Sleepless AI (AI) Plunge

BIS Warns AI Investment Boom Could Trigger Market Stress, Impacting Bitcoin First The Bank for International Settlements (BIS) warns that a potential bursting of the "AI bubble" could tighten liquidity and severely impact risk assets like Bitcoin in the near term. Major tech firms are projected to spend over $1 trillion on AI infrastructure in 2025-2026. The BIS cautions that if returns fail to meet expectations, a sudden withdrawal of financing could turn this investment boom into a prolonged bust, creating ripple effects across financial markets. While AI holds long-term economic promise, the current scale and speed of investment, coupled with intense competition and physical bottlenecks (e.g., semiconductors, power grids), mirror historical bubbles. The report highlights that the AI funding web—spanning corporate debt, private credit, and complex vendor agreements—makes systemic risks harder to see. A disappointment in AI adoption could transmit stress through this chain, widening credit spreads and pressuring weaker borrowers. For Bitcoin, the initial reaction to such a market shock would likely be defensive. As liquidity tightens, investors typically sell liquid assets first, and Bitcoin often trades in line with other risk assets during portfolio de-risking. Recent correlations, like Bitcoin's drop following a sharp decline in South Korea's stock market, support this view. However, the longer-term outcome for Bitcoin depends on the policy response. If an AI-driven credit crunch forces central banks to inject liquidity and ease policy eventually, it could reignite Bitcoin's narrative as a hedge against monetary debasement. Yet, traders betting on this outcome may first have to endure significant market volatility and potential price declines.

"In the era of AI reshaping software development, Anthropic's Claude Code team lead, Boris Cherny, proposes a future where traditional job titles dissolve. He identifies five fluid, behavior-based roles emerging in effective, AI-augmented teams: The Prototyper (generates disruptive ideas), The Builder (scales prototypes to production), The Sweeper (streamlines and refactors to combat bloat), The Growth (iterates on launched products for market fit), and The Maintainer (ensures long-term security and reliability). Crucially, these are not fixed positions. Individuals may span multiple roles depending on the project and its lifecycle stage. A designer might be a Prototyper and Sweeper; an engineer could be a Builder and Maintainer. Team composition should shift with product maturity: early-stage products need Prototypers, Builders, and Sweepers, while scaling products require more Builders, Growth roles, and Maintainers. The discussion highlights that role fluidity is key, as professionals often switch roles across different projects or as a single project evolves. While AI tools like Claude increasingly assist with tasks like building and sweeping, human adaptability and focus on goals over rigid job boundaries are seen as essential for future teams."

Autheo has launched its Mainnet, introducing a decentralized operating system designed as a coordination layer to enable interoperability between the traditional Web, blockchain networks, and AI agents as a single system. Founded in 2021, the platform combines a sovereign Cosmos-based Layer 0, a native EVM-compatible Layer 1, and PQCNet—a quantum-resistant identity and communications framework built on NIST-standardized post-quantum cryptography. Its native identity is built on W3C-compliant Decentralized Identifiers (DIDs). Following a public testnet that saw significant adoption (over 1.8 million wallets and 960,000 smart contracts), Mainnet is now live. Developers can deploy Solidity contracts natively and access native IBC interoperability. The network aims to provide a shared substrate for identity, messaging, compute, and execution, allowing applications and autonomous agents to interact without relying on fragmented, brittle integrations. The project is backed by an experienced team and partners, with a focus on expanding Web2, Web3, and AI ecosystem partnerships.

Author: Sevclub, Seven Research Amid Bitcoin's recent drop below $60k, the author reflects on a growing sense that AI and Bitcoin are two sides of the same coin. Today, encountering any content triggers a new default question: "Was this made by AI?" The cost of generating convincing text, images, and video is now negligible. While the internet lowered information *distribution* costs, AI is crashing information *production* costs to near zero. The consequence is a flood of content where truth and falsehood are increasingly indistinguishable. In this environment, what becomes truly valuable is not more information, but the ability to verify what is real—"verifiability." This reframes the common criticism that Bitcoin "wastes electricity." AI consumes power to produce "capability" (e.g., more powerful models). Bitcoin consumes power to produce something else: "verifiability." Bitcoin's core purpose isn't about belief or trust in any institution, developer, or even its creator. It's about enabling independent verification. Every bitcoin's origin, every transaction, and the integrity of the entire ledger are secured by mathematics, cryptography, and a global network of nodes. AI can fabricate convincing media, but it cannot falsify a transaction on the Bitcoin network. The expended energy makes篡改历史 (tampering with history) prohibitively expensive, purchasing a globally verifiable ledger. The author draws a historical parallel to the Renaissance. The printing press drastically reduced the cost of copying knowledge, while double-entry bookkeeping reduced the cost of trust in commerce—one enabled creation, the other verification. Today, AI is the new printing press, driving content production costs toward zero. The question becomes: what is this era's "double-entry bookkeeping"? Blockchain appears to be the leading candidate. It doesn't verify which news is true or which image is real, but it provides a foundational layer for independently verifying asset ownership and historical records in the digital realm without centralized authorities. Therefore, AI and blockchain are not in competition. AI lowers the cost of *generation*. Blockchain (and Bitcoin as a prime example) lowers the cost of *verification*. One creates, the other proves. Whether Bitcoin ultimately succeeds remains uncertain, facing potential challenges from quantum computing, regulation, and technical evolution. However, the author now sees it less as a "machine for making bitcoin" and more as a "machine for making verifiability." In an age where AI can generate anything, true scarcity may no longer be "more content," but "more independently verifiable facts." Whether the market will price this accordingly is a separate question.

As Bitcoin falls below $60,000, the author reflects on the relationship between AI and Bitcoin, seeing them as two sides of the same coin. In the AI era, the cost of generating content has plummeted, making fake text, images, and videos increasingly easy and cheap to produce. This has led to a fundamental shift: while AI dramatically lowers the cost of information production, it also undermines trust and authenticity online. What becomes truly valuable is not more content, but the ability to verify what is real—"verifiability." This perspective offers a new lens for Bitcoin. Its massive energy consumption, often criticized as wasteful, is reinterpreted. While AI burns energy to enhance "capability" and efficiency, Bitcoin burns energy to produce "verifiability." Its purpose is not to be trusted but to enable a system where no trust in intermediaries—banks, platforms, or developers—is needed. Every transaction and the entire ledger's history is secured by cryptography and a decentralized network of nodes, making it independently verifiable. AI cannot forge a transaction on the Bitcoin network because the system is designed for proof, not generation. The author draws a historical parallel to the Renaissance: the printing press drastically reduced the cost of copying knowledge, while double-entry bookkeeping reduced the cost of trust in commerce. Today, AI is the new printing press, reducing content creation costs to near zero. Blockchain, and Bitcoin as its pioneer, may be the modern equivalent of double-entry bookkeeping—a foundational technology for verifying digital asset ownership and historical records without centralized authorities. Thus, AI and blockchain are not competitors. AI lowers the cost of creation; blockchain lowers the cost of verification. In an age where AI can generate anything, true scarcity may lie not in more content, but in independently verifiable facts. Whether the market will reprice Bitcoin accordingly remains uncertain, but its core value proposition as a "machine for producing verifiability" becomes strikingly relevant.