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  • BlackRock’s Machine-Native Economy Paper Is the Most Bullish Institutional Case Yet for Bitcoin and Crypto: AI Agents, Stablecoins, x402, and the Coming Market for Tokenized Compute

    BlackRock, the largest asset manager on the planet, just published an 11-page research paper arguing that artificial intelligence may be the most underappreciated demand driver the crypto economy has ever had. It is called The Machine-Native Economy: How digital assets connect intelligence, commerce, and compute, and it comes from Head of Digital Assets Robert Mitchnick, Head of Digital Assets Research Will Su, U.S. Head of Equity ETFs Jay Jacobs, and Head of U.S. iShares Product Innovation William Helm. The language is careful, the way institutional research always is. The conclusion is not. Read plainly, BlackRock is saying that AI is machine-native intelligence, crypto is machine-native money, and the two were built for each other. For anyone who has been bullish on bitcoin and digital assets, this is the thesis, now written on BlackRock letterhead.

    TLDR

    BlackRock argues that AI and digital assets are converging into a single machine-native economy and that broad AI adoption is an underappreciated source of demand for crypto. The paper makes three cases. First, LLMs and blockchains share an analogous tokenization architecture, turning language and value into standardized units machines can process natively, which gives AI agents a more direct interface with on-chain assets than with fragmented legacy systems. Second, agentic commerce needs machine-native payment rails: card networks and ACH carry human onboarding, merchant fees, and settlement delays that make always-on sub-cent machine payments uneconomic, while stablecoins and protocols like Coinbase’s x402 settle around the clock with no human in the loop. Adjusted stablecoin volume topped $11 trillion in 2025, in the same range as Visa and Mastercard, growing at an 80% CAGR versus roughly 8.5% for ACH. Third, compute is becoming a trillion-dollar commodity (hyperscaler cloud revenue is projected near $1.1 trillion by 2030), and standardized, tokenized claims on compute could become a major new digital asset market. The paper also cites Bitcoin Policy Institute research in which AI models favored stablecoins for everyday payments and bitcoin for long-term value preservation, sketching an AI-native monetary architecture with bitcoin as the reserve asset.

    Thoughts

    Start with the most important sentence in the paper, the one tucked into the tokenization section on page four. Citing the Bitcoin Policy Institute, BlackRock describes “a potential AI-native monetary architecture in which stablecoins serve as transaction money and bitcoin as a store of value.” Think about what that means. When you ask the machines themselves which money they would choose, they reach for dollars on-chain to spend and bitcoin to save. That is exactly the division of labor bitcoiners have described for a decade: stablecoins as the checking account, bitcoin as the treasury. Every stablecoin transaction an agent makes is denominated in a currency its issuer can inflate. An agent optimizing for long-horizon value, with no nostalgia, no home bias, and no attachment to any particular central bank, has one obvious answer for savings: a fixed supply of 21 million, final settlement, no counterparty, and no one who can change the rules. BlackRock rightly notes these are simulated model responses, not observed behavior. But simulations are where agent behavior starts, and the direction is not ambiguous.

    The payment rails argument is where the bull case becomes mechanical rather than philosophical. BlackRock lists the problems with legacy rails bluntly: account setup that needs a human, merchant fees that make tiny transactions uneconomic, settlement that takes a business day or longer, and scalability limits as machine volume grows. An AI agent cannot walk into a bank branch. It cannot pass a credit check. It will want to pay a fraction of a cent for an API call, thousands of times an hour, at 3 a.m. on a Sunday. The only rails that do this natively are blockchains. x402, which revives the long-dormant HTTP 402 “Payment Required” status code, lets an agent pay for a resource inside the web request itself. It is worth remembering that the bitcoin world got here first: Lightning Labs’ L402 protocol paired the same 402 status code with Lightning payments years ago. The idea that the internet finally gets a native payment layer, and that the layer is crypto, is no longer a cypherpunk dream. It is in a BlackRock paper, next to Stripe, Visa, Google, and OpenAI protocols.

    Then look at the numbers in the middle of the paper, because they are staggering. Adjusted stablecoin transaction volume exceeded $11 trillion in 2025, putting it in the same broad range as Visa and Mastercard. Circulating stablecoin supply is north of $300 billion. From 2020 to 2025, adjusted stablecoin volume compounded at 80% a year, against roughly 8.5% for ACH. And this happened before agentic commerce showed up in any meaningful volume. Humans alone, with clunky wallets and regulatory fog, built a payment network that rivals the card giants in five years. Now add the GENIUS Act in the U.S., MiCA in Europe, and licensing regimes in Hong Kong and Singapore. Then add millions, eventually billions, of autonomous agents that pay far more often than any human ever will. BlackRock also makes the second-order point clearly: settlement on permissionless networks drives demand for blockspace and validator services, a direct transmission channel to native cryptoassets. The stablecoin boom is not a rival to crypto. It is fuel for the chains underneath it.

    The compute section in the back half is the part most coverage will skip, and it is the most important long-term idea in the paper. BlackRock argues that compute is becoming a distinct, investable commodity: cumulative AI capex above $5 trillion through 2030, hyperscaler cloud revenue near $1.1 trillion by 2030, and inference on track to be the largest AI workload. Commodities get financial markets, and BlackRock expects standardized, tokenized compute contracts that can be “represented, transferred, pledged as collateral, and settled through programmable infrastructure.” Here is the bitcoin angle the paper leaves implicit: AI and bitcoin run on the same scarce input, energy. AI turns electricity into intelligence. Bitcoin proof of work turns electricity into the hardest money ever created. Bitcoin miners are already among the best-positioned owners of powered land and grid interconnects on earth, and many have been signing AI hosting deals. The machine economy’s two most important commodities, compute and sound money, are both energy commodities, and bitcoin is the only monetary asset whose issuance is anchored in physical energy expenditure.

    Finally, weigh the conclusion and the signal in the byline. BlackRock ends by saying digital assets “could become increasingly integral to AI’s economic infrastructure,” across stablecoins, tokenized real-world assets, and “native cryptoassets that support blockchain settlement.” It points to Stripe’s August 2026 agreement to acquire OpenRouter as evidence that compute procurement, usage billing, and programmable settlement are merging. And two of the four authors run BlackRock’s ETF and iShares product businesses. This is not an academic exercise. It is the firm that runs the iShares Bitcoin Trust telling its clients the demand story for crypto is about to get a second engine. The first engine was institutions discovering bitcoin as a macro asset. The second is the machines. The paper admits that agentic payments are nascent and that compute-market liquidity is thin. That is the bullish part. You do not get a paper like this when the trade is crowded. You get it when the smartest money in the room can see the curve but the market has not priced it yet.

    Key Takeaways

    • BlackRock calls AI “the defining technology theme of this era” and digital assets a concurrent theme with major implications for financial infrastructure, and says the two are now converging.
    • The paper’s central framing: AI is machine-native intelligence and digital assets are machine-native money.
    • BlackRock says broad AI adoption “may represent an underappreciated source of demand, utility, and application growth across the digital asset economy.”
    • Agentic AI, systems that plan and execute multistep tasks with limited human intervention, pushes AI from generating content to taking real-world action, including purchases and financial transactions.
    • LLMs split text into tokens, map them to numeric IDs, and embed them as vectors. Blockchains represent value and ownership claims as standardized tokens recorded on a ledger. Different functions, same idea: convert real-world inputs into machine-native formats.
    • Because both systems use structured, machine-readable data, AI agents can interface with blockchain data more directly than with fragmented legacy databases.
    • Tokenizing more asset classes reduces bespoke integrations and lets agents orchestrate complex multi-asset workflows: checking balances and rules, executing authorized transactions, and verifying settlement.
    • Compliance (AML, KYC, and the new “know-your-agent” or KYA checks) generally happens off-chain, with verified results passed on-chain to determine eligibility.
    • Bitcoin Policy Institute research found AI models in controlled simulations generally favored stablecoins for everyday payments and bitcoin for long-term value preservation.
    • BlackRock frames that result as a potential AI-native monetary architecture: stablecoins as transaction money, bitcoin as the store of value.
    • Crypto rails are “particularly well suited” to high-frequency, sub-cent, around-the-clock machine-to-machine transactions like API calls, on-demand data, and consumption-based compute.
    • Legacy rails struggle with agents because of human-dependent onboarding, merchant fees that kill micropayments, slow settlement and dispute finality, and scaling limits.
    • Modified traditional rails will still matter for business-to-machine and consumer-to-machine commerce, where agents deal with human-run businesses.
    • Agentic payments sit on foundational standards: Anthropic’s Model Context Protocol (MCP, November 2024) for tool and data access, and Google’s Agent2Agent (A2A, April 2025) for agent coordination.
    • Coinbase’s x402 uses the HTTP 402 “Payment Required” status code to let machines pay inside web requests. It is blockchain-agnostic, with USDC as an early primary use case.
    • x402 offers 24/7, near-real-time, verifiable settlement, which reduces counterparty exposure for providers and lets them release data or services the moment payment confirms.
    • More x402 usage on permissionless networks could increase demand for blockspace and validator services, a transmission channel to native cryptoassets.
    • Other protocols in the stack include Stripe and Tempo’s Machine Payments Protocol (MPP), Stripe and OpenAI’s Agentic Commerce Protocol (ACP), Google’s AP2 with cryptographic mandates, and Visa’s Trusted Agent Protocol (TAP).
    • BlackRock’s example workflow: a user asks an agent to book a trip under $2,500, the agent delegates to a travel sub-agent via A2A, the sub-agent pays for fare data via x402 settled on-chain, and the primary agent books through ACP.
    • Stablecoins are likely to lead transactional use because price stability gives agents a reliable unit of account.
    • Stablecoins are the largest category of tokenized real-world assets, with more than $300 billion in circulation as of September 2026.
    • Adjusted stablecoin transaction volume exceeded $11 trillion in 2025, in the same broad range as Visa and Mastercard’s annual payment volumes.
    • Stablecoin volume grew at an 80% CAGR from 2020 to 2025, versus about 8.5% for ACH, which still moved $93 trillion in 2025.
    • Regulatory clarity, including the GENIUS Act, MiCA, Hong Kong’s licensing regime, and Singapore’s framework, should support continued stablecoin growth.
    • Stablecoin growth spills over to the chains that settle them. On networks like Ethereum, native assets such as ETH pay for consensus, validators, and fees, so more activity can mean more value capture.
    • Purpose-built stablecoin chains like Circle’s Arc, where USDC is the native gas asset, offer a complementary model.
    • Some estimates put cumulative AI capital spending above $5 trillion between 2025 and 2030, and BlackRock says ongoing operating spend deserves equal attention.
    • Consensus estimates for AWS, Microsoft Intelligent Cloud, and Google Cloud imply about $1.1 trillion in combined revenue by 2030, a 29% CAGR from 2025.
    • Compute is becoming a distinct, large, investable economic resource that could support a new class of digital assets.
    • Inference is expected to be the largest AI workload by 2030, and its user base is far larger and more fragmented than the concentrated training market.
    • Challenges remain, including chip-generation differences, regional energy costs, and settlement standards, but BlackRock calls them “important but ultimately resolvable.”
    • BlackRock expects standardized products, including exchange-traded compute futures, and tokenized compute claims that can be transferred, pledged as collateral, and settled on programmable rails.
    • Agents could shop real-time compute marketplaces on price, latency, location, and hardware, then pay per use, per model token, or per job via x402.
    • Stripe’s August 2026 agreement to acquire OpenRouter, which routes workloads across more than 400 models from over 80 providers, signals that compute procurement, billing, and programmable settlement are converging.
    • BlackRock’s conclusion: as agents grow more capable, digital assets could become integral to AI’s economic infrastructure across stablecoins, tokenized RWAs, and native cryptoassets.

    Detailed Summary

    Two Technology Waves Become One

    BlackRock opens by naming AI as the defining technology of the era and digital assets as a parallel wave with deep implications for financial infrastructure. For years the two ran on separate tracks. The paper argues that they are now merging because AI is gaining the ability to act on economic networks, not just talk about them. Agentic AI plans and executes multistep tasks, calls external tools, and increasingly makes purchases and initiates financial transactions. Once software can spend money, the question of which money it spends and which rails it uses becomes central, and BlackRock’s answer is that blockchains provide the programmable infrastructure that connects intelligence to economic activity.

    Tokens All the Way Down

    The first pillar is architectural. An LLM tokenizes text into words or sub-words, maps them to numeric IDs, and converts them to embeddings the model can compute on in parallel. A blockchain tokenizes value: cash, a money market fund interest, a security, or another claim becomes a standardized token recorded on a distributed ledger. Transactions are machine-readable data governed by rules. The network verifies authorization, smart contracts apply asset-specific conditions, and once finalized the transfer becomes part of the canonical ledger. BlackRock’s Figure 1 sets these two pipelines side by side, “AI is changing the world” becoming vectors on one side and a $100 money market fund interest becoming a finalized on-chain record on the other. Because both speak structured, machine-readable formats, agents can plug into on-chain assets more directly than into siloed legacy systems, and broader tokenization across asset classes reduces the bespoke integration work that slows automation today.

    Bitcoin as the AI-Native Store of Value

    The paper cites the Bitcoin Policy Institute study “Which money do AI agents prefer?”, in which model outputs across controlled simulations generally chose stablecoins for everyday payments and bitcoin for long-term value preservation. BlackRock is careful to say these are simulated responses rather than observed agent behavior, but it takes the result seriously enough to describe a potential AI-native monetary architecture: stablecoins as transaction money, bitcoin as the store of value. For bitcoin holders, this is the key passage. It places bitcoin at the base of the machine economy’s balance sheet rather than at the edge of it.

    Why Agents Need New Payment Rails

    BlackRock argues that capable agents “increasingly demand payment and asset infrastructure designed natively for machine-speed commerce.” Crypto rails fit high-frequency, sub-cent, 24/7 machine-to-machine payments for API calls, data, and compute. Legacy systems are poorly matched: account setup and credentialing assume a human, merchant fees make very small payments uneconomic, ACH settles in a business day or so, card disputes keep finality open for longer, and volume scaling is uncertain. Modified traditional rails will still serve agents dealing with human businesses and consumers, but the high-velocity machine layer points on-chain.

    The Agentic Protocol Stack: MCP, A2A, x402, ACP, and More

    The paper maps an emerging stack. At the base are Anthropic’s Model Context Protocol, which standardizes how AI applications reach external tools and data, and Google’s Agent2Agent, which lets agents coordinate across platforms. On top sit payment protocols. Coinbase’s x402 uses the HTTP 402 status code to let agents pay inside a web request with near-real-time verifiable settlement, reducing provider counterparty risk. It is chain-agnostic and led by USDC for now, and on permissionless networks its growth could drive demand for blockspace and validator services. Alongside it are Stripe and Tempo’s Machine Payments Protocol, Stripe and OpenAI’s Agentic Commerce Protocol for programmatic checkout on merchants’ existing rails, Google’s AP2 with cryptographic authorization mandates and audit trails, and Visa’s Trusted Agent Protocol for verifying trusted agents. BlackRock’s Figure 2 walks through a trip booking in which a primary agent, a travel sub-agent, x402 data purchases, and ACP checkout combine to return an itinerary and receipts to the user.

    Stablecoins Already Rival the Card Networks

    Stablecoins are expected to lead agent transactions because a stable unit of account makes pricing predictable. They are the largest tokenized RWA category at more than $300 billion in circulation. Adjusted stablecoin volume exceeded $11 trillion in 2025, in the same broad range as Visa and Mastercard (BlackRock’s Figure 3 notes the measures are not directly comparable), and grew at an 80% CAGR from 2020 to 2025, while ACH, still far larger at $93 trillion, grew about 8.5%. The GENIUS Act, MiCA, and Asian licensing regimes add tailwinds. Crucially, the benefits flow to the settlement networks. Stablecoins are issued across multiple chains, from general-purpose networks like Ethereum, where ETH pays for consensus and fees, to purpose-built chains like Circle’s Arc, where USDC itself is the gas asset. More payment activity means more demand for blockspace and potential value capture, subject to each network’s fee and staking design.

    Compute Becomes a Tradable Commodity

    AI needs vast amounts of compute and energy. Investors have focused on capex (estimates above $5 trillion from 2025 to 2030), but BlackRock stresses the operating spend that flows through the cloud compute market. Hyperscaler consensus implies about $1.1 trillion in cloud revenue by 2030. McKinsey projections in the paper’s Figure 4 show inference growing into the largest AI workload, with its share of data center power demand rising sharply. Large resource markets historically develop trading, financing, and hedging infrastructure, and GPU-backed financings are early evidence that compute is on the same path. BlackRock acknowledges real design problems (chip-generation productivity, regional energy costs, cash versus physical settlement) but points to commodity precedents like basis markets and contracts for difference. It expects exchange-traded compute futures and tokenized compute claims that can be transferred, pledged, and settled programmatically, which could broaden institutional participation and open a new market for digital assets.

    Agents That Buy Their Own Compute

    The paper’s Figure 5 imagines an agent running an extended analysis that continuously estimates its own compute needs, queries real-time marketplaces across GPU, specialized, and edge providers for price, latency, and reliability, and provisions capacity just in time, paying per use, per token, or per job over x402. BlackRock cites Stripe’s August 2026 agreement to acquire OpenRouter, which routes workloads across more than 400 models from over 80 providers, as an early strategic signal. Given Stripe’s work in payments, stablecoins, billing, and agentic commerce, the deal points toward agents that autonomously source and pay for compute over blockchains and programmable rails.

    BlackRock’s Conclusion

    BlackRock closes by saying AI and blockchain-based digital assets are converging as machines take a larger role in economic activity. Tokenization gives agents a direct interface to programmable assets, stablecoins and x402 handle high-frequency always-on payments, and liquid compute markets could let agents source, finance, and pay for the resources they run on. The ecosystem is early, with agentic payment activity and compute-market liquidity still limited. But as agents become more capable, the firm expects digital assets to become increasingly integral to AI’s economic infrastructure, expanding utility across stablecoins, tokenized RWAs, and native cryptoassets.

    Notable Quotes

    “At the core of this convergence, AI and digital assets both arise from a common foundation: AI represents machine-native intelligence, while digital assets represent machine-native money.”

    BlackRock, Executive Summary, the thesis of the whole paper in one sentence

    “This paper examines this growing relationship and explains why broad AI adoption may represent an underappreciated source of demand, utility, and application growth across the digital asset economy.”

    BlackRock, Executive Summary, on why the market is mispricing the AI and crypto link

    “These findings reflect simulated model responses rather than observed agent behavior, but point to a potential AI-native monetary architecture in which stablecoins serve as transaction money and bitcoin as a store of value.”

    BlackRock, on Bitcoin Policy Institute research into which money AI models prefer

    “Crypto-native blockchain rails are particularly well suited to high-frequency, sub-cent, machine-to-machine (M2M) transactions that take place around-the-clock, including API calls, on-demand data, and consumption-based compute.”

    BlackRock, on why agentic commerce points on-chain

    “Where settlement occurs on permissionless networks, greater usage could increase demand for blockspace and validator services, creating a potential transmission channel to native cryptoassets.”

    BlackRock, on how x402 payment volume could flow through to crypto assets

    “Adjusted stablecoin volume remained well below the $93 trillion transferred over ACH in 2025; from 2020 to 2025, however, it grew at an 80% CAGR, compared with approximately 8.5% for ACH.”

    BlackRock, on the growth gap between stablecoins and legacy payment rails

    “As this market expands, compute is becoming a distinct, large, and increasingly investable economic resource that could support a new class of digital assets.”

    BlackRock, on the emerging market for tokenized compute

    “In our view, this could support a future in which agents autonomously source and pay for compute over blockchains and other programmable payment rails.”

    BlackRock, on Stripe’s agreement to acquire OpenRouter

    Read the full BlackRock paper, The Machine-Native Economy: How digital assets connect intelligence, commerce, and compute, here.

    Related Reading

  • Bill Gurley on Mental Models, Systems Thinking, AI Investing, Stablecoins, and the Future of Venture Capital

    Bill Gurley spent his career at Benchmark backing some of the most consequential marketplaces and network-effect businesses of the internet era, including Uber, and he is one of the few investors who pairs deep Wall Street fundamentals with a real feel for the bleeding edge. In this wide-ranging conversation on Shane Parrish’s The Knowledge Project, he lays out the mental models he keeps returning to, how systems thinking keeps you out of trouble, why the history of your field is a hidden superpower, where AI investing is headed, and how stablecoins and tokenization could quietly rewire finance. It is a masterclass in thinking clearly about complex systems while staying obsessively curious about what is happening on the edge.

    TLDW

    Gurley anchors his thinking in systems thinking and complexity theory, warning that multivariable nonlinear systems produce second and third order consequences that punish anyone who optimizes for a single metric. He argues that mastering both the deep history of your field and its newest edge is wildly differentiating, whether you are interviewing for a marketing job or breaking into venture capital. On AI he is measured: he doubts a single model eats every vertical, sees real moats in workflows and proprietary data, flags that we may be painting in the corners on training data, and explains why Chinese open source models may innovate faster because forced knowledge sharing compounds. He thinks the AI buildout looks overfunded and that circular deals both raise the odds of an eventual correction and delay it. He makes the case that the IPO process is a rigged power grab, that stablecoins and instant payments threaten Visa, Mastercard, and the entire 2 to 3 percent credit card stack, and that proxy advisors like ISS have drifted from shareholder interest into a black-box heist. He closes on the craft of storytelling and writing as thinking, the equal-partnership design of Benchmark, why venture bends toward youth, and what success means now that his dream job is behind him.

    Thoughts

    The most useful idea in this conversation is also the quietest one: most bad decisions are not bad in the moment, they are bad in the second derivative. Gurley’s dating-site story, where lengthening profiles raised engagement in the test and then quietly killed conversion months later, is the whole argument in miniature. A linear model would have shipped that change and called it a win. A systems thinker assumes the variable you optimized is connected to three others you cannot see yet, and waits to find out. That posture, refusing to get deterministic about a single metric, is the difference between a clever experiment and a durable business. It is also the most transferable thing in the episode, because it applies to product changes, hiring, policy, and your own career just as cleanly as it applies to a dating app.

    His pairing of old and new is the second idea worth stealing. Everyone in tech tells you to live on the edge, and Gurley agrees, he keeps five premium AI accounts running so he never misses a release. But he insists the edge is only half of it. Knowing the deep history of your field, the masters of marketing, the forefathers of physics, the classic cartoons that taught animation, is rare enough that it instantly creates contrast and signals genuine passion. The compounding move is to hold both at once. If you understand the legends and you actually get TikTok, you are a power player in a way that someone who only knows one end of the timeline can never be. Most people pick a side. The leverage is in refusing to.

    On AI specifically, Gurley is refreshingly unwilling to pick the consensus lane in either direction. He does not buy that one near-sentient model swallows every vertical, and his reasoning is grounded rather than vibes-based: workflows and proprietary data create real switching costs, which is why he watches the legal AI startups ingesting case law and building new databases rather than assuming everyone reverts to a general chatbot. At the same time he respects the Microsoft pattern of platforms climbing the stack and crushing the apps above them. The honest answer is that it is genuinely up for grabs, and his comfort sitting in that uncertainty is itself a model. The cheap takes are “one model to rule them all” and “it is all wrappers.” Gurley holds both possibilities and keeps testing.

    The systems lens does its best work on China. Rather than moralize, Gurley runs the mechanism: roughly ten open source models, intense domestic competition, and a culture of publishing techniques and weights so every model can learn from, train, and test every other model. His two-farmer metaphor, one market where farmers only trade goods and another where they are forced to share best practices, makes the prediction obvious. Forced knowledge sharing compounds faster than secrecy. The uncomfortable corollary he names is that American startups are quietly forking those open models all over Silicon Valley, and that incumbents may be lobbying for heavy regulation precisely because it pulls up the drawbridge against open source competition. That is the systems thinker’s signature move: follow the incentives to the consequence nobody is saying out loud.

    Finally, the money section is a clinic in spotting rent extraction. The IPO process where bankers pick both the price and the favored buyers, the 2 to 3 percent credit card toll that exists for no defensible reason while the rest of the world built instant bank transfer decades ago, and the proxy advisors who score companies in a black box and then sell you the cure, are all variations on the same pattern: an intermediary that captured a choke point and defends it through regulatory capture rather than value. Gurley’s optimism is that crypto rails, stablecoins, and tokenization may finally route around these tolls the way WeChat Pay and Alipay leapfrogged cards in China. Whether or not you agree on the timeline, the analytical habit is the takeaway. When something costs far more than it should and has for decades, ask who captured the rules, and watch the edge for whoever is about to make those rules irrelevant.

    Key Takeaways

    • Systems thinking means treating the world as multivariable nonlinear systems where one variable flipping can change the entire system’s behavior, the way weather and stock markets do.
    • The real danger is second and third derivative effects, consequences that only show up much later, long after the metric you optimized looked like a win.
    • A dating site lengthened profiles because longer profiles tested as more engaging, then discovered months later it was negative for conversion, the textbook second order trap.
    • Never get too deterministic about a single metric or single variable, and always know what is actually important and what sits on top.
    • Gurley built his foundation on the canon: Peter Lynch’s One Up on Wall Street, A Random Walk Down Wall Street, the Buffett letters, Ben Graham, and Howard Marks.
    • A firm grasp of the financial bedrock is what lets you innovate on top of it, and many Silicon Valley VCs would benefit from understanding finance better.
    • Bill Miller reframed value investing as buying an asset that is underpriced relative to what you think it will be worth in the future, which is how he justified holding Amazon for its network effects.
    • Wall Street is the buyer of the product that venture capitalists create, so even at the two-people-in-a-PowerPoint stage you should ask whether the eventual public market will be excited by it.
    • Trajectory matters more than the starting place, because the trajectory is where the company actually ends up.
    • Knowing the deep history of your field is remarkably differentiating, and tedium while learning it is a signal you are in the wrong lane.
    • John Lasseter served Gurley a ten-course meal where each course was tied to a classic cartoon essential to understanding animation, a display of mastery over the history of the craft.
    • Magnus Carlsen won a trivia contest on the history of chess, and Picasso was a wildly successful realist painter by 14, both proof that the greats master the fundamentals first.
    • Obsessive, constant learning is the trait Gurley sees most in great entrepreneurs, because disruption always happens on a moving edge they need to understand at the top one percentile.
    • The compounding advantage is mastering both the old history and the new edge at once, the way understanding both marketing legends and TikTok would set you apart in any interview.
    • Most people underestimate how much AI can do, so push more of the downstream work into the prompt: identify the top ten, list pros and cons, rank them on one dimension, then another, and add up the numbers too.
    • Gurley uses ChatGPT for project structure and memory, Gemini for restaurant research powered by Google review data, and notes that coders swear by Claude while some prefer Perplexity for finance.
    • He doubts one model dominates everything; verticals like coding already let users swap models, and price optimization will push more swapping over the next few years.
    • Heavy, expensive regulation could ironically create oligopoly, and some players may be quietly begging for regulation because it pulls up the bridge against Chinese open source models.
    • China’s roughly ten open source models compete intensely and share weights and techniques, creating a system that can innovate faster, like farmers forced to share best practices instead of just trading goods.
    • A quiet secret is that startups all over Silicon Valley are forking those Chinese open source models at real volume.
    • Gurley comes down against the idea that one near-sentient model removes the need for vertical models; workflows and proprietary data, like legal startups ingesting all the case law, create durable moats.
    • We may be running out of training data, painting in the corners, which is why one of the most powerful improvements is hiring experts at thousands of dollars an hour to fine-tune the models.
    • Yann LeCun’s view is that the next leap is broader than LLMs, since language-based models hit an asymptote and are weak at math and numbers.
    • AlphaGo’s shocking move proves models can innovate beyond their training, but it lived in a constrained game; the real world has infinite paths a computer cannot exhaustively search.
    • Gurley’s non-consensus view is skepticism of the China vilification mindset, noting the US is only 3 to 5 percent of the global population and wondering how the other 95 percent hears American exceptionalism.
    • The AI buildout looks overfunded: the Magnificent Seven took free cash flow from 50 to 100 billion a year down toward zero by pouring it into capex.
    • The venture community has become more risk-seeking because it now deeply believes in increasing returns and power laws, and the pre-profit losses keep scaling, from Amazon’s 2 to 3 billion to Uber’s 15 billion to far more now.
    • Circular deals, where a cloud provider funds a model company that spends the money right back on its services, inflate growth, which both raises the probability of an eventual correction and extends the time before one hits.
    • Burn rate is a measure of risk; ten years ago a million a month was scary, now companies burn five billion a year and cannot really know their unit economics.
    • Tokenization without financial-disclosure regulation invites speculation and manipulation, which is part of why companies like Stripe stay private and negotiate liquidity prices with trusted investors.
    • The IPO process is unfair because bankers pick both the price and the shareholders; a freshman would simply match supply and demand anonymously in an auction, the way direct listings and ICOs do.
    • Stablecoins threaten the 2 to 3 percent credit card stack; USDC holds dollar-for-dollar Treasuries and rides fast global crypto rails, while US transfers still suffer three-day ACH settlement and 25 dollar wires.
    • The rest of the world built instant transfer long ago, from UK Faster Payments 20 years ago to Argentina’s PIX-style system reaching 60 to 70 percent of transactions, while US bank regulatory capture stalled Fed Now.
    • Visa and Mastercard run roughly 60 percent operating margins as a bank-created duopoly, and China leapfrogged them entirely with WeChat Pay and Alipay QR-code wallets.
    • Moody’s power is being the trusted standard, the watermark, so AI on the back end does not displace it; ISS and proxy advisors, by contrast, score companies in a black box and get paid on both sides.
    • Proxy advisors drifted from shareholder interest into a fraud-and-risk-mitigation mindset, which is why they reflexively opposed the Tesla pay package that only paid out if the stock soared.
    • The rise of passive index funds concentrated voting power in firms that lack time to evaluate votes; it would be healthier if they abstained or voted in proportion to active holders.
    • Storytelling is one of the top founder traits, because founders are recruiting, raising money, and closing customers and partners constantly, selling all the time.
    • Writing is thinking: Bezos’s six-page memo forces you to find the loose ends and tie them up, and a public blog becomes a calling card that magnetizes founders and deal flow.
    • Other founder unfair advantages are product instincts, which fewer than 5 percent of non-product people ever truly learn, and sheer determination, Bezos’s single angel-investing test of whether someone will do it no matter what.
    • Uber had no HBS case study to lean on; its winner-take-all network effects forced mega burn rates with no precedent and no mentor to call, a situation every AI company now faces.
    • Benchmark’s equal partnership, with no king, president, or lead and five equal partners, makes recruiting easy, kills comp politics, and aligns everyone, at the cost of being hard to scale or run new initiatives.
    • Venture bends toward youth because young investors can match founders’ age, master a fresh niche faster, and have the free time to study something 80 hours a week.
    • Gurley defines current success through Arthur Brooks’s From Strength to Strength, hoping to apply his synthesizing and writing skills to bigger societal problems and dent the universe a little.

    Detailed Summary

    Systems Thinking and Second Order Effects

    Gurley opens with the mental model he keeps returning to: systems thinking, shaped by Donella Meadows’s Thinking in Systems and his board seat at the Santa Fe Institute, which studies complexity theory. He describes complex systems as multivariable nonlinear systems that are very hard to predict, capable of behaving one way for a long time until a single variable flips and the whole system behaves differently, like weather or stock markets. The practical payoff is staying out of trouble by anticipating first, second, and third derivative consequences. His clearest example is a large dating site that lengthened user profiles because the test showed more engagement, only to learn many months later that knowing more at that stage was negative for conversion. The lesson is to never get too deterministic about a single metric and to keep the whole system in view, because a change here can ripple to there in ways you only discover much later.

    Learning the Craft of Investing

    Because he started on Wall Street rather than in venture, Gurley absorbed the investing canon first: Peter Lynch’s One Up on Wall Street, A Random Walk Down Wall Street, the Buffett letters, Ben Graham, and Howard Marks, people who spent careers assembling and publishing their thinking. That financial bedrock, he argues, is exactly what lets you innovate on top of it. His friend Michael Mauboussin introduced him to Bill Miller, the Legg Mason manager who beat the S&P for 15 straight years and was Amazon’s largest shareholder for a long stretch. Miller reframed value investing as buying an asset underpriced relative to its future worth, which combined with a belief in network effects justified holding a company that could grow at an unreasonable rate for years. Gurley also frames Wall Street as the buyer of the product venture capitalists create through eventual M&A or IPO, so founders should think early about whether the public market will be excited by what they are building, since trajectory matters more than the starting place.

    Mastering Both the History and the Edge

    Gurley makes an unusually strong case for studying the deep history of your field. He recounts a dinner with Pixar’s John Lasseter, who served a ten-course meal where every course was tied to a classic cartoon he considered essential to understanding animation, and notes that Magnus Carlsen won a chess-history trivia contest and Picasso was a master realist by 14. In a world that skims for the executive summary, walking into a marketing interview with command of the masters of marketing is wildly differentiating and signals genuine passion; if learning that history feels tedious, you are probably in the wrong lane. The counterpart trait he sees in great entrepreneurs is obsessive learning on the moving edge, where disruption actually happens. Gurley keeps five premium AI accounts so he never misses something. The real power player holds both at once, the legends and the newest thing, the way a candidate who knows the marketing greats and truly gets TikTok stands out completely.

    Using AI Well and the Model Wars

    People underestimate how much AI can do, Gurley says, so you should build more of the downstream work into the prompt: instead of asking for the top ten and studying them yourself, ask it to list pros and cons, rank on one dimension, rank again on another, and add up the numbers too. He uses ChatGPT for its project structure and memory, leans on Gemini for restaurant research because it carries Google review data, and notes coders swear by Claude while some prefer Perplexity for finance. On whether one model dominates or models become niche commodities, he points to coding, the largest vertical, where tools like Cursor already let users swap models, and predicts price optimization will drive more swapping. The counterforce is regulation: if it gets expensive and mundane it could create oligopoly, and some players may be quietly begging for it because it pulls up the bridge against Chinese open source models.

    China, Open Source, and the Systems Advantage

    Asked to apply systems thinking to China, Gurley describes roughly ten open source models locked in intense domestic competition, all learning from one another because the ecosystem chose openness, with models able to train and test other models and teams publishing the techniques behind their breakthroughs. His metaphor: two agricultural societies, one where farmers only trade goods at market and another where they are forced to share best practices; the second evolves far faster. The result is a system capable of innovating faster than the more secretive Western approach. The quiet secret he names is that startups all over Silicon Valley are forking those open models at real volume, and a key open question is whether regulation tries to stomp that out. He extends this into a broader non-consensus discomfort with the vilification of China common in Washington and parts of Silicon Valley, observing that the US is only a few percent of the global population.

    AI Investing, Moats, and the Limits of Models

    On how AI changes investing and whether a startup is just a wrapper, Gurley calls it up for grabs but lands on the side of durable verticals. If models become near-sentient, one model does everything; he doubts that, pointing to workflows and data moats, like the several legal AI startups ingesting all the case law and building new databases that customers will not simply swap for a general chatbot. He balances this against the Microsoft pattern of platforms climbing the stack past Lotus 1-2-3 and WordPerfect. He also flags scaling limits: we may be running out of data, painting in the corners, which is why one of the most powerful improvements is paying experts thousands of dollars an hour to fine-tune models, though human knowledge has an edge. He invokes Yann LeCun’s argument that the next leap is broader than language-based LLMs, which hit an asymptote and struggle with math, and the AlphaGo debate, where a shocking innovative move proves creativity within a constrained game but says little about the infinite paths of the real world. He notes AlphaGo and Tesla’s FSD are constrained, non-LLM systems.

    Is the Buildout Overfunded

    Gurley admits he is shocked by the scale of money, noting the Magnificent Seven drove free cash flow from 50 to 100 billion a year down toward zero by spending it all on capex, something he would not have believed five years ago. He traces it to the venture community’s growing conviction in increasing returns and power laws, where proven companies grow far beyond expectations, which makes investors more willing to take risk on the come. The losses before turning cash-flow positive keep scaling, from Amazon’s 2 to 3 billion to Uber’s roughly 15 billion to far larger now. On corrections, he recalls the dot-com crash producing a three to four year nuclear winter before Amazon climbed back, and explains that circular deals, where a cloud provider funds a model company that spends it right back on its services, inflate growth and therefore both raise the probability of a correction and extend the runway before one arrives. Burn rate, he stresses, is a measure of risk, and at five billion a year it is nearly impossible to know your unit economics.

    Tokenization, the IPO Heist, and Going Public

    There is no shortage of capital, so funding is not the bottleneck; the risk with tokenization is that, absent disclosure regulation, it invites speculation and manipulation, as seen in retail-loved names like GameStop and Palantir. Tokenizing a private company like Stripe could create the wild price swings companies stay private to avoid, since private liquidity events let them negotiate a price with trusted investors rather than expose the constantly moving underlying value, and Robinhood’s tokenization plans already drew legal pushback. Gurley reserves his sharpest critique for the IPO process, calling it insanely unfair because bankers pick both the price and the favored shareholders. A freshman computer science and finance student would simply match supply and demand anonymously in an auction, the way an ICO or a direct listing does, but Wall Street will not let go of the greedy power grab and reverted to a controlled oligopoly after direct listings were available.

    Stablecoins Versus the Payment Cartel

    Gurley argues stablecoins could be deeply disruptive to credit cards. Most of the developed world built instant bank-to-bank transfer long ago, from UK Faster Payments 20 years ago to Argentina’s PIX-style system that quickly hit 60 to 70 percent of transactions, while US bank regulatory capture stalled Fed Now and left an ecosystem living under 2 to 2.5 percent card fees. A USDC stablecoin holds dollar-for-dollar US Treasuries and rides proven, fast, global crypto rails, letting anyone move a dollar in seconds for pennies, against the backdrop of three-day ACH settlement and 25 dollar wires. He sees Visa and Mastercard, a bank-created duopoly with roughly 60 percent operating margins, as heavily threatened, and points to China, where WeChat Pay and Alipay built ubiquitous QR-code wallets that leapfrogged the entire card system, all because the government made money transfer easy.

    Moody’s, Proxy Advisors, and Index Funds

    Moody’s power, Gurley explains, comes from being a trusted standard, the watermark, so even AI on the back end does not displace it. Proxy advisors like ISS are a different story: they score companies in a black box, refuse to reveal the criteria, and then get paid by the same companies that want to learn how to score better, which he calls more of a heist than a service. They drifted from a shareholder-interest mandate into a corporate-governance, fraud-mitigation posture obsessed with rules, which is why they reflexively opposed the Tesla pay package that only paid Elon Musk if the stock soared, a deal Gurley says he would sign for every company he has worked with. The rise of passive index funds compounds the problem, concentrating voting power in firms without time to evaluate votes; he would prefer they abstain or vote in proportion to active holders, since closet indexing during the MAG 7 run already distorted active management.

    Storytelling, Writing, and Founder Advantages

    Gurley fell in love with the craft of writing in business school, moving from business books to personal development titles like Dale Carnegie and Seven Habits, then biographies, then long-form narrative nonfiction by Malcolm Gladwell, Michael Lewis, and Jon Krakauer, the New Journalism that reads like fiction. Writing forces clarity: he cites Bezos’s six-page memo as a tool that makes you think through corner cases and tie up loose ends, and notes that codifying his marketplace knowledge and publishing it turned his blog into a calling card that magnetized founders and deal flow. He lists the top founder traits as storytelling, product instincts, understanding the edge, and determination. Storytelling matters because founders are constantly recruiting, fundraising, and closing customers and partners. Product instinct is nearly unteachable, present in well under 5 percent of non-product hires. And determination is Bezos’s single angel-investing test: will this person do it no matter what, come hell or high water.

    Uber, Benchmark, and the Shape of Venture

    The Uber lesson with no HBS case study was that a winner-take-all category with network effects demanded funding ad nauseam, producing burn rates bigger than any public company would dare, with no precedent and no mentor to call, exactly the situation AI companies now face, only with a zero added. Gurley credits Benchmark’s design, an equal partnership with no king, president, or lead and five equal partners, for making it easy to recruit top talent, encouraging senior partners to develop newcomers since everyone shares the upside, and eliminating annual comp politics. The downside is that without a CEO it is hard to scale or run new initiatives, famously captured by the firm settling on a single splash-page website. Founders choose a VC for reputation and network effects, the stamp of approval that carries weight, and young investors can break in because they often match founders’ age and can outwork everyone to master a fresh niche like esports or YouTube, which is why the industry bends toward youth. Asked what success means now, Gurley says his venture career was a dream job he would have done for free, but it is done; inspired by Arthur Brooks’s From Strength to Strength, he wants to apply his synthesizing and writing to bigger societal problems and dent the universe a little.

    Notable Quotes

    “We do live in a world where information is really cut up, but we also live in a world where you can have access to more information than you ever could.”

    Bill Gurley, on why the abundance of knowledge rewards the curious

    “You got to be really conscious of the consequence and not get too deterministic about a single metric or a single variable.”

    Bill Gurley, on the discipline of systems thinking

    “Value just means that the asset is underpriced relative to what you think it will be worth in the future.”

    Bill Gurley, relaying Bill Miller’s reframing of value investing

    “I’ve always thought of Wall Street as the buyer of the product that venture capitalists create.”

    Bill Gurley, on why founders should think about the public market early

    “One society, when the farmers come to market, they just sell each other goods and then they go back. The other society, when the farmers come to market, they’re forced to share best practices. Which one is going to evolve faster?”

    Bill Gurley, on why open source models can out-innovate

    “If you took a freshman computer science student and a freshman finance student and said imagine how a company should go public, they would match supply and demand anonymously like you would in any auction.”

    Bill Gurley, on the rigged IPO process

    “When I meet an entrepreneur, there’s only one thing I ask myself. Is this person gonna do this no matter what? Come hell or high water, they’re doing this.”

    Bill Gurley, quoting Jeff Bezos on his single test for angel investing

    “You’re recruiting employees, you’re recruiting executives, you’re raising money, you’re closing customers, you’re closing partnerships. You’re selling all the damn time.”

    Bill Gurley, on why storytelling is a top founder trait

    “I often said that if we lived in a socialist society and everyone had to work for free, I would still take that job.”

    Bill Gurley, on loving his venture career

    “I would like to see if I can apply those techniques to bigger, broader problems in society and dent the universe a little bit that way.”

    Bill Gurley, on what success looks like in his next chapter

    Watch the full conversation with Bill Gurley on The Knowledge Project here.

    Related Reading

  • Robinhood CEO Vlad Tenev on “Vibe Trading,” Prediction Markets, and Democratizing Private Equity

    In a recent discussion on the Uncapped podcast with Jack Altman, Robinhood co-founder and CEO Vlad Tenev opened up about the company’s transition from a trading platform to a “financial super app.” Tenev discussed the explosion of prediction markets, the role of AI in creating “vibe trading,” and his vision for tokenizing private assets to help retail investors capture value earlier.

    TL;DR

    Robinhood is aggressively expanding beyond simple stock trading. Vlad Tenev highlights three major frontiers: the rise of prediction markets as “truth machines,” the use of AI to create autonomous “vibe trading” experiences, and the tokenization of private assets to allow everyday investors access to companies like SpaceX or OpenAI before they go public.


    Key Takeaways

    • From App to Ecosystem: Robinhood no longer views itself merely as a trading platform but as a “financial home” and super app, encompassing banking, credit cards, and retirement accounts.
    • Prediction Markets are Booming: Tenev views prediction markets not just as speculation, but as “truth machines” that offer cleaner data than traditional polling or media. Robinhood’s volume in this sector has seen massive growth.
    • “Vibe Trading”: Tenev coined the term “vibe trading” to describe a future where AI agents manage a user’s portfolio based on high-level intent, risk tolerance, and personal goals rather than manual trade execution.
    • Solving the Private Equity Gap: Tenev argues that the biggest inequity in modern markets is that value now accrues in private markets (e.g., SpaceX, OpenAI) rather than public ones. He believes tokenization is the solution to give retail investors access.
    • Generational Shifts: Contrary to stereotypes, Gen Z is opening retirement accounts as early as 19 years old, signaling a shift toward financial conservatism compared to millennials.

    Detailed Summary

    The Evolution of the Brokerage

    Tenev traces the history of the online brokerage from the deregulation of commissions in 1975 (the “Mayday” event that birthed Charles Schwab) to the mobile-first revolution led by Robinhood. While early digital brokers like E-Trade catered to Gen X, Robinhood capitalized on two shifts: the ubiquity of mobile phones and the infrastructure changes brought by high-frequency trading, which lowered costs enough to offer commission-free trading.

    Today, Robinhood generates over a billion dollars in revenue across multiple business lines, aiming to be the primary financial institution for its users.

    Prediction Markets: The “Truth Machines”

    One of the fastest-growing segments for the company is prediction markets. Tenev notes that the 2024 Presidential Election was a “Big Bang” moment for the industry, validating these markets as superior forecasting tools compared to traditional polls.

    He argues that because participants have “skin in the game,” prediction markets filter out noise and bias, acting as “truth machines.” Beyond politics, this is expanding into sports and entertainment, which Tenev views as an inevitability in an economy where AI automates traditional labor.

    Tokenization and Private Markets

    Tenev expressed deep concern regarding where economic value is created today versus thirty years ago. When Microsoft and Apple went public, they were valued in the low billions, allowing public market investors to capture the majority of their growth. Today, companies like SpaceX or OpenAI may reach trillion-dollar valuations while still private, shutting out retail investors.

    His solution is tokenization. Similar to how stablecoins operate, Tenev envisions a structure where private securities are held in a “bucket” while tokens representing them trade freely 24/7 on a blockchain. This would democratize access to private equity, a move he sees as the eventual end-state of capital markets.

    AI and the Era of “Vibe Trading”

    Robinhood is heavily integrating AI into its operations, achieving high deflection rates in customer support and increased coding output from engineering. However, the consumer-facing future is what Tenev calls “Vibe Trading.”

    In this model, the user interface shifts from manual execution to intent-based directives. A user might tell an AI agent their risk appetite, long-term goals, and interests, and the agent—acting as a “financial home”—executes the strategy. Tenev believes this will also solve mundane friction points, such as AI agents automatically handling the paperwork to switch bank accounts.


    Thoughts on the Interview

    Vlad Tenev’s commentary suggests a significant pivot in Robinhood’s brand identity. Originally seen as the disruptor that “gamified” trading, the company is now positioning itself as the mature “financial super app” for a generation that is aging into wealth.

    The most compelling insight is the focus on tokenization. Tenev correctly identifies that the “public market” is no longer the primary engine of wealth creation for early-stage innovative companies. If Robinhood can successfully navigate the regulatory hurdles to tokenize private equity (essentially breaking down the walls of the accredited investor requirements via technology), they wouldn’t just be a brokerage; they would fundamentally alter the structure of modern capitalism.

    Furthermore, the concept of “Vibe Trading” aligns with the broader tech trend of “agentic AI.” It moves the user value proposition from “we give you the tools to do it yourself” to “we have the intelligence to do it for you,” which may appeal to a broader demographic than active traders.