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MIT DCI releases “The Hidden Plumbing of Stablecoins":
The document explores the fragile intersection of finance and software within the U.S. dollar stablecoin market, specifically in the context of the GENIUS Act of 2025. It argues that while federal oversight has improved reserve asset quality, high-quality backing alone cannot guarantee price stability because of structural bottlenecks in the Treasury market that hinder rapid liquidation during financial stress.
Presentation by Google KML
The Hidden Plumbing of the Dollar: 5 Surprising Risks in the New Era of Stablecoins
1. Introduction: The Illusion of "Safe" Money
The prevailing wisdom in digital finance suggests that a stablecoin backed 1:1 by high-quality assets like U.S. Treasuries is inherently "safe." This is a dangerous oversimplification that ignores the reality of financial architecture. True stability depends not just on what assets are held on a balance sheet, but on the "plumbing"—the specific financial and technological pipes through which those assets must move to become cash.
The enactment of the GENIUS Act of 2025 was a historic milestone, establishing the first federal framework for the digital dollar. However, the Act implicitly treats stability as a balance-sheet problem, assuming that conservative reserves and transparency alone can prevent a collapse. In reality, the ability of a stablecoin to maintain its peg is subject to systemic frictions and market-intermediation bottlenecks that no piece of legislation has yet resolved.
2. Takeaway #1: Solvency is Not Liquidity (The Par-Value Paradox)
A common misconception in the post-GENIUS era is that a solvent issuer—one whose assets exceed its liabilities—can always honor redemptions at par. This "Par-Value Paradox" arises because holding billions in "safe" Treasuries does not guarantee the immediate availability of cash. To honor a redemption, an issuer must first convert those securities into bank deposits or central bank money, a process that adds layers of risk and delay.
In the "Hierarchy of Money," stablecoins sit lower than commercial bank deposits because their redemption requires market intermediation. While bank deposits move via FedNow for near-instant settlement, Treasuries typically require T+1 settlement, creating a dangerous temporal gap in a high-speed digital environment. This friction moves the stablecoin further away from the "singleness of money" that users have come to expect.
"Private bank deposits remain at par with currency because of the guaranteed option of conversion into central bank money. It is the existence of the option, not the frequency of its use, that keeps the system anchored." — MIT DCI (citing Goodhart, 1988).
Ultimately, the stability of a peg relies on the perceived functionality of the "option to convert." When users lose confidence that this plumbing can handle the volume, the actual insolvency of the issuer becomes secondary to the panic caused by the liquidity bottleneck.
3. Takeaway #2: The Treasury Market Bottleneck (The SLR Trap)
Stablecoin issuers rely on the U.S. Treasury and repo markets to manage their reserves, but these markets are intermediated by broker-dealers (GSIBs) facing strict regulatory constraints. The Supplementary Leverage Ratio (SLR)—requiring 3% capital plus a 2% GSIB add-on—is fundamentally procyclical. When markets are stressed, this ratio prevents dealers from expanding their balance sheets to intermediate the very trades needed to maintain stablecoin liquidity.
The fragility of this system was exposed during the March 2020 "dash for cash," where a net sell-off of less than $100 billion (specifically $94 billion) paralyzed the Treasury market. This occurred despite yield dislocations where SOFR jumped to 5.25% in 2019, with some intraday spikes nearing 10%. When broker-dealers reach their SLR limits, they cannot absorb more Treasuries, causing liquidity to evaporate and prices to dislocate regardless of the issuer's reserve quality.
This creates a dangerous "two-way channel" of systemic stress:
• A surge in stablecoin redemptions forces the mass sale of Treasuries, overwhelming the balance-sheet capacity of broker-dealers.
• Market friction or pricing delays in the Treasury market trigger a loss of confidence, which in turn accelerates the run.
• The Federal Reserve’s Standing Repo Facility (SRF) fails as a backstop because balance-sheet netting limitations and clearing restrictions prevent dealers from utilizing it without further hitting their SLR caps.
4. Takeaway #3: Code is a Systemic Risk (The Liveness Problem)
Stablecoins do not just exist on balance sheets; they run on decentralized software that introduces "liveness faults." A consensus attack or an outage on the underlying blockchain can freeze a stablecoin even if the reserves are 100% intact and audited. If the network cannot process transactions, the stablecoin is effectively dead as a medium of exchange, regardless of the quality of the T-bills in the vault.
As stablecoin volume scales, we face a structural "incentive gradient" that encourages attacks on the underlying infrastructure. A sophisticated adversary faces a currency mismatch: the cost of an attack (the slashed stake) is denominated in the native token (e.g., ETH), while the reward is in the massive volume of the stablecoin itself. As the value being transacted exceeds the cost of subverting consensus, the blockchain becomes an increasingly attractive target for high-stakes manipulation.
Technological single points of failure, specifically in smart-contract upgrades, remain a primary threat. In October 2025, a software error on the Ethereum blockchain saw $300 trillion in PYUSD minted and burned within a 23-minute window. Even this brief error caused secondary-market discounts, proving that the "speed of code" can break the "slow plumbing" of traditional finance in seconds.
"Operational impairment can quickly translate into financial impairment: reduced transferability undermines the stablecoin’s usefulness as a medium of exchange, and impaired redemption can widen secondary-market discounts and amplify run dynamics." — MIT DCI.
5. Takeaway #4: The Fragility of Silence (When Debt Becomes "Information Sensitive")
In a stable financial regime, money is "informationally insensitive," meaning users trust it without feeling the need to investigate the issuer’s balance sheet. However, a regime shift occurs the moment an asset becomes "information sensitive." History shows this shift happens at a hair-trigger; in 2008, the Reserve Primary Fund "broke the buck" by deviating from par by only 3%, causing an immediate collapse in investor confidence.
While blockchain transparency is often touted as a virtue, for a stablecoin, it can act as a run-accelerator. In traditional banking, the "opacity by design" of the balance sheet helps maintain informational insensitivity during minor stressors. In the stablecoin world, the transparent nature of the ledger allows all users to see the plumbing failing in real-time, synchronizing the panic and accelerating the collapse of the peg.
6. Takeaway #5: The Fed’s Great Dilemma (The Skinny Account Solution)
To solve these liquidity bottlenecks, policy strategists have proposed "Fed skinny accounts"—direct access to the Federal Reserve’s balance sheet for stablecoin issuers. This would allow issuers to hold central bank reserves directly, bypassing the fragile pipes of broker-dealers and the commercial banking system. While this would eliminate the T+1 settlement risk, it creates a massive macroeconomic trade-off.
If stablecoin issuers move their reserves into Fed accounts, it could lead to significant "disintermediation" of the private banking sector. As billions move out of commercial banks, the volume of reserves available for traditional lending would contract, potentially shrinking the overall economy. The Fed faces a central question: should it treat stablecoins as "money" deserving a public backstop, or as a private product that must survive the frictions of the market on its own?
7. Conclusion: Beyond the Balance Sheet
The GENIUS Act provided a necessary foundation, but it is a house built on aging pipes. We are currently operating in a modern iteration of "Wildcat Banking," where private digital dollars are attempting to circulate at par while relying on a legacy Treasury market that was never designed for the speed of a smart contract. The "singleness of money" depends on more than just asset quality; it depends on the integrity of the hidden plumbing.
As we move forward, we must ask: can we truly build a safe digital future on "slow" traditional market infrastructure? The next decade will determine if stablecoins will be integrated into the central bank's core or if they will remain a high-speed facade on a brittle, intermediated foundation. The safety of your digital dollar is only as strong as the pipes that deliver it.
According to research from the MIT Digital Currency Initiative.