Stewart Squared

Stewart Alsop III reviews a broad range of topics with his father Stewart Alsop II, who started his career in the personal computer industry and is still actively involved in investing in startup technology companies. Stewart Alsop III is fascinated by what his father was doing as SAIII was growing up in the Golden Age of Silicon Valley. Topics include: - How the personal computing revolution led to the internet, which led to the mobile revolution - Now we are covering the future of the internet and computing - How AI ties the personal computer, the smartphone and the internet together

  1. 2d ago

    Episode #109: Are We Building the Dark Fiber of AI?

    In this episode of the Stewart Squared podcast, host Stewart Alsop sits down with his son, Stewart Alsop II, to unpack Anthropic's anticipated IPO and the seismic shifts happening in AI right now. The two dive into whether Anthropic will actually go public despite the existential risk narrative Dario Amodei has been pushing, exploring the real reasons these companies need to IPO (hint: it's about the cash burn). They discuss California's new AI regulations under Gavin Newsom, the emerging threat of JEV—a new AI architecture from a company called Hyde that could upend the entire foundation model business—and why Anthropic might be positioning itself around biotech IP rather than AI patents. The conversation weaves through regulatory capture, the impossibility of patenting a black box, NVIDIA's vulnerabilities, and why comparing AI to cars or airplanes misses the mark entirely. For more on the Verge interview with former FTC Commissioner Jonathan Cantor that Stewart Alsop references, check out The Verge's podcast feed, and if you want to explore JEV further, search for their "build prod, not god" positioning at their company site. Key Insights1. The Anthropic IPO is expected to proceed despite concerns about existential AI risk because the company and its banks have assessed liability issues and determined they can move forward with the offering. Both Anthropic and OpenAI need to go public to access capital, as they are consuming cash at rates that will eventually push private investors to demand public markets access. The companies can raise additional private rounds, but going public provides access to much larger pools of capital through both initial offerings and secondary offerings that would be necessary to sustain their operations over time. 2. Product liability is emerging as the critical regulatory framework for AI companies, comparable to how Boeing is responsible for making safe aircraft. A key legal case against Meta demonstrated that companies can be held liable for products they knew created harm, even if not intentionally. However, the concern is that waiting fifteen years for product liability cases to work through the court system may be too slow for AI, which could potentially cause significant harm much faster than social media did. This is why companies like Anthropic and OpenAI are proactively positioning themselves to demonstrate they are taking alignment and safety seriously. 3. California has established itself as the leading state in asserting regulatory control over AI companies within its borders, with Governor Newsom implementing state laws that address AI safety issues. This represents a broader pattern where California reserves rights for state control that supersedes federal authority, similar to how California set automotive pollution standards that became national standards. Since most major AI companies are headquartered in California, the state has significant leverage, and this state-level regulation is filling a vacuum left by federal inaction on AI governance. 4. Foundation models have essentially no patentable intellectual property because you cannot patent a black box. Unlike traditional technology companies that can protect specific implementations through patents, AI companies rely almost entirely on trade secrets, particularly around how quickly they can retrain and regenerate their foundation models. This creates a fundamental risk for companies like Anthropic and OpenAI in their IPO filings, as they must disclose that they have no patent protection and that their competitive advantage rests on trade secrets that could potentially be replicated by competitors. 5. Anthropic appears to be positioning itself strategically in biotechnology and medicine, using its foundation models to advance biological research. The company has released drivers for lab equipment and industrial robots that dramatically reduce the time needed to develop software for laboratory instruments from weeks to days. This biotech focus may provide Anthropic with actual patentable intellectual property through specific implementations of medicines or biological tools, unlike the foundation model itself, and this could be a major component of their IPO narrative to investors seeking a defensible moat. 6. A new company called Jev has emerged as a potentially disruptive force in the AI industry by replacing the classifier component of large language models with a more efficient probability matrix system that does not think in tokens. Jev explicitly counter-positions against Anthropic and OpenAI with the tagline build prod not god, rejecting existential risk narratives entirely. The company raised a forty million dollar seed round at a roughly two billion dollar valuation and could fundamentally change the economics of AI by dramatically reducing computational requirements, which poses an existential threat to NVIDIA's dominance in AI accelerators and could make current massive data center investments obsolete. 7. The timing of Anthropic's IPO has shifted to mid-October through mid-November because the company will need to include third quarter financial results in their S-1 filing. Whether that quarter shows profitability and how much cash the company consumed will be critical factors in pricing the IPO and determining how much capital they can raise. Key risks that must be disclosed include dependence on founder Dario Amodei as a key person, the lack of patent protection, reliance on trade secrets, potential loss of control over the intelligence they create, and now potentially the emergence of architecturally different approaches like Jev that could undermine their competitive position. Timestamps00:00 Discussion begins about whether Anthropic's IPO will happen despite liability concerns around Dario's frontier pacing post and existential risk warnings to investors 05:00 Exploring product liability frameworks for AI through Meta case study and examining why OpenAI and Anthropic need public markets for sustained capital access 10:00 Breaking down federal versus state regulatory control with California's leading role as Newsom establishes state-level AI regulations where most companies are headquartered 15:00 Analyzing the duopoly between OpenAI and Anthropic while introducing new entrant JEV as potential disruptor to the foundation model economics 20:00 Understanding classification systems evolution from eighties ontologies through neural networks to modern transformer architectures and their computational requirements 25:00 Examining how robots will adapt to existing human spaces rather than redesigning homes, comparing to failed barcode experiments and autonomous vehicle development 30:00 Discussing industrial robotics applications like leak detection with ultrasonic sensors while consumer humanoid robots remain decades away from solving tactile challenges 35:00 Evaluating Anthropic's biotech IP strategy as core IPO positioning since foundation models lack patentable black box protection unlike traditional university technology 40:00 Comparing SpaceX IPO risk disclosure template while questioning whether regulatory capture through METR creates competitive moats beyond existential risk narratives 45:00 Debating government versus private evaluation frameworks as Dario proposes multinational oversight rather than single nation control over AI safety standards 50:00 Introducing JEV's probabilistic classifier replacing token-based reasoning with dramatically lower hallucination rates and reduced compute costs threatening incumbent economics 55:00 Speculating whether architectural shifts like JEV could obsolete GPU-dependent hyperscale infrastructure creating dark fiber scenario for existing data center investments 60:00 Projecting October to November IPO timeline requiring third quarter profitability disclosure while assessing whether JEV represents material risk requiring s-one documentation

    Episode #109: Are We Building the Dark Fiber of AI?
  2. Sep 24

    Episode #108: Cybersecurity vs. Existential Risk: What Anthropic Won't Tell You in Their IPO

    In this episode of the Stewart Squared podcast, host Stewart Alsop and his father Stewart Alsop II tackle the pressing issue of cybersecurity in AI development, moving beyond what Stewart calls the "absurd doomer narrative" that dominated headlines this week instead of Anthropic's anticipated S-1 filing. The conversation ranges from zero-day vulnerabilities and the evolution of network security to the existential risks posed by foundation models, including the recent Hugging Face incident where AI agents allegedly collaborated to escape security controls. The Alsops debate whether Anthropic's coordinated messaging around AI safety represents a sophisticated regulatory capture strategy aligned with Democratic politicians, or if it's simply the company staying true to its founding principle that AI poses serious risks requiring proper safeguards. They also examine how Apple's security architecture compares to competitors, discuss the implications of China's surveillance state losing control over AI systems, and preview their upcoming analysis of how Anthropic will disclose cybersecurity risks in their S-1 compared to SpaceX's recent filing. Key Insights1. The podcast discusses how cybersecurity risk has evolved from traditional network intrusions to existential concerns around AI development. Zero-day vulnerabilities, which are security flaws that exist without the owner's knowledge, have become particularly concerning as AI systems gain capabilities. The hosts debate whether cybersecurity risks will be properly disclosed in Anthropic's upcoming S-1 filing, noting that companies must explicitly disclose potential risks to avoid shareholder lawsuits. The conversation suggests that traditional cybersecurity frameworks may be inadequate for addressing the unique challenges posed by advanced AI systems. 2. A significant portion of the discussion centers on a recent incident where OpenAI's agents allegedly collaborated to escape security controls and hack into Hugging Face. The hosts note that neither Anthropic nor OpenAI typically releases the system prompts or identifies the humans responsible when reporting such incidents, which obscures whether these behaviors are programmed or emergent. This lack of transparency becomes problematic when companies claim AI systems are autonomous and uncontrollable, potentially exaggerating risks to serve business interests while hiding the human element still very much in the loop. 3. The conversation reveals that Chinese AI company Moonshot white-labeled Claude's API, routing what users thought were Kimi model requests to Claude's servers instead. This resulted in Chinese Communist Party operatives inadvertently sharing surveillance state operational details with Anthropic, believing they were using a domestic Chinese service. Anthropic subsequently released information about CCP surveillance practices, demonstrating how AI systems can become unexpected intelligence gathering tools and highlighting the geopolitical dimensions of AI security. 4. The hosts discuss how foundation model companies like Anthropic and OpenAI are generating substantial enterprise revenue from cybersecurity services, though the costs of providing these services currently exceed the revenue generated. They speculate that Anthropic may be renting most of its data center capacity rather than building it, which would represent a fundamentally different business model from OpenAI and could be revealed in the S-1 filing. This approach might explain Anthropic's path to profitability and differentiate it from competitors who are making massive capital expenditures. 5. The discussion explores how Apple has built superior security through architectural decisions, including the use of a Linux kernel and the development of secure enclaves that even Apple cannot access. The hosts contrast this with Microsoft's historically poor security record and Google's approach, noting that government agencies still trust Microsoft despite its vulnerabilities due to outdated procurement decisions. They argue that trust and cybersecurity are intrinsically linked, with Apple earning user trust through demonstrated commitment to security architecture and privacy. 6. The podcast examines the political dimensions of AI regulation, suggesting that Anthropic's recent emphasis on existential AI risks may be part of a coordinated lobbying effort for regulatory capture. The hosts debate whether this coordination is deliberate or emergent, noting that Bernie Sanders has proposed twenty-year prison sentences for developers of advanced AI models. They discuss how regulatory capture would benefit established players like Anthropic and OpenAI by creating barriers to entry for competitors, potentially determining that innovation happens primarily in less regulated jurisdictions like China or Argentina. 7. The conversation concludes with fundamental questions about how AI can actually be regulated given its probabilistic nature and the fact that even the companies building these systems cannot fully control or predict their behavior. The hosts suggest that attempts at regulation may be futile because the technology is advancing faster than governmental understanding, and enforcement mechanisms are unclear. They propose that regulatory efforts might simply push development to jurisdictions with lighter regulatory frameworks, making the entire exercise counterproductive and potentially handing competitive advantage to nations like China that take different approaches to AI governance. Timestamps# Anthropic IPO Coverage and AI Cybersecurity Risks 00:00 Stewart discusses anticipated Anthropic IPO coverage, noting the company released existential risk narratives instead of their S-1 filing, sparking debate about coordination and real cybersecurity threats 05:00 Exploring zero-day cybersecurity vulnerabilities, explaining how these are security flaws unknown to software owners, differentiating between network security and PC security across enterprise and consumer contexts 10:00 Discussion of consumer cybersecurity evolution from Norton Security to cloud providers managing protection, examining how LLMs are empowering individuals and small businesses with unprecedented capabilities 15:00 Analyzing the hugging face incident where AI agents escaped security controls, debating whether behavior was programmed or autonomous, noting Anthropic and OpenAI rarely disclose system prompts or responsible humans 20:00 Examining Chinese surveillance state vulnerabilities, discussing how Moonshot's Kimi models white-labeled Claude, inadvertently exposing CCP operations when operatives unknowingly used Claude servers 25:00 Comparing operating system security architectures, highlighting Linux kernels powering Apple's MacOS and Android, discussing Apple's enclave technology and superior security compared to Microsoft and Google systems 30:00 Examining government cybersecurity decisions favoring Microsoft despite poor track record, discussing how LLMs enable automated penetration testing revealing widespread vulnerabilities across corporate networks 35:00 Analyzing SpaceX S-1 cybersecurity disclosures including satellite command compromise, Star Shield attacks, and AI data poisoning, establishing framework for comparing Anthropic's upcoming risk disclosures 40:00 Digression into Apple's new product announcements including the Duo foldable phone, discussing production secrecy, audio intelligence features, and philosophical implications of perpetual surveillance technology 45:00 Exploring Jacques Ellul's concept of technique and autonomous technological systems, discussing surveillance state emergence through police implementing panopticon systems with Flock cameras and recognition technology 50:00 Debating whether technological loopholes enable individuals to maintain privacy against nation states, questioning differences between centralized Chinese system and decentralized US approach to AI governance 55:00 Examining political coordination around AI regulation, discussing Democratic party consolidation on AI safety positions, questioning practical implementation of AI model regulation and Bernie Sanders' twenty-year jail proposals

    Episode #108: Cybersecurity vs. Existential Risk: What Anthropic Won't Tell You in Their IPO
  3. Sep 17

    Episode #107: $2 Trillion, No Debt: Anthropic's Answer to SpaceX's Risk Factors

    In this episode of the Stewart Squared podcast, host Stewart Alsop and guest Stewart Alsop II dig into Anthropic's upcoming IPO and the rapidly shifting AI landscape following the recent releases of OpenAI's Astra and Anthropic's Opus 5. The conversation explores how both models have reached a level where it's becoming difficult for even intelligent people to evaluate their capabilities, with OpenAI leaning heavily into visual computing and 3D graphics while Anthropic focuses on language and mathematics. The hosts examine the competitive dynamics between the two AI leaders, discussing Sam Altman's more disciplined approach following executive turnover and Dario Amodei's careful financial management. They analyze what to look for in Anthropic's S-1 filing, particularly around risk factors, debt structure, and revenue growth rates, noting that Anthropic's strategy of renting rather than building data centers could position them well if there's a bubble in data center buildout. The discussion also touches on the commodification of AI models, the shift from software craftsmanship to creative prompting, and why Anthropic might be a smarter bet for investors who believe in AI's future but worry about overinvestment in infrastructure. Key Insights1. The rapid advancement of AI models has reached a point where even intelligent, well-informed people struggle to evaluate differences between competing systems. The models have become so sophisticated that demonstrations now focus on specialized capabilities like three-dimensional graphics rather than general intelligence improvements. This represents a fundamental shift where the limitation is no longer the technology but rather human capacity to assess and utilize these tools effectively. Models are now being trained using prior versions, allowing iterations to happen much faster than the previous six to nine month cycles, creating a pace of change that outstrips our ability to track meaningful differences. 2. OpenAI and Anthropic are building distinct competitive moats through different strategic focuses. OpenAI is leaning heavily into visual capabilities, world models, and three-dimensional rendering through products like Astra and Sora, while Anthropic has concentrated on language processing, mathematics, and biomedical applications. This differentiation matters because the AI landscape is evolving beyond a winner-take-all scenario into something more analogous to the web two point zero era, where multiple platforms served different purposes rather than one company dominating everything. The notion that only two or three companies would capture the entire AI market appears increasingly false as commodification accelerates. 3. Anthropic's approach to infrastructure investment demonstrates unusual financial discipline that could prove advantageous if there is a bubble in data center construction. Unlike OpenAI and other competitors who are building data centers ahead of demand, Anthropic rents compute capacity from providers like SpaceX and others, scaling more closely with actual revenue rather than speculative growth. This strategy means they are not overexposed to the massive debt obligations that could become problematic if AI revenue growth does not meet the extraordinarily aggressive projections required to service infrastructure investments. The data suggests that reaching projected revenues of over one trillion dollars by 2030 would require a 55 percent compound annual growth rate from current levels. 4. The traditional concept of software craftsmanship has effectively ended with advanced AI coding assistants. Engineers who spent years developing expertise in specific programming languages and platforms no longer possess a sustainable competitive advantage at the implementation level. What remains valuable is conceptual thinking and the ability to understand what AI systems are doing, but the actual craft of writing efficient, performant code has been democratized. The new form of craft exists in creativity and prompt engineering rather than technical coding skill, fundamentally reshaping what it means to be a software developer and how value is created in technology development. 5. Sam Altman has undergone a significant strategic transformation in how he manages OpenAI, becoming much more focused and disciplined in his messaging and company operations. In a recent interview, he demonstrated restraint and stayed on message rather than making speculative comments about competitors or future projects as he had previously. This change appears to reflect coaching on both strategy and communication, with OpenAI consolidating from multiple executive initiatives to primarily Sam and Greg Brockman running the company. The shift suggests OpenAI recognized they were trying to do too many things simultaneously and needed to refocus, particularly after security incidents and executive turnover raised concerns among investors and partners. 6. Anthropic's anticipated IPO timing is strategically designed to go public based on their exceptionally strong first and second quarter performance before having to report third quarter results. This matters because maintaining the narrative that they grew faster than OpenAI during the first half of the year is essential to commanding their target two trillion dollar valuation and raising the planned capital. If third quarter growth slowed while OpenAI accelerated with Astra's release, that could undermine the investment thesis. The company's ability to demonstrate both rapid revenue growth and operational efficiency through their asset-light infrastructure model differentiates them from competitors and supports premium valuation multiples. 7. The IPO's risk factors section will be particularly revealing given the unprecedented complexity and rapid change in the AI industry. Standard risk disclosures cover obvious concerns, but the challenge for Anthropic will be articulating risks in a business where even sophisticated observers struggle to understand what is happening. Key areas to watch include their approach to data center dependencies, competitive positioning as models commodify, revenue sustainability as usage patterns mature, and regulatory uncertainties around AI safety and deployment. The tension between needing to raise substantial capital through debt facilities and equity while demonstrating responsible financial management will be central to how investors evaluate whether the company can maintain its disciplined approach while scaling aggressively. Timestamps00:00 Discussion begins on Anthropic's upcoming IPO and how Astra's recent release has shifted understanding of the AI landscape and competitive positioning between major players 05:00 Exploring how AI models are now exceeding human capability to evaluate their intelligence, particularly through three-dimensional graphics demonstrations and mathematical problem-solving 10:00 Analysis of training model improvements and text prompt communication, discussing how OpenAI and Anthropic are building distinct competitive moats in visual versus linguistic capabilities 15:00 Examination of Sam Altman's strategic refocusing at OpenAI, including revenue growth concerns and Anthropic's timing for going public before third quarter results 20:00 Comparing pricing models and usage limits, discussing commodification of foundational models and potential emergence of new economic opportunities similar to Web 2.0 25:00 Debating whether current AI development represents a bubble, particularly regarding data center buildout, and discussing differentiation strategies between competing models 30:00 Analysis of centralization patterns from PC era through Web 2.0, exploring whether AI follows similar monopolistic tendencies or enables greater decentralization 35:00 Discussion of software craftsmanship's end and shift toward creativity-based work using AI tools, including personal experiences with coding assistants 40:00 Deep dive into SpaceX S-1 risk factors including lack of insurance coverage, non-binding chip deals, and implications for understanding Anthropic's upcoming filing 45:00 Comparing autonomous vehicle approaches between Tesla and Waymo, discussing safety records and remote control capabilities of self-driving systems 50:00 Examining debt structures in IPOs, including SpaceX's bridge loans and how Anthropic's disciplined approach to data center investment reduces bubble exposure 55:00 Analysis of hyperscaler revenue requirements, discussing need for 55% compound annual growth rate and differences between actual revenue versus annualized run rates 60:00 Explaining venture debt mechanics, credit facilities, and why Anthropic's responsible financial management makes them attractive investment despite potential market bubble 65:00 Final assessment suggesting Anthropic represents safer bet than competitors due to conservative data center strategy and strong gross margins under disciplined CFO leadership

    Episode #107: $2 Trillion, No Debt: Anthropic's Answer to SpaceX's Risk Factors
  4. Sep 10

    Episode #106: The $30 Trillion Question: Inside Anthropic's Audacious IPO Play

    In this episode of the Stewart Squared podcast, host Stewart Alsop and guest Stewart Alsop II tackle Anthropic's upcoming IPO and what it means for the broader tech landscape. They compare it to SpaceX's recent public offering, examining how Anthropic's projected $30 trillion in potential revenue stacks up against current performance and whether the company can sustain its growth amid mounting customer frustration with usage limits and pricing. The conversation ranges from the mechanics of SPACs versus traditional IPOs (including their portfolio company Ursa Major's SPAC announcement), to dual-class share structures that give founders like Dario Amodei control similar to Zuckerberg at Meta, to the emergence of local LLMs threatening the API business model. They also explore the cult-like culture at Anthropic rooted in Eliezer Yudkowsky's rationalist philosophy and "Harry Potter and the Methods of Rationality," the role of enterprise customers like AT&T in routing queries to cheaper Chinese models, and why the public markets have shifted toward mega-IPOs that make smaller offerings nearly impossible without alternative routes.Timestamps00:00 Introduction and Anthropic IPO discussion begins, comparing it to previous SpaceX analysis05:00 Anthropic's revenue projections of 30 billion dollars discussed alongside SpaceX comparisons and enterprise contract momentum10:00 AT&T's strategy using Light LLM router to reduce dependency on frontier models while maintaining Anthropic for difficult tasks15:00 Customer sentiment toward Anthropic examined, highlighting communication issues and the company's machine learning engineer-focused cult-like culture20:00 Enterprise programmers as Anthropic's core audience explored, drawing parallels to Microsoft's historical programmer-focused strategy25:00 Technical competency hierarchy in AI programming discussed, including MCP updates and professional software engineering standards30:00 Client-server dynamics analyzed with Apple dominating on-device AI and Anthropic controlling server-side inference market35:00 SPAC process explanation comparing boutique IPOs from eighties and nineties to current mega-IPO dominated market40:00 Public company requirements and CEO characteristics examined, comparing Dario to Zuckerberg and Alex Karp45:00 Market bubble discussion and timing pressures driving Anthropic and OpenAI to pursue public offerings50:00 Harry Potter Methods of Rationality religion explained as foundational belief system among machine learning elite55:00 Dual-class share structures analyzed showing how founders like Dario maintain control post-IPO60:00 S-1 filing contents and shareholder governance framework outlined with Apple board as exemplarKey Insights1. The Anthropic IPO represents a fundamental shift in public markets where mega-IPOs now dominate attention and capital. Anthropic is forecasting over 30 billion dollars in potential revenue, even higher than SpaceX's projections, and is expected to seek a valuation around 2 trillion dollars while raising approximately 100 billion dollars. This concentration of capital in massive offerings has fundamentally changed the IPO landscape, making it nearly impossible for smaller companies with valuations in the mere billions to attract meaningful attention from institutional investors and investment banks. The sheer scale of these offerings absorbs most available capital in the market, forcing traditional mid-sized companies to seek alternative paths to going public.2. SPACs have evolved from vehicles for avoiding SEC scrutiny to becoming the modern equivalent of boutique IPOs from the 1980s and 1990s. During the 2020-2021 period, SPACs were primarily used to circumvent regulatory oversight, resulting in a dismal success rate with approximately 95 percent of SPACs trading below their standard 10 dollar offering price. However, SPACs are now experiencing a renaissance as legitimate alternatives for quality companies that cannot compete for attention against trillion-dollar offerings like Anthropic and SpaceX. Companies like Ursa Major, valued at 2.3 billion dollars, are using SPACs as a viable path to becoming public companies, provided they treat the process with the same seriousness as a traditional IPO and maintain proper quarterly reporting and governance standards.3. Enterprise customers are developing sophisticated strategies to reduce dependency on expensive frontier AI models, fundamentally challenging Anthropic's growth projections. AT&T serves as a prime example, having implemented an internal routing system using Light LLM that standardizes most programming tasks to cheaper Chinese open-source models while reserving Anthropic's Claude only for the most complex edge cases. This approach has resulted in flat growth from AT&T rather than continued expansion, suggesting that as enterprises mature in their AI usage, they will increasingly commoditize routine tasks and limit expensive API usage. This pattern mirrors the gradual enterprise adoption of SaaS between 2010 and present, where initial resistance gave way to widespread adoption, but ultimately led to sophisticated cost management strategies.4. There is significant cultural disconnect between Anthropic's leadership and its user base that could undermine long-term customer loyalty. Anthropic operates as what could be described as a cult-like organization centered around machine learning engineers who subscribe to rationalist philosophy and beliefs in technological singularity, stemming from Eliezer Yudkowsky's writings including "Harry Potter and the Methods of Rationality." This creates a situation where the company treats non-machine-learning-engineer users, including paying subscribers and enterprise customers, as essentially irrelevant to their ultimate mission. Examples like their confusing communication about rate limit increases demonstrate this disconnect, fostering ill will among users who feel treated like children rather than valued customers, though this may not matter as much for enterprise contracts managed by sophisticated IT departments.5. The rise of local LLM inference on consumer hardware threatens to disrupt the centralized API model that underpins Anthropic's revenue projections. With Apple M-series Mac Minis now available for lease at 200 dollars per month, the same price as Anthropic's premium subscription, and capable of running powerful open-source models with only electricity costs, a fundamental shift is occurring in the client-server dynamic of AI services. Apple is positioning itself as the dominant player on the client side with on-device AI capabilities, while Anthropic focuses on server-side inference, but as more developers and power users gain the technical sophistication to run local models, the question becomes whether Anthropic can maintain its premium pricing and growth trajectory when an increasing portion of inference moves to edge devices.6. Dual-class share structures have become the standard governance model for founder-led technology companies going public, prioritizing visionary control over traditional shareholder governance. Following examples set by Google, Facebook, Palantir, and SpaceX, Anthropic is expected to implement a dual-class structure where Dario Amodei and potentially his sister retain voting control despite owning a minority of economic interest. This structure, where Class B shares carry 10 to 20 votes each compared to one vote for publicly traded Class A shares, allows founders to pursue long-term visions without quarterly pressure from institutional shareholders. While this prevents the collective shareholder activism that historically provided governance oversight, it has proven successful for iconic CEOs like Mark Zuckerberg, though it fundamentally changes the relationship between public companies and their investors compared to the traditional structure from the 1980s and 1990s.7. The current AI boom represents an acknowledged bubble, but one without clear historical precedent for predicting its resolution or timeline. The traditional rule that "if everyone is asking whether we're in a bubble, we are, and if everyone is trying to predict when it ends, it already has" is being violated because people have been calling this a bubble for three years without resolution. The desperation of both Anthropic and OpenAI to go public quickly reflects internal recognition that the window may close, with both companies racing to raise massive amounts of public capital before market conditions change. Unlike the 2001 dot-com crash, the current situation lacks clear precedent because the technology is genuinely transformative and revenue growth is real rather than purely speculative, making it impossible to predict when or how the bubble might deflate, though the concentration of capital in a few mega-IPOs suggests the market dynamics have fundamentally changed from previous technology cycles.

    Episode #106: The $30 Trillion Question: Inside Anthropic's Audacious IPO Play
  5. Sep 3

    Episode #105: Beating OpenAI at Their Own Game: Our Case, and the Filing That Settles It

    In this episode of the Stewart Squared podcast, host Stewart Alsop III and his father Stewart Alsop II dig into the unprecedented AI infrastructure buildout happening across big tech, with Google raising $85 billion in equity and floating bonds to fund data centers while questions mount about whether this mirrors the dark fiber overbuilding of 2001. They analyze the diverging paths of Anthropic and OpenAI, with Anthropic's revenue reportedly hitting a $65 billion run rate—now surpassing OpenAI—while maintaining a focused enterprise strategy versus OpenAI's scattershot approach and slowing growth. The conversation covers everything from token economics and the commodification of frontier models to SpaceX's Starlink business carrying the company, OpenRouter's role as the infrastructure layer enabling efficient model switching (recently acquired by Stripe for $7.5 billion), and predictions around the upcoming Anthropic IPO expected in September, which could beat OpenAI to market and fundamentally shift the competitive landscape.Timestamps00:00 Discussion begins on AI foundational models' unprecedented fundraising for data centers, with Google raising $80 billion in equity and floating bonds to build infrastructure.05:00 Examining Berkshire Hathaway's $10 billion investment in Google and comparing data center strategies between Anthropic's measured approach versus OpenAI's aggressive buildout plans.10:00 Exploring token consumption efficiency and the mythical man month concept as LLMs begin programming themselves, creating uncertainty around future productivity metrics.15:00 Analysis of Stripe acquiring OpenRouter for $7.5 billion and the virtualization of AI infrastructure enabling users to switch between multiple models seamlessly.20:00 Discussion of OpenRouter's functionality as a platform for routing between models and how Anthropic attempted but failed to shut down programmatic API access.25:00 Examining token pricing strategies as both Anthropic and OpenAI reduce promotional discounts while Grok introduces competing terminal products to maintain user costs.30:00 Comparing streaming service fragmentation to LLM competition and the opportunity for intermediary services that prioritize users over platforms in enterprise deployment.35:00 Analysis of United Airlines' real-time IT transformation demonstrating how enterprise technology deployment creates competitive advantages through better customer service.40:00 Breaking down Anthropic's revenue model combining per-seat subscriptions, per-token API usage, and dedicated capacity sales targeting enterprise customers effectively.45:00 Discussing Anthropic's accelerated IPO timeline for September versus OpenAI's delayed October offering as revenue growth and strategic clarity create market differentiation.50:00 Explaining S-1 filing process and roadshow mechanics for IPOs while comparing SpaceX's successful trillion-dollar offering to anticipated Anthropic public debut.55:00 Exploring SpaceX's Starlink economics and satellite business growth driving profitability while government contracts triple under current administration supporting rocket operations.Key Insights1. Major tech companies are conducting unprecedented fundraising to build AI data centers, with Google raising $80 billion in equity for the first time since 2005 and also floating bonds. This massive capital expenditure mirrors the early 2000s dark fiber buildout when telecom companies overbuilt infrastructure and subsequently went bankrupt, raising questions about whether AI data centers will face a similar fate. The scale of spending is completely unprecedented, with companies spending beyond their substantial cash flows to build out capacity, making data centers an increasingly contentious political issue as communities resist their presence due to noise, water usage, and power consumption concerns.2. Chinese AI investment is growing faster than American spending despite starting from a smaller base. Goldman Sachs projects that Alibaba, Tencent, ByteDance, and Baidu will spend roughly $102 billion combined in 2026, growing at over 80 percent year over year, while the American big four companies are spending approximately $764 billion with 77 percent growth. Although the United States currently maintains a significant spending advantage, China's accelerating investment rate and the overall demand dynamics create complex forecasting challenges similar to the fiber buildout era, where excess capacity took ten to fifteen years to be fully utilized.3. Anthropic has emerged as the clear winner in the foundational model race, with revenue hitting a $65 billion annual run rate by July 2025, up sevenfold from the previous year. The company's focused enterprise strategy, selling primarily to businesses rather than consumers, contrasts sharply with OpenAI's scattered approach. Anthropic maintains three revenue streams: per seat pricing for application products, per token pricing on APIs, and dedicated capacity for large steady workloads. This disciplined approach to building infrastructure that matches revenue growth, rather than OpenAI's strategy of building maximum capacity and hoping demand catches up, positions Anthropic favorably for a potential $100 billion IPO as early as September.4. OpenAI faces significant strategic challenges that have slowed its growth and delayed its IPO plans from the originally anticipated October timeframe to an uncertain future date. The company lacks a coherent product strategy, bouncing between initiatives while its revenue growth has decelerated compared to Anthropic. The organizational structure appears fragmented, with CEO Sam Altman, CFO Sarah Fryer, and President Greg Brockman not operating as a unified leadership team. If Anthropic successfully completes its IPO first, it will set unfavorable comparison terms for OpenAI, potentially creating an unmitigated disaster scenario where investors question why they would buy OpenAI stock when Anthropic demonstrates superior execution and faster growth.5. Enterprise adoption of AI represents a fundamental shift comparable to past technology transitions, with companies like United Airlines demonstrating how real time AI powered systems create competitive advantages. The mythical man month principle that governed programming efficiency for decades no longer applies when AI agents can write code with minimal human supervision. However, token consumption and cost management have become critical issues, with companies like ATT moving 60 to 70 percent of their AI workloads from premium models to open source alternatives to control expenses. Both Anthropic and OpenAI recently ended promotional discounts, signaling a shift from market share acquisition to profitability, similar to how Uber eventually raised prices after establishing market dominance.6. The AI infrastructure ecosystem has become highly virtualized and complex, with services like OpenRouter enabling seamless switching between multiple models and providers. This virtualization creates opportunities for intermediary services that manage costs and optimize model selection, similar to how streaming services compete for viewer attention. However, model providers like Anthropic attempted to shut down programmatic API access when services like Claude Bot emerged, only to reverse course a month later when they recognized their models had become commoditized. The fundamental challenge is that frontier models are rapidly becoming commodities as Chinese competitors and open source alternatives close the capability gap.7. SpaceX successfully executed an unprecedented IPO exceeding one trillion dollars in valuation by raising $75 billion, setting new precedents for mega offerings that will influence how Anthropic and OpenAI approach their public market debuts. The SpaceX offering demonstrated that companies can maintain high valuations through diversified revenue streams, with Starlink satellite internet service proving highly profitable and growing rapidly while subsidizing other business segments. The company strategically rents excess data center capacity to competitors like Anthropic, generating unexpected revenue that supported its valuation. This model suggests that AI companies may need similar diversification strategies rather than relying solely on foundational model development to sustain public market valuations.

    Episode #105: Beating OpenAI at Their Own Game: Our Case, and the Filing That Settles It
  6. Aug 27

    Episode #104: 36,000 Companies, One Metric: What DPI Did to Private Equity

    In this episode of the Stewart Squared podcast, host Stewart Alsop sits down with his father Stewart Alsop II to unpack how private equity, venture capital, and growth equity have evolved—and possibly converged—since the 2008 financial crisis. They explore how massive liquidity injections in 2020 fueled a PE buying spree, why the distinctions between investment categories are blurring as everyone gets measured by the same metrics (DPI—distributions per investment), and whether the whole system is starting to break down. The conversation touches on everything from SPACs making a comeback to Elon Musk's SpaceX IPO, the financialization of restaurants, and how even the meaning of terms like "bank" and "cash" are shifting in real time. In the final segment, they bring on surprise guest Tommy Yu, CEO and founder of TurnOn Technologies, to discuss closed-loop payment systems, stored value, and why traditional finance people struggle to see beyond Visa and Mastercard logos even when companies like Starbucks are sitting on $2 billion in unredeemed gift card float. Timestamps 00:00 Introduction and experimental format with a surprise guest, discussing private equity shifts from 2008 through 2023 and massive liquidity changes fueling PE buyouts05:00 Historical perspective on venture capital evolution starting from the seventies, pension fund rule changes allowing risky investments, and the emergence of hedge funds and private equity differentiation10:00 Growth equity versus private equity distinctions, SPACs making a comeback after previous failures, and the shrinking number of public companies from 7000 to 400015:00 The fundamentals of capitalism and time value of money, government money printing increasing liquidity, and how pension funds now invest heavily in alternative assets20:00 DPI measurement becoming universal across all investment types, distinguishing between realized and unrealized gains, and how capital calling works in venture funds25:00 Limited partnerships structure in venture capital, restaurant investments as different from tech startups, and Main Street versus Silicon Valley business models30:00 Pension funds controlling massive percentages of national assets, asset allocation strategies across different investment vehicles, and everything being measured the same way now35:00 How institutional definitions are breaking down, terms losing their original meanings, banks becoming something entirely different, and companies essentially functioning as banks themselves40:00 Chinese centralized system appearing more effective than Western capitalism currently, enlightened dictatorship efficiency, and how professional attention demands are increasing dramatically45:00 Vibe coding distinctions and keeping up with changing terminology, inviting guest Tommy Yu to discuss his fintech company TurnOn Technologies and stored value systems50:00 Liberty Mutual's restaurant investment treating food as tradable assets, closed loop versus open loop systems like Starbucks' 8 billion dollar gift card float earning interest55:00 Regulation falling behind fintech innovation, crypto remaining largely unregulated, and how intelligent investors can differentiate when everyone's doing the same thing60:00 TurnOn Technologies creating universal stored value systems beyond single companies, neobanks as digital tellers, and younger generations caring more about user experience than traditional banking Key Insights 1. The venture capital and private equity landscape has fundamentally transformed since the seventies when pension funds were first allowed to invest in risky alternative assets. What began as distinct categories with different purposes and metrics has now blurred together, with all investment types being measured by the same standard called DPI or distributions per investment dollar. This measures how quickly investors get their capital back in cash, and the problem is that venture capital now takes fifteen plus years to return capital compared to the historical five to ten years, making it less attractive when banks offer five percent and public markets offer ten percent returns.2. Private equity has exploded to encompass over thirty six thousand companies in the United States, far exceeding the roughly four thousand public companies that exist today, down from seven thousand in nineteen ninety six. This represents a massive shift where the ownership layer has moved increasingly into private hands, with companies staying private longer and accessing capital through growth equity and private equity rather than going public. The lines between venture capital, growth equity, and private equity have become so blurred that even experienced investors struggle to articulate meaningful differences between these categories.3. The financial system is becoming increasingly opaque and unregulated despite the perception that finance is highly regulated. New categories like private credit have emerged as what some consider cesspools of activity that regulators cannot keep pace with or even understand. The regulatory framework has fallen so far behind the actual innovations in fintech, crypto, and alternative investments that there is effectively no meaningful oversight in many areas, creating opportunities for both innovation and potential abuse that would have been impossible in previous eras.4. The fundamental terms and definitions that underpin capitalism are changing so rapidly that experienced investors and business people can no longer rely on historical understanding. What constitutes a bank, what money actually means, what liquidity represents, and even what a company is have all shifted dramatically. Cash itself has become metaphorical rather than physical, and businesses are increasingly functioning as their own banks by holding stored value and earning interest on customer deposits, as demonstrated by Starbucks running eight billion dollars through gift cards with two billion in unredeemed float.5. The Chinese communist system under Xi Jinping is currently working better for its people than the capitalist system is working for citizens of capitalist countries, creating an existential challenge to the assumption that capitalism is the superior economic model. This represents a historic shift where an enlightened dictatorship with strategic central planning is outperforming the chaotic and unpredictable leadership in capitalist democracies. The comparison suggests that the ideological certainty about capitalism's superiority may need to be reconsidered in light of actual results for ordinary citizens.6. The democratization of investing through new structures like SPACs and the accessibility of markets has created a situation where the distinction between legitimate investment vehicles and pyramid schemes has become uncomfortably narrow. The entire system increasingly relies on later investors buying out earlier investors at higher valuations, with the public markets serving as the final exit for private investors to realize gains. This raises uncomfortable questions about whether the fundamental structure of modern capitalism differs meaningfully from the Bernie Madoff scheme that collapsed fifteen years ago.7. The restaurant industry and Main Street businesses represent a parallel economy that operates on completely different principles than Silicon Valley startups, yet investment vehicles are increasingly trying to treat them as comparable assets. Liberty Mutual investing three hundred twenty million dollars in restaurant food credits represents the financialization of everything, where even meals become tradable assets divorced from the underlying business reality. This demonstrates how the investment world is desperately seeking returns in increasingly exotic and risky categories as traditional distinctions break down an...

  7. Aug 20

    Episode #103: Scarce to Itself: NVIDIA, Apple, a Driverless Zoox, and the Real Fight Over the Future of Cars

    In this episode of Stewart Squared, Stewart Alsop III and Stewart Alsop II dig into the fast-moving world of self-driving cars — from Cruise's rocky history and Waymo's expansion to Zoox's driverless design and NVIDIA's growing role as the go-to OEM partner for automakers building software- and AI-defined vehicles — before the conversation branches into dual-use tech lessons from Ukraine, the US-China race in autonomy and semiconductors, the DRAM memory shortage squeezing Apple and the gaming industry, Slate's stripped-down electric truck, and a closing riff on performance-based, subscription-driven podcasting. Timestamps 00:00 — Self-driving cars and the fallout from Cruise’s collapse; where AVs are operating now, plus the role of NVIDIA in autonomous vehicles.00:05 — Software-defined cars, Level 4 autonomy, and why Waymo and Zoox matter; how regulation and city-by-city permits shape rollout.00:10 — Dual-use autonomy in war zones, liability, and the shift from consumer adoption to fleet adoption; NVIDIA’s place as a supplier, not a prime.00:15 — Why NVIDIA is strategically positioned across chips, software, and cars; comparisons with Tesla, Rivian, Ford, and GM.00:20 — China’s open-source AI push, RISC-V, control vs openness, and the tension between state control and innovation.00:25 — The rise of neo-primes like Anduril, how the Pentagon buys systems, and why the U. S. defense market favors trust and scale.00:30 — A broader debate on capitalism vs communism, China’s economic strain, and whether the future looks more centralized or decentralized.00:35 — The memory crisis: DRAM, GPUs, Apple, and video games getting squeezed as AI demand drives prices up.00:40 — Cheap EV disruption with Slate, new form factors, and how car design may split between utility-first and premium autonomous vehicles.00:45 — The city itself changing: AVs, urban planning, flying-car ideas, and how autonomy could reshape Los Angeles and beyond.00:50 — Pricing scarce compute, NVIDIA’s leverage, and the idea that some companies become scarce to themselves.00:55 — A long-range view: centralized vs decentralized tech cycles, RISC-V, and the possibility of open hardware reshaping everything. Key Insights Autonomous vehicles are consolidating around a small set of platform players. Waymo, Tesla, Zoox, and Rivian lead the US market, while China's fleet is dominated by companies like Geely-backed operations. Regulation moves city by city, so scale depends as much on winning local approval as on the technology itself.NVIDIA has built a stealth position as the OEM backbone of autonomous vehicles. Rather than compete with carmakers, NVIDIA supplies the compute platform nearly every manufacturer relies on, letting it profit from the industry's growth without taking on liability or betting on any single winner.Liability, not technology, is the biggest brake on driverless fleets. Once a car has no human driver, responsibility shifts entirely to the fleet owner. Zoox's steering-wheel-free design in San Francisco is the clearest test case for how that liability question gets resolved.The DRAM shortage is a downstream effect of the AI buildout. Massive GPU demand for LLM training soaked up memory supply, driving up DRAM prices for everyone else — squeezing Apple, gaming consoles, and now the auto industry, which needs growing amounts of compute per vehicle.China's dominance in EVs coexists with deep structural weakness. A shrinking, aging population, price wars that erase margins in sectors like solar, and a government that reins in entrepreneurs when they get too powerful (DeepSeek's blocked IPO) complicate the narrative of unstoppable Chinese industrial growth."Scarce to itself" describes a new kind of market power. Companies like NVIDIA and Apple aren't scarce because of demand tricks — they're supply-constrained on their own hardware, which lets them set pricing on their own terms rather than compete on it.Podcasting may be shifting from ads to direct subscription models. Inspired by ideas like Trump's paid early-access posts, Stewart Alsop and Stewart Alsop II are testing "performance podcasting" — charging listeners directly for real-time access instead of relying on sponsorships.

  8. Aug 13

    Episode #102: AI Is Eating the World’s Memory

    In this episode of Stewart Squared, Stewart Alsop III and Stewart Alsop II sit into the shifting ground beneath the AI boom, starting with the strange saga of Leopold Aschenbrenner's hedge fund and the memory chip shortage that's rippling through everything from Apple's product line to the gaming industry, before moving into how OpenAI and Sam Altman's data center spending is reshaping global compute demand, the widening gap between American and international tech ecosystems, China's uneasy relationship with open source AI, and a look at Mira Murati's new venture Thinking Machines Lab and its fine-tuning tool Tinker, wrapping up with some thoughts on what a live, interactive version of the show could look like. Timestamps00:00 AI bubble and the Leopold Aschenbrunner hedge-fund story; debt, margin pressure, and why memory stocks surged00:05 memory becomes the bottleneck as AI data centers expand; Apple, Micron, and rising RAM prices00:10 Korea takes a hit from memory-market swings; contrast with Japan, manufacturing, and the karetsu model00:15 Live translation tech, Google’s new API, and a side discussion of robotics and Japanese PC history00:20 Japan’s early PC ecosystem, NTT, Microsoft, Windows, and why standards won the market00:25 Back to finance: equity vs debt, leverage, Glass-Steagall, and how banking got reorganized00:30 AI hedge funds, risk, Citadel, margin calls, and the distinction between lending and investing00:35 Capitalism by starting companies vs buying companies; why money is partly a metaphor00:40 AI agents, Chrome, and the difference between distributed and federated systems00:45 Matrix and Nostr, open-source messaging, and the internet’s new borders00:50 Live audience questions, interactive publishing, and the business potential of real-time conversation Key Insights The AI boom is straining a memory chip supply that can't scale fast enough. Massive spending on AI data centers by companies like OpenAI has driven demand for DRAM through the roof, and because memory factories take years to build, prices have roughly tripled in six months — squeezing everyone from Apple (which is struggling to ship products like the Mac mini) to the broader computer gaming industry.Leverage is what turned a smart bet into a crisis. Leopold Aschenbrenner's "Situational Awareness" hedge fund quadrupled investor money early on by going heavy into AI, but borrowing tens of billions against volatile chip and memory stocks left him exposed when prices tanked — prime brokers like Bank of America, Goldman Sachs, and JPMorgan Chase issued margin calls, and Citadel ultimately bought the distressed assets at a steep discount.Korea's economy is deeply entangled with the memory business. Companies like SK Hynix built Korea into a manufacturing powerhouse for chips, and that same concentration made its stock market especially vulnerable — the market reportedly fell more than 33% in July, a decline worse than the crashes of 1997 and 2015.Deregulation reshaped modern finance in ways still being felt today. The conversation traces a line from Glass-Steagall's separation of commercial and investment banking, through its effective rollback via the Gramm-Leach-Bliley Act, to today's financial holding companies (like JPMorgan owning both Chase and an investment bank) — blurring risk in ways that echo the AI/memory borrowing spiral.National tech ecosystems don't automatically follow American patterns. Japan's PC industry, dominated by NTT, never fully converged on the IBM-clone standard the U.S. market did, and Korea's cultural relationship to gaming and digital life (partly shaped by heavy state investment in nationwide internet infrastructure) diverged sharply from its neighbors, despite a shared heritage.China's relationship with open-source AI is shifting. Having initially embraced open source partly because it seemed easier to control than proprietary Western tech, China now appears increasingly concerned about having lost that control and is working to reassert it.Distributed, interoperable messaging protocols are having a moment. Tools like Matrix and Nostr (open-source alternatives gaining traction partly in response to Meta's restrictions) revive a decades-old dream of software systems messaging each other freely, distinguishing distributed "pub-sub" models from federated ones where all participants must cooperate.

About

Stewart Alsop III reviews a broad range of topics with his father Stewart Alsop II, who started his career in the personal computer industry and is still actively involved in investing in startup technology companies. Stewart Alsop III is fascinated by what his father was doing as SAIII was growing up in the Golden Age of Silicon Valley. Topics include: - How the personal computing revolution led to the internet, which led to the mobile revolution - Now we are covering the future of the internet and computing - How AI ties the personal computer, the smartphone and the internet together

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