Tokenized Deposits Could Raise US Lending Costs: Dallas Fed Economists

cryptonews.ruPubblicato 2026-08-27Pubblicato ultima volta 2026-08-27

Introduzione

Tokenized deposits could increase U.S. lending costs and make bank funding less stable, according to an analysis by Dallas Fed economists. Rosy Leigh and Sreeni Ramaswamy note that instant settlement capabilities, programmable deposit tokens, and AI could allow depositors chasing higher yields to move funds faster between banks, reducing deposit tenures and increasing their sensitivity to interest rates. The economists estimate that a 10% increase in deposit rate sensitivity could reduce banks' capacity to hold long-term loans by around $700 billion over a ten‑year equivalent. A 10% reduction in deposit tenures could lower capacity by about $580 billion. These scenarios do not imply a direct, proportional cut in lending but highlight potential pressures. U.S. banks are developing blockchain networks for moving tokenized deposits around‑the‑clock while keeping funds within the regulated banking system. Thirty‑nine state banking associations recently formed the BankChain alliance to build a nationwide network, while The Clearing House is developing a separate network with major banks. Institutions like Standard Chartered and HSBC have also tested cross‑border tokenized deposit transactions via blockchain. Banks may respond to more volatile deposits by holding more liquid assets (like reserves and Treasuries) or relying more on wholesale debt—which would likely raise borrowing costs for consumers and businesses. The authors cite Brazil's Pix instant payment system as a compar...

Tokenized deposits could make bank funding less stable and raise the cost of borrowing for U.S. households and companies, according to an analysis by two Dallas Federal Reserve economists.

Economists Rosie Levy and Srini Ramaswamy said instant settlements could allow yield-seeking depositors to change banks more quickly. They said programmable deposit tokens and agentic artificial intelligence could automate transfers, shortening the stay duration of deposits at individual banks and increasing their sensitivity to interest rates.

The economists estimated that a 10% increase in the interest-rate sensitivity of deposits could reduce banks' capacity to hold long-term loans and other assets by approximately $700 billion. In a separate scenario, a 10% reduction in deposit stay duration at banks could shrink that capacity by about $580 billion. Both figures are presented in 10-year equivalent terms and do not imply a direct reduction in lending.

The calculations represent scenarios, not forecasts, and do not imply a proportional reduction in dollar terms of bank lending. They come as U.S. banks are setting up joint blockchain networks designed to move tokenized deposits around the clock while keeping client funds within the regulated banking system.

Banks Building Networks for Tokenized Deposits

On Tuesday, thirty-nine U.S. state banking associations formed the BankChain alliance to develop a nationwide network supporting tokenized deposits, stablecoins, and automated settlements. The Clearing House is developing a separate network with support from JPMorgan Chase, Bank of America, Citi, BNY, and Wells Fargo.

Banks have also begun linking tokenized deposit systems across different institutions. On August 20, Standard Chartered and HSBC conducted a live cross-border transaction via the Swift blockchain ledger, which connected the banks' separate systems and recorded the obligations that arose between them before settling through existing payment infrastructure.

Related: US regulator considers recommendations for insuring tokenized deposits and stablecoins

Levy and Ramaswamy said banks might respond to more volatile deposits by increasing holdings of highly liquid assets, including reserves and U.S. Treasuries. They said banks could also rely more on term debt to support their loan portfolios, although funding loans with wholesale debt is likely to raise the cost of borrowing for consumers and companies.

The authors pointed to Brazil's Pix instant payment system as a potential comparison, while noting it is not identical to tokenized deposits. A 2025 study found that greater use of Pix increased banks' holdings of liquid assets and reduced credit intermediation.

Magazine: Proposed US SEC crypto rules unlikely to trigger a new ICO boom

Domande pertinenti

QAccording to Dallas Fed economists, what are the two main potential consequences of widespread tokenized deposits for US banks?

AWidespread tokenized deposits could make bank funding less stable and increase the cost of lending for US households and companies.

QWhat two technological factors mentioned by the economists could automate fund transfers between banks, increasing deposit volatility?

AProgrammable deposit tokens and agent artificial intelligence (AI) could automate transfers, shortening deposit holding periods at individual banks and increasing their sensitivity to interest rates.

QWhat did economists Rosy Levy and Srini Ramaswami suggest banks might do to respond to more volatile deposits?

ABanks could respond by increasing their holdings of high-liquidity assets (like reserves and US Treasuries) and by relying more on term debt to fund their loan portfolios.

QName two major blockchain network initiatives being developed by US banks to handle tokenized deposits.

ATwo major initiatives are: the BankChain alliance created by 39 US state banking associations, and a separate network being developed by The Clearing House with support from JPMorgan Chase, Bank of America, Citi, BNY, and Wells Fargo.

QThe economists reference Brazil's Pix system as a comparative example. What was the impact of its increased use on Brazilian banks, according to a 2025 study?

AAccording to a 2025 study, increased use of Brazil's Pix instant payment system led banks to increase their holdings of liquid assets and reduced credit intermediation.

Letture associate

Gold Price Achieves Strongest Rally in 46 Years, Tokenized Gold Trading Volume Already Exceeds Full-Year 2025

Gold is experiencing its strongest rally since 1979, with prices reaching a record high near $5,600 per ounce in January. This surge is driven primarily by central banks, not retail investors. In 2025, central banks net purchased 863 tonnes of gold, with a similar increase expected in 2026. Traditional gold investment methods—physical bullion and ETFs—present trade-offs like storage issues, limited access, or management fees. Tokenized gold emerges as a third option: digital tokens representing ownership of physical bars stored in professional vaults. These tokens are globally transferable in seconds, divisible, and redeemable for physical metal. The potential impact mirrors that of dollar stablecoins. Stablecoins digitized the dollar, enabling cheap, instant, global transfers and driving adoption from $27 billion in 2020 to over $3 trillion today. Similarly, tokenized gold solves gold's "form problem"—its lack of divisibility, portability, and accessibility. Adoption is accelerating. In Q1 2026, tokenized gold trading volume hit $90.7 billion, surpassing the $84.6 billion for all of 2025. Its market cap exceeded $6 billion, growing 5.5 times faster than physical gold holdings in the quarter. While concerns about counterparty risk exist, tokenized gold represents a direct claim on allocated bars, with major issuers providing regular attestation reports. Just as stablecoins placed dollars on a digital, global rail, tokenized gold now offers a more practical form for this ancient asset, potentially expanding access to billions.

marsbit3 min fa

Gold Price Achieves Strongest Rally in 46 Years, Tokenized Gold Trading Volume Already Exceeds Full-Year 2025

marsbit3 min fa

Japanese Rates Return to 1996 Levels, Can Bitcoin Withstand the September Rate Hike?

Japanese borrowing costs have hit their highest levels since 1996, with yields on 30-year bonds reaching 4.185%. This marks a significant shift for a country long reliant on negative rates. Concurrently, Bitcoin surged 22% past $80,000, seemingly decoupled from the bond market turmoil. Historically, the massive yen carry trade has fueled global risk assets, predicated on near-zero Japanese rates. This assumption is now challenged. A potential rate hike by the Bank of Japan in September could strengthen the yen, forcing carry trade unwinds and potentially triggering a global deleveraging event, as seen in August 2024 when Bitcoin fell sharply. Conversely, if the yen weakens further, Bitcoin could attract Japanese investors as a hedge against currency depreciation and the country's massive debt burden. Institutional adoption in Japan is growing, with regulatory changes paving the way for potential crypto ETFs by 2027. The key variable is the BoJ's September policy signal. If it hints at a rapid tightening cycle to combat inflation and support the yen, risk assets like Bitcoin may face selling pressure from carry trade liquidation. However, if debt sustainability concerns limit its hawkishness, leading to a weaker yen, Bitcoin could benefit. Currently, the market is betting on a slow-motion debt crisis, not a sudden collapse. While Bitcoin shows resilience, its fate remains tied to the direction of the yen and the scale of any carry trade unwind.

marsbit6 min fa

Japanese Rates Return to 1996 Levels, Can Bitcoin Withstand the September Rate Hike?

marsbit6 min fa

How Can Bitcoin Resist Quantum Computers? A Comparison of Three Lattice-Based Signature Schemes

"Bitcoin's Quantum Defense: A Comparison of Three Lattice-Based Signature Schemes" by the Blockstream Research Team explores how Bitcoin can transition to quantum-resistant digital signatures, as current schemes like Schnorr and ECDSA are vulnerable to quantum computers. The report evaluates three lattice-based signature candidates—Dilithium, Falcon, and Hawk—against criteria like on-chain cost (key/signature size), implementation complexity, deployment risks, and support for Bitcoin's key derivation standard (BIP-32). The analysis recommends a minimum Security Level 3 for Bitcoin due to its long-term security needs. Dilithium (ML-DSA) is praised for its simplicity and integer-only operations, making it easier to implement securely, but it has the largest signature size (~5.3 KB for Level 3). Falcon (FN-DSA) offers the most compact signatures (e.g., ~3.1 KB for Level 5) and the fastest verification, though its signing requires complex floating-point sampling—a solvable engineering challenge. Hawk, despite its small size, was withdrawn from NIST standardization after a security vulnerability was discovered, highlighting the importance of conservative security margins. Currently, neither Dilithium nor Falcon has a fully viable, production-ready BIP-32 key derivation method. The report concludes that if a lattice-based scheme had to be chosen now, Falcon-1024 would be the preferred option for its balance of size, speed, and mature security assumptions. However, the short-term recommendation remains hash-based signatures (like SPHINCS+) for their lower risk, with a potential future hybrid or full transition to Falcon once its standard (FN-DSA) is finalized and well-supported.

marsbit8 min fa

How Can Bitcoin Resist Quantum Computers? A Comparison of Three Lattice-Based Signature Schemes

marsbit8 min fa

Trading

Spot
活动图片