WSB ASTS Quality DD Part 2

Next-Generation ASICs

AST is also innovating on hardware performance through development of next-generation Application-Specific Integrated Circuits (ASICs). Replacing initial FPGA implementations, these ASIC chips promise a 100x increase in data throughput (as in total data deliverable). This dramatic efficiency improvement increases future satellite capabilities and economic performance, making their network even more attractive for commercial deployment.

Next-Generation Satellites

AST’s innovation continues with BlueBird 2 (BB2), a significantly scaled-up satellite design of 2,400 sq ft. Incorporating next-gen ASIC technology, these satellites represent a major leap forward in performance and capability, scheduled to be launched through agreements with Blue Origin, ISRO, and SpaceX. Through increased size and performance from the ASIC, ASTS intends to increase the 30mbps download speed represented by Block 1 to 120 mbps in future iterations of their technology. By the end of 2026, AST aims to have a constellation of approximately 60 satellites in orbit, bolstered by substantial financial backing with over $1 billion in available capital.

Strategic Spectrum Acquisition

See above Ligado. At character limit.

Military and Government Partnerships

Recognizing strategic opportunities, AST has advanced their military use cases, positioning its technology as a solution for the U.S. Department of Defense and Space Development Agency (SDA). With their satellite constellation able to integrate seamlessly with existing military satellite communication (MILSATCOM) infrastructure AST becomes highly relevant for sensitive government applications such as missile tracking, asset monitoring, and secure communications. A recent $43 million SDA contract further highlights AST’s alignment with national security interests and confirms their technology’s strategic importance.

As part of the U.S. Space Force, SDA will accelerate delivery of needed space-based capabilities to the joint warfighter to support terrestrial missions through development, fielding, and operation of the Proliferated Warfighter Space Architecture.

Definition of “Value-added” for the Firm’s Products/Services

Resilience in Disaster Response

One of the most compelling advantages of a space-based cellular network is its resilience during disasters. When hurricanes, wildfires, earthquakes, or other natural disasters strike, terrestrial infrastructure often fails. Cell towers can be knocked out by storms or burned in wildfires, leaving first responders and affected communities without communication exactly when it’s most needed. ASTS satellite technology adds a crucial layer of redundancy: even if ground towers are down, the network in the sky and a single base station anywhere in the country remains operational. This capability can be life-saving in emergency scenarios.

ASTS has been working closely with AT&T to integrate its system with FirstNet, the dedicated U.S. public safety network for first responders. FirstNet, built by AT&T, provides priority cellular service to police, firefighters, EMTs and other emergency personnel. By extending FirstNet into space, ASTS ensures that first responders stay connected in real time, anywhere. The value added by ASTS in disaster response is clear: persistent coverage when conventional networks fail.

Cost Efficiency Compared to Subsea Cables

Building out global internet connectivity has traditionally meant expensive infrastructure projects, such as undersea fiber-optic cables to connect continents. These projects involve enormous capital expenditures and long deployment timelines. ASTS' approach – launching a constellation of low Earth orbit satellites – presents a potentially more flexible and cost-efficient path to worldwide broadband coverage. A rough cost comparison highlights this difference in strategy and scalability. ASTS plans to deploy a complete constellation of 168 satellites to achieve global coverage. Each satellite in AST’s “BlueBird” series is estimated to cost on the order of $20 million to build and launch.

Brian Graft, Analyst, Deutsche Bank: Anything on the cost per satellite? Has that changed at all? Are you still in that $19,000,000 to $21,000,000 range? Abel Avellan: No. Yes, we’re not changing the guidance on cost per satellite

It’s important to note that satellite broadband isn’t a wholesale replacement for fiber in terms of raw capacity – major cables can carry tremendous data volume at very low latency along their fixed routes, which is vital for the core internet backbone. However, from a business strategy perspective, ASTS' satellites offer a more economical way to extend the “last mile” of connectivity to users who would otherwise require huge investment to reach.

Enabling Always-On Connectivity for Emerging Technologies

Beyond simply connecting people, ASTS' continuous global coverage unlocks critical opportunities for emerging technologies that depend on uninterrupted internet access. For AI agents and cloud services, constant connectivity is essential. Autonomous robotics, including self-driving cars, drones, and agricultural robots, similarly benefit from AST’s satellite service, ensuring seamless operation even in remote areas beyond traditional cellular coverage.

Strategic Independence and the European D2D Initiative

See Above SatCo JV with Vodaphone. Need to cut word count.

Wholesale Model

NomadBets twitter shows the breakdown of subscriber potential with ASTS. This is where revenue will blow out all expectations.

ASTS competencies are built around its ability to design, manufacture, and deploy large and powerful satellites optimized for direct-to-device (D2D) connectivity. All of which are critical for maximizing signal strength, bandwidth, and data throughput directly to everyday smartphones. AST's expertise in large arrays is particularly advantageous, as bigger (and thereby heavier) arrays translate directly into stronger signals, increased power generation, and significantly improved data speeds to user devices. ASTS requires just 168 large satellites for global coverage, compared to 3,236 for Amazon's Kuiper and over 8,158 for SpaceX's Starlink, this greatly reduces CAPEX, collision risk, launch risk, and replacement costs for AST. With all this in mind, AST benefits greatly from falling launch costs enabled by leading space-launch providers such as Blue Origin and SpaceX. This is best displayed as a year-over-year pricing trend of launch vehicles on a per-kilogram basis:

As launch providers increasingly offer higher-capacity rockets at reduced costs, ASTS uniquely benefits from its strategy of deploying fewer, heavier satellites with large, high-performance antennas rather than numerous smaller satellites. The first successful flight of Blue Origin’s New Glenn rocket notably demonstrated its capability to carry up to eight of AST’s Block 2 satellites simultaneously, providing a clear cost advantage. Likewise, SpaceX’s Falcon 9, recognized globally for its reliability and affordability, can accommodate four Block 2 satellites per launch. Additionally, the progress on SpaceX’s Starship program offers further promise, potentially unlocking even greater launch capacities at lower costs.

AST's operational competencies are further strengthened by its vertical integration.

Approximately 95% vertically integrated for manufacturing of satellite components and subsystems, for which we own or license the IP and control the manufacturing process.

By controlling its own production processes and intellectual property, AST not only reduces dependency on external suppliers—mitigating geopolitical and supply-chain risks—but also achieves superior cost efficiencies and quality control. This vertical integration is crucial at a time when the United States is prioritizing domestic capability in strategic industries like space technology, positioning AST favorably to benefit from increasing governmental support and protective policies.

The company's production strategy is robust and ambitious, with AST targeting a monthly production rate of six satellites at its Texas factory. This consistent cadence enables rapid scaling and timely replacement of satellites, ensuring continuous, reliable service for customers. Given rising geopolitical tensions, particularly concerning competition with China in space exploration and technology, AST's fully integrated, U.S.-based manufacturing operation places it strategically to capitalize on potential government partnerships or contracts aimed at strengthening domestic space capabilities.

Organizational Structure/Culture/Leadership

This section was about the leadership team of the company. It is just regurgitated from their own website and is not really valuable. Here is all you need to know: the CEO Abel Avellan is a certified bad ass. He has had a successful exit from his first company EMC and used that cash to fund this company. He takes no salary, he doesn’t have a crazy stock based compensation that he extracts with, he is just a good dude who is aligned with the company and its investors. He doesn’t spend his day on twitter trying to impregnate Tiffany Fong. He has not lied about his ability to play Diablo or PoE2. We like Abel. You should too.

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