Banks Advance Plans to Create Stablecoins as Bank for International Settlements Questions Their Role

cryptonews.ru發佈於 2026-08-29更新於 2026-08-29

文章摘要

While the Bank for International Settlements (BIS) argues that stablecoins lack key properties to function as money at scale, major global banks are actively developing their own stablecoin plans on public blockchains. BIS head Pablo Hernández de Cos advocates for tokenized bank deposits as a superior foundation for modern digital payments, citing issues with stablecoins regarding uniformity, interoperability, and financial integrity. These problems include exchange rate fluctuations between different stablecoins, settlement complexities across fragmented blockchains, and anonymity concerns. Despite these warnings, a consortium of over a dozen major banks, including Bank of America and Citi, is preparing to launch a bank-issued stablecoin. This shift is driven by competitive pressure and regulatory changes like the GENIUS Act, with banks fearing potential deposit outflows to crypto-native issuers. Data shows stablecoin transaction volumes are massive, but a small fraction represents real-economy payments. While central banks prefer tokenized deposits for core payments, commercial banks increasingly see a strategic need for stablecoins to retain relevance, even as some, like JPMorgan, currently deny having imminent launch plans.

Despite the Bank for International Settlements (BIS) chief's view that stablecoins cannot be considered money on a large scale, the world's largest banks are moving financial settlements and regular transactions onto public blockchains.

Speaking at the Economic Symposium in Jackson Hole on August 28, BIS General Manager Pablo Hernández de Cos stated that a system based on tokenized deposits "looks more promising" than stablecoins. BIS representatives emphasized that tokenized deposits should form the foundation of modern digital payment systems as banks transition their operations to blockchain.

For banks, the dilemma is straightforward: should they adopt blockchain now, or wait for regulators to approve a more technologically advanced version of this innovative solution?

Where Stablecoins Fall Apart, According to de Cos

De Cos's argument centers on three properties he says money must possess: uniformity, interoperability, and financial integrity.

Regarding uniformity, he gave a simple example. If one person holds Tether's $USDT tokens and wants to transfer money to a recipient who only accepts Circle's $USDC tokens, that person would first have to sell $USDT and buy $USDC. However, since the coins' prices can fluctuate on the market, the final transfer amount might not equal one US dollar. The system does not guarantee that two stablecoins will exchange one-for-one.

The interoperability issue creates another problem. Most fiat-backed stablecoins operate on fragmented, permissionless public blockchains and scaling layers. Even a request to transfer the same stablecoin issued on different blockchains from one chain to another requires performing complex—and sometimes costly—procedures.

In contrast, the settlement process for tokenized deposits involves using central bank accounts, as de Cos noted, preserving the nominal redeemability and finality of such deposits.

The Integrity Issue BIS Keeps Returning To

The third issue is financial integrity. According to de Cos, information shows that most stablecoins are currently held in self-custodied wallets and that an increasing number of transfers between blockchain wallets are conducted without any platform performing "Know Your Customer" (KYC) checks. This is vastly different from traditional finance, where bank deposits, the least anonymous form of money, predominate.

In its Annual Economic Report on June 23, the Bank for International Settlements (BIS) presented a similar viewpoint. In the section on stablecoins, it went so far as to state that existing stablecoin designs "do not meet the fundamental properties of money and threaten financial integrity."

Furthermore, the research expressed concern about the concept of "stablecoin dollarization" in developing countries, where the demand for foreign stablecoins could impact capital flows and reduce their monetary sovereignty.

What Payment Data Actually Shows

The discussion on scale is backed by significant figures.

According to an analytical report published in January 2026 by Boston Consulting Group (BCG) and blockchain data analytics firm Allium, over $62 trillion worth of stablecoin transactions occurred on public blockchains in a year. However, of this amount, only about $4.2 trillion (approximately 7% of the total) represented payments made in the real economy.

BCG estimated the observed volume of bilateral payments for goods and services in 2025 to be between $350 and $550 billion, which they termed a minimal figure. Additionally, the article noted that the stablecoin market capitalization grew to $307 billion by December 2025.

Why Are Banks Shifting Policy at All?

These warnings have not stopped banks from moving towards blockchain adoption.

On August 28, Forkast reported that a consortium of over 12 global banks, including Bank of America, Wells Fargo, Santander, Citi, Goldman Sachs, and UBS, is preparing to issue its own stablecoin on public blockchains, rather than leaving the market to Tether and Circle.

The GENIUS Act, which took effect on July 18, 2025, was a legislative measure allowing banks to access the federal level through subsidiaries approved by the Office of the Comptroller of the Currency (OCC), although it prohibited issuers from paying any interest to holders.

Bank of America CEO Brian Moynihan warned that up to $6 trillion in deposits could be withdrawn from banks if stablecoin issuers were allowed to offer yields.

"If it is legalized, we will engage in this business."

Smaller lending institutions are also adopting new technologies. Cryptopolitan reported that 39 state bankers' associations have formed the BankChain Alliance, set to launch in 2027. This initiative aims to provide local banks with shared access to tokenized deposits and stablecoins without relying on crypto platforms.

Are Banks Moving from Research to Creating a Joint Stablecoin?

Today's article in the Seoul Economic Daily states that a major banking group is considering initially issuing a dollar-pegged token, with subsequent expansion to G7 currencies. It also highlights the strategic reason: banks fear stablecoins could divert deposits away from traditional banks.

Feature Stablecoins Tokenized Deposits
What is it? Digital tokens designed to maintain a stable value relative to a reference asset, typically the US dollar. Digital representation of ordinary commercial bank deposits on a programmable ledger.
Issuer Typically a private stablecoin issuer. Commercial bank.
Holder's Claim Claim on the stablecoin issuer's/reserve structure. Direct claim on the issuing bank.
Backing Typically reserves like cash, central bank reserves, Treasury bonds, or other permitted assets. Ultimately, the bank's deposit obligations are part of the banking system.
Redeemability Intended for redemption at $1, but secondary market prices may deviate from par. Exchanges at par as a bank deposit/claim.
Settlement Transfers between token holders on blockchain networks. Payment results in debiting one bank account and crediting another, with interbank settlement ultimately using central bank money.
Blockchain Often public/permissionless networks. Typically permissioned/controlled bank platforms, though hybrid models are possible.
Interoperability Can be fragmented across issuers and blockchains. Higher fungibility achieved when using tokenized central bank reserves.
AML/KYC May involve anonymous wallets and self-custody. Account ownership and activities within regulated bank infrastructure.
Bank Deposits Could potentially divert funds away from banks. Secures deposits within the banking system.
Main Advantage Global reach, programmability, and 24/7 transfer capability. Programmability while preserving the existing bank/central bank monetary structure.
BIS's Preferred Role Specialized uses, not the basis for everyday payments. Handling large daily payments and wholesale settlements.
Current Examples $USDT, $USDC, and other fiat-backed tokens. JPMorgan's deposit token model and other bank tokenization projects.
The differences between stablecoins and tokenized deposits are structural, not merely numerical. | BIS

Central banks want to see tokenized deposits and central bank money at the heart of the blockchain economy, while commercial banks are increasingly concluding that they also need stablecoins. Notably, JPMorgan's position remains that the company has no current plans to issue a stablecoin.

end-content

熱門幣種推薦

相關問答

QAccording to the head of the BIS, what are the three properties that money should have, and how do stablecoins fail to meet them?

AAccording to the head of the BIS, Pablo Hernández de Cos, the three properties money should have are unity (uniqueness), compatibility (interoperability), and financial integrity. He argues stablecoins fail because: 1) Different stablecoins like USDT and USDC are not guaranteed to exchange at a 1:1 rate (unity). 2) They operate on fragmented, permissionless blockchains, making cross-chain transfers complex (compatibility). 3) Many are held in self-custody wallets with limited KYC checks, raising concerns about financial integrity versus traceable bank deposits.

QWhat is the Bank for International Settlements' (BIS) preferred model for the foundation of modern digital payment systems, and why?

AThe BIS prefers a system based on tokenized bank deposits as the foundation for modern digital payment systems. They argue this model is more promising than one based on stablecoins because tokenized deposits utilize central bank accounts for settlement, preserving nominal redemption and finality. This approach maintains the existing monetary structure, ensures financial integrity through bank-level AML/KYC, and prevents potential disintermediation of commercial bank deposits.

QDespite the BIS's warnings, why are major global banks reportedly planning to issue their own stablecoin on public blockchains?

AMajor global banks are reportedly planning to issue their own stablecoin on public blockchains to prevent deposits from being drained away by private stablecoin issuers like Tether and Circle. They fear that if these private issuers are allowed to offer yield, trillions in deposits could leave the traditional banking system. The passing of the GENIUS law, which allows banks to access the public blockchain space via OCC-approved subsidiaries (though without paying interest), is a key factor enabling this strategic move.

QWhat does the data from Boston Consulting Group (BCG) and Allium reveal about the volume of stablecoin transactions versus payments in the real economy?

AData from BCG and Allium reveals a significant gap between total stablecoin transaction volume and real-economy payments. They estimated that over $62 trillion worth of stablecoin transactions occurred on public blockchains in a year. However, only about $4.2 trillion (approximately 7% of the total) constituted payments made within the real economy. The observed volume of bilateral payments for goods and services in 2025 was estimated to be between $350 billion and $550 billion, which they termed a minimal figure.

QAccording to the article's comparison table, what is a key structural difference between the holder's claim in a stablecoin versus a tokenized deposit?

AA key structural difference is the nature of the holder's claim. For a stablecoin, the holder has a claim on the stablecoin issuer's reserve structure. For a tokenized deposit, the holder has a direct claim on the issuing commercial bank itself, just like a traditional bank deposit. This makes tokenized deposits an integral part of the existing banking system, whereas stablecoins represent a claim on an external, often private, entity.

你可能也喜歡

明日对比特币至关重要:重大变革即将来临!

比特币核心开发者、Bitcoin Knots项目重要人物卢克·达什吉尔宣布,计划于8月30日(周日)进行一项可能影响比特币挖矿算法的重大工作量证明(PoW)算法变更测试。达什吉尔建议使用SHA-2算法的矿工在周六暂停挖矿,以便为Bitcoin Knots 29.4.1rc4版本的主网启动预演做准备。 根据计划,该版本软件将设置一个“最后的SHA-2区块”作为分界点。随后,在《纽约邮报》周日早间网络版发布后,将提供一个名为“canonical blake2b_headline”的参数,用于启动基于BLAKE2b算法的新链条。 如果测试顺利,Bitcoin Knots 29.4.1正式版将按计划于9月1日发布,且8月30日产生的区块链历史将被保留。若出现问题,系统可回滚至最后一个SHA-2区块,并使用rc5版本重新尝试。达什吉尔还建议有意在变更后第一时间开始挖矿的用户,提前在testnet4测试网上使用rc3版本进行准备。 **技术变更要点:** 目前比特币的PoW系统在挖矿时使用的是属于SHA-2家族的SHA-256哈希算法。此次提及的变更是计划在PoW计算中使用另一个名为BLAKE2b的哈希算法。由于两种算法的计算架构不同,目前大多数比特币ASIC矿机无法直接用于BLAKE2b挖矿,因此该变更可能对现有挖矿硬件基础设施产生重大影响。 达什吉尔所称的“最后的SHA-2区块”,是指按照当前基于SHA-256的PoW规则生成的最后一个区块。此后,采用新规则的节点可开始跟随由BLAKE2b创建的区块。需要强调的是,如果比特币网络中的其他节点不接受此变更,链规则可能发生分裂。因此,这不应被视为整个比特币网络最终采纳的协议变更,而是针对Bitcoin Knots软件及其用户群体的计划内测试流程。

cryptonews.ru52 分鐘前

明日对比特币至关重要:重大变革即将来临!

cryptonews.ru52 分鐘前

比特币如何抵御量子计算机?三大格基签名方案优劣比较

比特币当前的Schnorr与ECDSA签名易受未来量子计算机攻击,格基签名是重要的后量子替代方案。Blockstream研究院评估了Dilithium、Falcon和Hawk三种方案。 评估基于四大标准:链上成本(公钥与签名大小、验证速度)、实现复杂度、部署风险及支持BIP-32密钥派生等发展潜力。报告建议比特币至少采用NIST 3级安全标准,为长期安全预留余量。 **Dilithium(ML-DSA)** 设计简洁,全部为整数运算,易于安全实现,且是唯一有密钥派生研究基础的方案。但其体积最大(3级安全合计约5.2KB),链上成本高。 **Falcon(FN-DSA)** 体积最为紧凑(5级安全的Falcon-1024仅约3KB),验证速度快。其签名需要浮点运算,存在跨平台一致性问题,但可通过整数模拟等工程手段解决,代价是签名速度下降。主要短板是目前缺乏可行的密钥派生方案,且标准尚未最终定稿。 **Hawk** 曾试图兼顾小体积和整数运算,但因其依赖较新的安全假设被发现结构性安全漏洞,已从NIST竞赛中撤回。 **结论**:在现有格基方案中,**Falcon-1024**在紧凑性、验证速度和成熟度上综合表现最佳,是当前首选。但其密钥派生问题和标准化进程是主要障碍。报告建议短期可考虑更成熟的哈希基签名作为过渡,待Falcon标准完善后,再将其或混合方案部署于比特币网络。

marsbit1 小時前

比特币如何抵御量子计算机?三大格基签名方案优劣比较

marsbit1 小時前

交易

現貨

熱門文章

什麼是 $BANK

銀行人工智能:銀行未來的革命性步伐 介紹 在這個科技迅速進步的時代,銀行人工智能處於人工智能(AI)和銀行服務的交匯點。這個創新的項目旨在重新定義金融格局,通過人工智能的力量提高運營效率、安全措施和客戶體驗。在我們探索銀行人工智能的過程中,將深入探討這一項目的內涵、運作動態、歷史背景以及重要里程碑。 銀行人工智能是什麼? 從本質上講,銀行人工智能代表了一項變革性倡議,旨在將人工智能整合進各種銀行運營中。這個項目利用人工智能的能力來自動化流程、改善風險管理協議,並通過個性化服務增強客戶互動。 銀行人工智能的主要目標包括: 銀行功能自動化:通過利用人工智能技術,銀行人工智能旨在自動化日常任務,減輕人力資源的負擔並提高效率。 加強風險管理:該項目利用人工智能算法來預測和識別風險,從而強化針對欺詐和其他威脅的安全措施。 銀行服務個性化:銀行人工智能專注於通過分析客戶數據和行為提供量身定制的金融產品和服務。 改善客戶體驗:實施由人工智能驅動的解決方案,如聊天機器人和虛擬助手,旨在為用戶提供更接近人類的互動,徹底改變客戶與銀行的互動方式。 有了這些目標,銀行人工智能將自己定位為在提高銀行效率、安全性和以用戶為中心的關鍵角色。 銀行人工智能的創造者是誰? 關於銀行人工智能的創造者的具體細節尚不清楚。因此,在可用信息中尚未確定具體的個人或組織。圍繞該項目創建的匿名性引發了問題,但並未減少其雄心壯志的願景和目標。 銀行人工智能的投資者是誰? 與項目的創造者類似,關於銀行人工智能的投資者或支持組織的具體信息尚未披露。沒有這些信息,很難概述可能推動該項目向前發展的財務支持和機構支持。儘管如此,擁有堅實的投資基礎對於在這樣一個創新領域中保持發展至關重要。 銀行人工智能是如何運作的? 銀行人工智能在幾個創新領域運作,專注於使其與傳統銀行框架區分開來的獨特因素。以下是主要的運作特點: 自動化:通過應用機器學習算法,銀行人工智能自動化銀行內的各種手動流程。這樣不僅減少了運營成本,還使人力工作者能夠將精力轉向更具戰略性的活動。 先進的風險管理:將人工智能整合到風險管理實踐中,使銀行獲得準確預測潛在威脅(如欺詐)的工具,確保客戶信息和資產的安全。 量身定制的財務建議:通過持續學習客戶互動,人工智能系統發展出對用戶需求的細緻理解,能夠對財務決策提供量身定制的建議。 增強的客戶互動:利用由人工智能驅動的聊天機器人和虛擬助手,銀行人工智能提供了更具吸引力的客戶體驗,使用戶能夠快速解決問題,從而減少等待時間並提高滿意度。 這些運作特徵使銀行人工智能成為銀行業的先驅,建立服務交付和運營卓越的新標準。 銀行人工智能的時間線 了解銀行人工智能的發展軌跡需要看其歷史背景。以下是突顯重要里程碑和發展的時間線: 2010年代早期:對人工智能整合到銀行服務的概念開始引起關注,隨著銀行機構認識到潛在利益。 2018年:隨著銀行開始使用聊天機器人等人工智能工具進行基本客戶服務和風險管理系統以改善安全處理,人工智能技術的實施顯著增加。 2023年:人工智能的技術不斷進步,生成式人工智能被引入進行更複雜的任務,如文件處理和實時投資分析。今年標誌著人工智能技術為銀行提供能力的重要飛躍。 2024-當前狀態:截至今年,銀行人工智能正處於上升軌道,持續的研究和開發預示著將進一步提升銀行業務的能力。對人工智能應用的持續探索暗示著未來令人興奮的發展。 銀行人工智能的關鍵點 人工智能在銀行中的整合:銀行人工智能專注於採用人工智能來簡化銀行流程並改善用戶體驗。 自動化和風險管理的聚焦:該項目強烈關注這些領域,旨在減輕例行任務的負擔,同時通過預測分析增強安全框架。 個性化的銀行解決方案:通過利用客戶數據,銀行人工智能提供滿足個別用戶需求的量身定制銀行服務。 對發展的承諾:銀行人工智能致力於持續的研究和開發,確保其隨著技術的持續演變而保持適應性和持續相關性。 結論 總結來說,銀行人工智能展現了銀行業的一個重要進步,利用人工智能重塑運營範式、提高安全性,並促進客戶滿意度。儘管有關創造者和投資者的信息仍有缺口,但銀行人工智能的明確目標和功能機制為其持續發展提供了堅實基礎。隨著人工智能技術的不斷進步和與銀行業的融合,銀行人工智能在金融服務未來的影響力將十分顯著,改善我們對銀行的理解和互動方式。

507 人學過發佈於 2024.04.06更新於 2024.12.03

什麼是 $BANK

如何購買BANK

歡迎來到HTX.com!在這裡,購買Lorenzo Protocol (BANK)變得簡單而便捷。跟隨我們的逐步指南,放心開始您的加密貨幣之旅。第一步:創建您的HTX帳戶使用您的 Email、手機號碼在HTX註冊一個免費帳戶。體驗無憂的註冊過程並解鎖所有平台功能。立即註冊第二步:前往買幣頁面,選擇您的支付方式信用卡/金融卡購買:使用您的Visa或Mastercard即時購買Lorenzo Protocol (BANK)。餘額購買:使用您HTX帳戶餘額中的資金進行無縫交易。第三方購買:探索諸如Google Pay或Apple Pay等流行支付方式以增加便利性。C2C購買:在HTX平台上直接與其他用戶交易。HTX 場外交易 (OTC) 購買:為大量交易者提供個性化服務和競爭性匯率。第三步:存儲您的Lorenzo Protocol (BANK)購買Lorenzo Protocol (BANK)後,將其存儲在您的HTX帳戶中。您也可以透過區塊鏈轉帳將其發送到其他地址或者用於交易其他加密貨幣。第四步:交易Lorenzo Protocol (BANK)在HTX的現貨市場輕鬆交易Lorenzo Protocol (BANK)。前往您的帳戶,選擇交易對,執行交易,並即時監控。HTX為初學者和經驗豐富的交易者提供了友好的用戶體驗。

1.6k 人學過發佈於 2025.05.09更新於 2026.06.02

如何購買BANK

相關討論

歡迎來到 HTX 社群。在這裡,您可以了解最新的平台發展動態並獲得專業的市場意見。 以下是用戶對 BANK (BANK)幣價的意見。

活动图片