Epicenter
Long-running crypto podcast covering protocols, infrastructure, and Web3 founders.
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Epicenter is indexed in ABAB Crypto Map under Crypto Podcasts. This page keeps the official site, category, tags, and related ABAB coverage together as a searchable crypto project profile. Official domain: epicenter.tv.
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In-Depth Research on OpenZeppelin and Its Founders
OpenZeppelin is no longer just a “smart contract library” company. Its official positioning today is “the security standard for onchain finance.” The company says it helps financial institutions, DeFi protocols, and blockchain platforms build and secure mission-critical onchain systems. Its legal entity is Zeppelin Group Ltd, incorporated in England and Wales. Public company pages show a remote-first organization with 140+ team members, operations across 40+ countries, and 200+ active customers. In practical terms, this means OpenZeppelin now operates as a layered infrastructure company spanning open-source standards, audits, operational tooling, research, and regulatory engagement. The word “founder” requires clarification here because public narratives are not perfectly aligned. OpenZeppelin’s official management page clearly identifies Demian Brener as Founder & CEO, and UK Companies House filings show that he is the active director of Zeppelin Group Ltd and currently holds more than 50% but less than 75% of shares, together with 75% or more of voting rights. At the same time, external company databases and Manuel Aráoz’s personal website treat Manuel as a co-founder, while Esteban Ordano’s own website says that he “co-founded a company that eventually became OpenZeppelin.” The most careful conclusion, therefore, is this: Demian Brener is the strongest confirmed control founder today; Manuel Aráoz is a highly confirmed early co-founder and core technical co-creator; Esteban Ordano clearly co-created the predecessor company, but whether he should be counted as a formal co-founder of OpenZeppelin itself is publicly inconsistent. That distinction matters because OpenZeppelin’s main achievement is not one breakout app. Its real output is a composite system of standards, tools, audit practices, and institutional trust. The company history page states that it was founded in 2015, that OpenZeppelin Contracts became the “gold-standard” library in 2016, and that it helped pioneer smart contract security audits as an industry practice. Today, this position extends into stablecoins, tokenized funds, banks, and payment networks. In other words, OpenZeppelin’s influence comes from defining how onchain software should be written, audited, upgraded, and monitored. Demian Brener’s background is only partially public, but the key points are reasonably clear. Companies House records list him as born in June 1990, Argentinian by nationality, and resident in Uruguay. Information about his parents, family wealth, or class background is publicly limited. What is confirmed is his engineering education: IRSA’s SEC filing says he studied industrial engineering at ITBA in Argentina and Lund University in Sweden, and public biographies place him within Endeavor’s entrepreneurial network and the Voltaire/Sandbox communities. This suggests that he did not emerge purely from the fringe hacker edge of crypto, but rather from an intersection of engineering, venture-building, and startup networks in Latin America. Demian’s education and later network matter because they help explain OpenZeppelin’s character. He had access to elite technical training, later moved through venture and company-governance circles, and joined the board structure of IRSA while still relatively young. This matters because OpenZeppelin did not remain “just an open-source project.” It evolved into a standards company, a product company, and an institutional security partner. That transformation is easier to understand when one sees Demian as someone shaped by engineering, entrepreneurship, and governance at the same time. Manuel Aráoz’s public trajectory is clearer. His personal website says he was born in Buenos Aires and is now based in Uruguay; Companies House records list his birth date as April 1989. Public information about his parents and family assets is limited. On education, his site and related bios state that he studied Computer Science and Engineering at ITBA. Rest of World adds that after graduating from ITBA he joined BitPay as one of its early employees. Compared with Demian’s “engineering plus venture” path, Manuel’s early formation looks more like “distributed systems, cryptography, and early Bitcoin experimentation.” One of Manuel’s most consequential early moves was Proof of Existence. Business Insider described it in 2014 as a service that lets users hash a file and anchor proof of its existence on the blockchain without revealing the document’s contents. It was widely framed as one of the earliest non-financial blockchain applications. That point is important because it shows that Manuel entered crypto through infrastructure and verification problems, not first through trading or speculation. Later, OpenZeppelin’s work on security standards and contract infrastructure can be read as an extension of the same worldview: blockchains as trusted computational infrastructure, not only as speculative assets. Esteban Ordano’s birth year, birthplace, and family background are publicly limited. But his personal site gives a very strong picture of how he grew up intellectually: he competed in math, chemistry, and computer science olympiads, studied software engineering at ITBA, interned at Google for two summers, joined BitPay, and worked on the open-source Bitcore library. That is a very specific kind of background—competition-driven technical formation, big-tech engineering exposure, and deep open-source participation. Compared with Demian, Esteban reads more like a pure systems builder; compared with Manuel, he appears more focused on engineering craft and implementation depth. Taken together, OpenZeppelin seems to have emerged from the combination of three different strengths: Demian’s ability to organize industry, capital, and commercial structure; Manuel’s ability to frame crypto as a new systems layer; and Esteban’s ability to engineer reusable and scalable infrastructure. That also explains why public narratives around the company’s founding are somewhat blurry. From the beginning, this was less a neat one-founder startup story and more a crypto-native co-creation formed within the Argentine engineering and Bitcoin ecosystem. Before founding OpenZeppelin, Demian Brener did not come directly out of the crypto underground. SEC filings state that he worked at Quasar Ventures and also at Despegar, one of Latin America’s leading online travel companies. This matters because OpenZeppelin later became much more than an open-source project: it became productized, service-oriented, and institution-facing. Demian’s early experience in venture-building and internet companies helps explain how that happened. Manuel’s first truly representative professional experience was BitPay. After graduating from ITBA, he joined the company in its early years and became closely tied to Voltaire House, which later became a famous hub in the Argentine crypto scene. Rest of World and related reporting describe that physical space as an incubator for several important crypto projects. So Manuel did not enter the field through finance in the traditional sense; he entered through early Bitcoin infrastructure, open-source development, and real-world crypto communities. Manuel’s move from Proof of Existence to OpenZeppelin was not really a change of field. It was a scaling-up of the same problem. He first worked on proving what blockchains could do outside finance; later, with OpenZeppelin, he worked on how smart contracts could be made safe enough for real economic use. Epicenter’s summary of his story makes this continuity explicit, and the 2016 DAO hack then made the need for security impossible to ignore. OpenZeppelin’s direction was not arbitrary; it was the direct answer to a structural failure in Ethereum’s early application layer. Esteban’s route was even more technical: olympiads, ITBA, Google internships, BitPay, Bitcore, and then the startup effort that eventually became OpenZeppelin. His trajectory is unusual because it combines algorithmic training, production engineering, and crypto-native open-source infrastructure. That helps explain why he later contributed not only to OpenZeppelin-related work but also to Decentraland. Publicly, his career reads less like a company-centered path and more like a persistent interest in infrastructure problems: ownership, verification, privacy, reproducibility, and user-respecting tools. Around 2016, the founders’ trajectories merged into a true core domain. OpenZeppelin’s own early writing said that more than $60 million had been lost to blockchain project hacks in the preceding six months, while usable security standards and tooling barely existed. The company’s response was to publish an open-source framework of secure, tested, audited code and openly say that it intended to make money through services and security audits built around that framework. That is a crucial business insight: OpenZeppelin was never “just a free code library.” It was a standards engine designed to create demand for higher-order services. The company’s single most important asset is OpenZeppelin Contracts. The docs define it as a modular, reusable, secure smart contract library for Ethereum, while the GitHub repository emphasizes ERC standards, access control, and reusable components. The company’s impact pages go further and describe it as one of the most adopted smart contract frameworks in the world. What matters strategically is not that it provides templates, but that it became the shared implementation language for large parts of DeFi, NFTs, governance, stablecoins, and tokenized assets. Whoever defines the common implementation language holds structural influence. The second major asset is the upgradeability and operations stack. In 2017, the team introduced zeppelinOS, aimed at smart contract upgradeability, deployment, testing, debugging, and monitoring. That line later evolved into Upgrades Plugins, Relayer, Monitor, and the broader Defender stack. OpenZeppelin no longer just helps teams “write a contract correctly”; it helps them deploy correct proxy structures, manage rights, and secure production operations. That transformed the company from a code library maker into an onchain DevSecOps layer. A third major asset is beginner on-ramping and developer education. Ethernaut launched in 2017 as a game-like security training experience; Contracts Wizard launched in 2021 to interactively generate ERC20 and ERC721 contracts; today the ecosystem also includes Contracts MCP, Contracts Skills, Community Contracts, the documentation hub, and the forum. These assets are strategically powerful because they make OpenZeppelin not only a deep-security brand but also one of the first interfaces a new developer encounters. That kind of default entry-point position compounds over time. A fourth major asset is its security audit and recurring security business. The audits page says OpenZeppelin has conducted 900+ audits since 2017 across Solidity, Rust, Go, Cairo, and other languages. The Continuous Security Program launched in 2026 pushes that further by turning a one-time audit into lifecycle coverage that spans architecture, development, deployment, and operations, partly encoded into the AI Auditor product. Commercially, that matters because it moves OpenZeppelin away from purely project-based consulting and toward high-retention institutional security relationships. A fifth asset is ecosystem expansion beyond Solidity and beyond the EVM. Recent official materials show OpenZeppelin extending into Starknet/Cairo, Stellar, Sui, and Canton/Daml. In 2025, Stellar Development Foundation announced a long-term collaboration with OpenZeppelin. OpenZeppelin also announced a partnership with Sui to support secure development in Move, and in 2026 described tools it had built for Daml smart contract correctness and safety on Canton. This suggests a clear strategic ambition: to become a cross-ecosystem security and programming-standard layer for onchain finance, not merely an Ethereum Solidity brand. It is important to distinguish hard assets from influence assets. Hard assets include the brand, the code libraries, the service engine, the customer base, the organizational system, and the talent base. Influence assets include educational infrastructure, standards-setting credibility, regulatory voice, and incubated projects such as Forta. Forta explicitly describes itself as incubated by OpenZeppelin and later backed by a16z, Blockchain Capital, Coinbase Ventures, and others. On currently available public information, Forta is best understood as an OpenZeppelin spinout and influence extension rather than a clearly still-controlled core operating asset. The broader OpenZeppelin system can therefore be understood as including Contracts, Upgrades Plugins, Contracts Wizard, Community Contracts, Ethernaut, the Forum, Relayer, Monitor, Role Manager, Safe Utils, UI Builder, AI Auditor / Continuous Security Program, the historical zeppelinOS line, and the incubated Forta project. If one asks which of these is most valuable, the answer is not necessarily a single SaaS product. The most valuable layer is the combination of standard implementation patterns and trusted upgrade/security methodology that the industry now treats as default infrastructure. Commercially, OpenZeppelin’s business model has gone through at least four phases. First came the 2016 model of open-source standards plus audits and services. Second came the 2017–2019 period of platformization under Zeppelin Solutions, where the company bundled OpenZeppelin, security audits, escrow/key management, token-sale tooling, and zeppelinOS. Third came the 2020–2024 productization phase, in which Defender, Wizard, Upgrades, and monitoring tools turned consulting expertise into software. Fourth came the 2025–2026 institutionalization phase, where AI Auditor and the Continuous Security Program made the offering more recurring, more enterprise-friendly, and more suitable for banks, asset managers, and payment infrastructure. Capital structure is less transparent than the product history. The cautious public conclusion is that OpenZeppelin has outside investors, but that detailed official disclosure on rounds, amounts, and the full cap table is limited. Northzone explicitly says partner Wendy Xiao led the firm’s investment in OpenZeppelin. Third-party databases such as PitchBook and Tracxn also list names such as BoxGroup, IDEO CoLab Ventures, Intersection Growth Partners, New Alchemy, and Northzone among its investors. Because these latter sources are aggregators rather than the company’s own filings, this part of the picture should be treated with some caution. More important than venture funding, however, is OpenZeppelin’s strategic network. Its long-term relationships include Uniswap, Compound, Aave, Matter Labs/ZKsync, DTCC, Fidelity Digital Assets, WisdomTree, Stellar Development Foundation, Digital Asset/Canton, and ADI Foundation. Public materials show that it serves both high-complexity DeFi protocol environments and institutional finance contexts such as tokenized funds, bank-grade blockchains, and payment infrastructure. This means OpenZeppelin’s most consequential “capital relations” are not really about financial investors, but about being embedded in the production systems of onchain finance. Governance filings also reveal an important founder-layer transition. UK Companies House records show that Manuel Aráoz was appointed as a director of Zeppelin Group Ltd in 2018 and at one point held between 25% and 50% of shares and voting rights, but both his directorship and significant control status ceased in January 2020. Today, the only active person with significant control listed is Demian Brener, with dominant voting power. That implies that OpenZeppelin underwent a real founder-control reconfiguration around 2019–2020: it moved from a multi-builder formation into a structure where Demian became the main control anchor and outward representative. A compressed timeline looks like this. In 2015, OpenZeppelin was founded. In 2016, Contracts emerged as the core framework just as the DAO hack made smart contract security urgent. In 2017, Zeppelin Solutions formed as the broader company identity, while audits, key management, Ethernaut, and the zeppelinOS direction were developed. In 2018, zeppelinOS launched and upgradeability became central to the company’s technical narrative. In 2019, the company unified its brand and changed the company name from Zeppelin Solutions to OpenZeppelin. In 2020, Defender launched and automated operations became productized. In 2021, Contracts Wizard went live and Forta emerged from incubation. In 2023, Defender 2.0 and Contracts 5.0 deepened product maturity and pushed AI-assisted security into the narrative. By 2024–2026, the company had clearly shifted upward toward privacy, ZK, AI-enabled continuous security, institutional finance, and bank/payment-network infrastructure. Public materials do not show OpenZeppelin being controlled by a foundation or media group. A more accurate description is that it relies on a combined network of engineering reputation, protocol clients, institutional clients, standards bodies, and a modest venture-investor layer. Its participation in EthTrust, SEAL911, the Blockchain Security Standards Council, and its formal written recommendations to the SEC Crypto Task Force show that it has crossed from “team that ships products” into “actor invited into rule-shaping conversations.” In terms of results, OpenZeppelin has already crossed the threshold from “respected crypto company” into “foundational industry node.” Official materials state that 9 of the top 10 stablecoins by market cap and 10 of the top 10 tokenized money market funds by market cap are built on OpenZeppelin Contracts; that over $35 trillion in value transferred onchain is tied to its contracts ecosystem; that it has conducted 900+ audits, identified more than 10,000 vulnerabilities, and secured over $250 billion in value; and that 64% of active wallets interacted with OpenZeppelin Contracts according to its own impact data. At that scale, OpenZeppelin is no longer a niche tool provider—it is part of the invisible substrate of onchain finance. Why is it remembered? Not because it launched a token, and not because it built a consumer blockbuster. It is remembered because it industrialized the hardest layer of smart contract systems: security, permissions, upgradeability, standards implementations, and operational correctness. Many famous protocols look like independent products on the surface, but underneath they rely on OpenZeppelin’s ERC implementations, access-control models, proxy systems, audit methods, and monitoring logic. It changed not one specific vertical, but the base production method of the onchain application economy. On the founder side, Demian Brener’s real-world position today is very clear: he remains Founder & CEO and is the company’s main public and institutional representative. Manuel Aráoz has shifted toward investing, writing, and broader intellectual commentary; his personal site describes him as engineer, founder, investor, and writer, and says he is currently investing at BUZHI. Esteban Ordano has shifted toward self-hosted AI, reproducible systems, privacy, and respectful tooling. In other words, the co-creative strands that helped build OpenZeppelin later separated into company control and institutionalization, independent thinking and investing, and deeply technical infrastructure experimentation. Public controversy around OpenZeppelin is not centered on scandal in the traditional sense. It is centered on three deeper tensions. First, the founding narrative itself is inconsistent across official pages, public filings, personal sites, and databases. Second, the company’s promotion of upgradeable contracts and proxy patterns has long sat at the heart of a philosophical tradeoff in crypto: upgradeability provides flexibility and bug-fixing capacity, but also introduces admin rights, governance concentration, and additional attack surface. Third, there is the basic question of whether audits can ever really guarantee safety. OpenZeppelin’s own materials say that using OpenZeppelin Contracts is not a substitute for a security audit, and the EthTrust standard explicitly says there is no such thing as perfect security. The most visible 2026 controversy came from Manuel Aráoz. CoinDesk, The Block, and Unchained reported that he publicly said he now considers “all of DeFi” unsafe, arguing that AI coding agents have sharply increased the attacker advantage in vulnerability discovery. This mattered because the statement came from a former OpenZeppelin CTO and founder-level figure, so the market naturally treated it as a warning from deep inside the security establishment. At the same time, OpenZeppelin publicly emphasized that Manuel left the company in 2019 and that his views do not represent the company’s position. The significance of this episode is not only the headline, but the split it reveals: at least one major builder from OpenZeppelin’s founding layer has moved to a more pessimistic conclusion than the company’s official stance. In terms of present-day influence, OpenZeppelin occupies an unusually powerful position. It is simultaneously an open-source maintainer, a paid security services company, a DeFi partner, a bank-facing security provider, a standards participant, and a regulatory interlocutor. The 2025 SEC submission shows the company offering formal policy recommendations on independent security audit reporting. Its participation in EthTrust and the Blockchain Security Standards Council shows that it is not merely being cited by the industry; it is increasingly part of how the industry tries to define rules for itself. The most accurate one-sentence conclusion is probably this: OpenZeppelin is not just another Web3 security company, but a standards-setting infrastructure company for software engineering and security in onchain finance. Demian Brener’s core contribution was to make this system durable enough to become a company institutions can buy from and standards bodies can listen to. Manuel Aráoz’s contribution was to inject the company with deep crypto-native systems thinking from the earliest days. Esteban Ordano’s contribution was to ground that thinking in reusable, scalable engineering practice. OpenZeppelin’s greatest success is not merely revenue. It is that countless onchain projects now do things “the OpenZeppelin way” by default—and that default status is its deepest form of power.
Magnitude 7.1 Earthquake Hits Kumamoto Prefecture, Power Outage Affects About 48,000 Households, Shinkansen Suspended
...mamoto Prefecture, with a maximum intensity of 7. The epicenter was near Uto City at a depth of about 10 kilometers, triggering tsunami warnings for the Ariake Sea and Yatsushiro Sea, with some buildings collapsing...
200 Years of American Financial Crises: The Truth Behind Every Collapse
Scope first. There is no single official, universally accepted list of “all U.S. financial crises.” Historians and policymakers distinguish among stock-market crashes, banking panics, payments disruptions, external-debt shocks, shadow-banking crises, and broad macroeconomic recessions. If we focus on episodes that seriously threatened the financial system and the transmission of credit, the main U.S. sequence includes 1792, 1819, 1837, 1857, 1873, 1884, 1890, 1893, 1907, 1929–1933, the Latin American debt shock and Continental Illinois episode of the 1980s, the savings-and-loan crisis, 1987, 1998, 2007–2009, 2020, and 2023. In addition, there were important regional or partial panics in 1896, 1903, 1905, and 1908. Definitions differ, but the broad map is stable. The long arc is clear. Early U.S. crises centered on specie constraints, inelastic currency, and speculation in land and government debt. In the late nineteenth century, crises increasingly revolved around railroads, clearinghouses, and confidence in the gold standard. In the twentieth century, the center of gravity moved to securities markets, deposit insurance, the Federal Reserve, and the modern regulatory state. In the twenty-first century, fragility increasingly appeared in shadow banking, securitization, money market funds, repo, and uninsured deposits. The packaging changed, but the core kept repeating: leverage, maturity mismatch, and regulation lagging financial innovation. Every major crisis left a new institutional layer behind. The 1790s and 1810s left the earliest American understanding of a national bank and lender-of-last-resort behavior. 1907 led to the Federal Reserve. 1933 rebuilt banking through deposit insurance, emergency authority, and a redesigned bank structure. The 1980s exposed the costs of forbearance and “too big to fail.” After 2008 came Dodd-Frank, stress tests, living wills, and a more explicit macroprudential framework. After 2023, the focus swung back to interest-rate risk, uninsured deposits, supervisory tailoring, and the speed of digital bank runs. U.S. financial history is, in large part, the history of crisis-driven institutional evolution. Before the Fed, the key episodes formed a chain. The Panic of 1792 was one of the earliest major U.S. securities and credit disturbances. Alexander Hamilton stood at the center as both architect of the new federal financial system and one of America’s earliest crisis managers, while William Duer became a symbol of speculative excess. The opening of the First Bank of the United States in 1791 accelerated market activity, and the disturbance of 1792 is often treated as a prototype for American crisis stabilization and even for later organized Wall Street market discipline. The Panic of 1819 was the first truly nationwide and durable U.S. financial crisis. It followed the post-War of 1812 boom and combined land speculation, state-bank paper expansion, international commodity declines, and the Second Bank of the United States’ abrupt credit contraction. Key figures included James Madison, Treasury Secretary Alexander Dallas, early Second Bank president William Jones, and the hard-tightening reformer Langdon Cheves. Later anti-bank politics in the Jacksonian era drew heavily on the trauma of 1819. The Panic of 1837 was one of the great nineteenth-century U.S. systemic crises. Its causes ran through Andrew Jackson’s war on the Second Bank, the transfer of federal deposits to state “pet banks,” the 1836 Specie Circular, and tighter international conditions, including weakness in cotton and British restraint. The key names were Jackson, Martin Van Buren, Nicholas Biddle, and Levi Woodbury. NBER research adds an institutional twist: federal balance transfers and rising western demand for coin drained New York banks’ specie reserves and made panic highly likely. The Panic of 1857 marked the railroad-finance era. Railroad bonds, western land values, and illiquid bank balance sheets formed the core vulnerability. NBER work also shows that the run dynamics were not initially driven by the general public; better-informed businessmen and more sophisticated depositors moved first, and broader contagion followed. That matters because it shows that panic can be both informational and emotional, not purely irrational. The Gilded Age sequence—1873, 1884, 1890, 1893—deepened the pattern. In 1873, railroad overinvestment and European retrenchment helped push Jay Cooke & Co. into failure; the New York Stock Exchange closed for ten days, and at least one hundred banks failed nationally. The 1893 panic was especially severe: Treasury gold reserves fell from about $190 million in 1890 to around $100 million, confidence in gold convertibility weakened, and nationwide bank runs followed. Industrial production dropped sharply and unemployment reached extremely high levels. In this era, the New York Clearing House increasingly acted like a proto-central bank. The Panic of 1907 was the pre-Fed turning point. It began with the failed United Copper corner associated with F. Augustus Heinze and Charles Morse, then spread through trust companies—institutions that, in structural terms, resembled later shadow banks. J.P. Morgan coordinated private rescues, but the larger lesson was political: the United States could not permanently rely on one private banker to play the role of the nation’s emergency backstop. Federal Reserve historians explicitly draw a line from 1907 trust companies to 2007–2009 shadow banking. The Great Depression period rebuilt modern finance. The 1929 crash was the opening act, not the whole story. The stock boom of the 1920s, margin finance, and high public optimism ended in collapse; the Fed itself was divided over how to respond to speculation, with the Board leaning toward direct controls and the New York Fed favoring rate increases. That policy split mattered because tightening under the gold standard transmitted stress internationally. The real catastrophe came in 1930–1933. What might have been a severe recession became a deep depression when bank panics spread through the system. After Britain left the gold standard in 1931, fears about the dollar intensified both external gold drains and internal deposit withdrawals. The Fed tightened to defend gold reserves, worsening contraction and bank fragility. Key figures included George L. Harrison of the New York Fed and Eugene Meyer. 1933 changed the regime. Roosevelt declared a national bank holiday, Congress passed the Emergency Banking Act, the RFC expanded public emergency finance, and Section 13(3) had already created a legal basis for Federal Reserve lending in “unusual and exigent circumstances.” Those Depression-era tools would later reappear in 2008 and 2020. Glass-Steagall and the FDIC then institutionalized the effort to stop ordinary depositors from running. After that, instability increasingly migrated to the edges of finance rather than the insured banking core. Postwar fragility shifted rather than disappeared. By the 1960s and 1970s, regulated deposit ceilings such as Regulation Q became increasingly misaligned with market rates. That helped push financial activity outside the older regulatory perimeter and laid groundwork for later money market fund growth, thrift stress, and shadow-banking dependence. The Latin American debt crisis of the 1980s was geographically external but systemically American. By 1982, the nine largest U.S. money-center banks held Latin American claims equal to 176 percent of capital, and total less-developed-country debt exposure was nearly 290 percent of capital. The key figures included Arthur Burns, Paul Volcker, and Mexico’s Jesús Silva Herzog, whose announcement of Mexico’s inability to service debt was a pivotal shock. Continental Illinois in 1984 put “too big to fail” into the national vocabulary. The bank had expanded aggressively in energy lending and wholesale funding. Regulators decided its failure would cause broader harm, and the episode triggered a lasting political argument about whether the largest institutions receive implicit public subsidy. C. T. Conover and Congressman Stewart McKinney became central names in that debate. The savings-and-loan crisis was the great domestic breakdown of the 1980s. Thrifts funded long-term fixed-rate mortgages with short-term deposits. When rates surged, funding costs rose but asset returns remained fixed, destroying net worth. The most damaging policy failure was regulatory forbearance: insolvent institutions were allowed to keep operating and taking larger risks. Texas became the epicenter. Ultimately the RTC closed 747 thrifts with more than $407 billion in assets, and taxpayer costs were estimated as high as $124 billion. Black Monday in 1987 was the first truly modern global market shock. The Dow fell 22.6 percent in a single day. Portfolio insurance, structural market flaws, and globally synchronized selling all mattered. Alan Greenspan’s rapid liquidity commitment helped prevent a stock-market crash from becoming a banking panic or deep recession. The institutional legacy included circuit breakers and a stronger expectation that the Fed would supply liquidity in a market-wide emergency. LTCM in 1998 shifted the spotlight from bank balance sheets to leveraged funds, derivatives, and counterparty networks. John Meriwether’s hedge fund used enormous leverage to extract tiny spreads, and after Russia’s 1998 default those spreads moved violently the wrong way. Fourteen banks and broker-dealers injected $3.6 billion in a private recapitalization coordinated by the Fed, which itself did not put public funds at risk. The lesson was that systemic risk no longer required a classic depositor run; it could emerge from a leveraged, collateralized, interconnected market structure. The 2007–2009 crisis was the worst U.S. financial crisis since the 1930s. It began with expanded mortgage credit to riskier borrowers, securitization through private-label mortgage-backed securities, and a widespread underestimation of correlated housing risk. When house prices peaked and refinancing channels closed, losses moved through the system. New Century failed in April 2007; confidence in mortgage-linked products eroded rapidly. Bernanke, Geithner, and Paulson were the central public crisis managers. The most dramatic 2008 week was a chain of sharply different outcomes. Bear Stearns was rescued into JPMorgan with Fed assistance and Maiden Lane support. Lehman Brothers failed on September 15. AIG, overwhelmed by collateral calls tied to credit default swaps, received Fed support the next day, and Treasury obtained a 79.9 percent equity interest. Money market fund stress followed Lehman, pushing Treasury to guarantee money funds temporarily and the Fed to create additional liquidity facilities. That sequence permanently changed how Americans understood systemic institutions. The macroeconomic fallout was enormous. The Great Recession lasted from December 2007 to June 2009, the longest U.S. recession since World War II. Real GDP fell 4.3 percent peak to trough, unemployment peaked at 10 percent, home prices fell about 30 percent, the S&P 500 dropped 57 percent, and household and nonprofit net worth fell from about $69 trillion to $55 trillion. Policy response after 2008 permanently expanded the Fed’s role. The Fed cut rates to zero, introduced facilities such as the TAF—which at its peak had $493 billion outstanding—and then entered the QE era. The first QE-related programs involved roughly $1.75 trillion of longer-term asset purchases. TARP, meanwhile, was originally authorized at $700 billion and later reduced to $475 billion; by September 30, 2023, cumulative disbursements were $443.5 billion and the net cost was reported at about $31.1 billion. That accounting cost, however, did not capture the far larger social cost of lost jobs, foreclosures, and destroyed wealth. Dodd-Frank was the main institutional rewrite after 2008. It targeted prudential supervision, consumer protection, and the problem of unwinding large failing firms without repeating ad hoc bailouts. It created the Orderly Liquidation Authority, reinforced living wills, established the CFPB, and limited the Fed’s ability to tailor emergency lending to a single institution the way it had in 2008. The 2020 COVID shock showed that even with stronger banks, the wider financial system remained vulnerable. New York Fed research described March 2020 as a global dash for cash, with sovereign bond market functioning deteriorating most sharply in the U.S. Treasury market. The Fed’s own Financial Stability Report noted that runnable money-like liabilities reached $17.3 trillion in 2020:Q2, up 17.1 percent over the prior year, and that nonbank vulnerabilities forced emergency facilities to restore short-term funding and corporate bond markets. The reactivation of tools such as the CPFF and PDCF demonstrated that shadow-banking fragility had not disappeared after 2008; it had merely changed form. The 2023 regional bank crisis returned attention to interest-rate risk and deposit structure. Silicon Valley Bank failed not because of subprime mortgages but because of concentration in technology clients, a high share of uninsured deposits, heavy exposure to long-duration securities, large unrealized losses after rate hikes, and poor management communication. The Federal Reserve’s inspector general reported that SVB faced a $40 billion run in one day, with another $100 billion of requested withdrawals it could not meet. Barr’s review added that supervisors failed to appreciate the vulnerabilities fully and failed to force timely remediation, while supervisory tailoring had reduced effectiveness. The official response on March 12, 2023 was decisive. Treasury, the Fed, and the FDIC announced that all SVB and Signature Bank depositors would be protected in full; losses would not be borne by taxpayers but recovered through a special assessment on banks. The Fed also created the Bank Term Funding Program, which allowed banks to borrow for up to one year against Treasuries, agency debt, and agency mortgage-backed securities valued at par. That temporarily turned underwater but high-quality securities back into near-cash and reduced the need for panic sales. First Republic then failed under the pressure of confidence loss, uninsured-deposit dependence, and interest-rate vulnerability, before being sold to JPMorgan. The deepest recurring lesson is that U.S. crises repeatedly emerge in liabilities that function like money but lack a complete public backstop. In earlier eras that meant government debt and bank credit, then state-bank notes, then trust-company liabilities, then repo and money funds, then uninsured deposits. The asset side changes; the run-prone quasi-money side is what keeps returning. The major recurring controversies also stay the same. Is the central bank a stabilizer or a source of moral hazard? Is the main failure too little regulation or regulation that is too slow and too timid? Is “too big to fail” politically unavoidable in a heavily interconnected system? And has the United States truly made finance safer, or merely moved fragility from bank balance sheets to the system’s perimeter? From Continental Illinois to AIG, from money funds in 2008 to nonbanks in 2020 and uninsured deposits in 2023, those questions have never really gone away.
Japan Meteorological Agency: 7.4 Magnitude Earthquake Triggers 80 cm Tsunami on Northern Coast, Larger Waves May Follow
... heights expected to reach up to 3 meters. The earthquake's epicenter was located offshore in northern Iwate Prefecture, at a depth of approximately 10 kilometers, with tremors felt as far as Tokyo. Authorities have warn...