications should seek consultants who specialize specifically in spectrum allocation and federal compliance. Look for professionals with a documented history of filing petitions with the FCC and those who understand the nuances of mobile satellite services (MSS) licenses.

Aerospace Systems Integration Engineers

As Amazon integrates Globalstar’s infrastructure with its own, there will be a need for engineers who can bridge the gap between legacy satellite hardware and next-generation LEO constellations. Prioritize candidates with experience in “direct-to-device” protocols and those who have worked on multi-constellation handover systems.

Satellite Connectivity Strategists

For commercial entities—particularly in the maritime and aviation sectors—hiring a strategist to perform network infrastructure planning is essential. Look for experts who can conduct comparative analysis between Starlink and Amazon Leo to determine which latency and coverage profiles best suit your specific geographic operational zones.

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