New task force elevates quantum readiness from a technology challenge to a financial resilience priority as governments and banks prepare for encryption that may not survive the quantum era.
WASHINGTON — The U.S. Treasury Department is accelerating preparations for a future in which sufficiently powerful quantum computers could undermine the encryption protecting banks, payment systems, digital assets and financial markets.
U.S. Treasury has launched a Quantum-Readiness Task Force, bringing together government, financial institutions, financial market infrastructure providers and technology companies to support the financial sector’s transition toward post-quantum cryptography, or PQC. The initiative will focus on sector-wide migration, third-party and vendor readiness, and risks involving digital assets and emerging technologies.
The move reflects a growing recognition that quantum risk cannot be addressed only when sufficiently powerful machines arrive. Because replacing encryption across complex financial infrastructure could take years, policymakers increasingly view migration as a present-day resilience and cybersecurity challenge.
“America must lead in securing the technologies that power our economy,” Treasury Secretary Scott Bessent said in announcing the task force.
From Theoretical Threat to Operational Preparation
Future quantum computers could potentially defeat widely used forms of public-key cryptography that secure financial data, digital identities and communications.
No cryptographically relevant quantum computer is known to exist today. But attackers may already have an incentive to collect encrypted information in anticipation of decrypting it later, a strategy commonly known as “harvest now, decrypt later.”
Preparedness, however, remains uneven. The Financial Times, citing Bain research, recently reported that only about 10 percent of companies in North America and Europe have a funded quantum-risk mitigation plan.
For financial institutions, the challenge extends well beyond protecting customer accounts. Cryptography is embedded throughout payments, trading systems, authentication, digital signatures, communications and decades of underlying software infrastructure. Migrating those systems could require years of inventories, testing, replacement and coordination.
The destination, at least, is defined. The National Institute of Standards and Technology finalized the first post-quantum cryptographic standards in 2024, converting the problem from a research question into an implementation program with named algorithms to migrate toward.
A June executive order accelerated the federal transition toward those NIST standards, setting migration targets for high-value and high-impact government systems.
Treasury is now bringing that urgency more directly into the financial system.
Finance Becomes a Front Line
Quantum readiness is not simply a matter of replacing one encryption algorithm with another.
Financial institutions first need to identify where cryptography exists across their systems, determine which functions are most critical and build the ability to change encryption methods as standards and threats evolve. Treasury’s task force specifically identifies cryptographic agility, interoperability and operational resilience among its priorities.
Quantum Readiness Depends on the Vendors
The challenge becomes more complicated because banks and market infrastructure increasingly depend on cloud providers, software vendors and other third parties.
An institution may therefore be unable to become fully quantum-ready unless critical parts of its technology supply chain migrate with it. That creates a coordination problem extending well beyond any single bank or market operator.
Treasury has made third-party and vendor readiness a dedicated workstream of the new task force, reflecting the reality that quantum resilience will depend as much on interconnected infrastructure as on individual institutions.
The shift is also increasingly international. Governments are beginning to view quantum resilience not only as a cybersecurity concern, but as an issue of economic security, technological sovereignty and critical infrastructure.
Digital Assets Face an Especially Difficult Transition
Cryptocurrency and blockchain networks may pose one of the more complicated areas of quantum migration.
Many major blockchains depend on public-key cryptography to authenticate ownership and transactions. A sufficiently capable quantum computer could eventually threaten some of those protections.
Reuters reported in July that advances in quantum computing have intensified debate within the cryptocurrency industry over how quickly networks should prepare for migration. Major upgrades can require not only new cryptographic technology but coordination among developers, validators, exchanges, custodians and users.
The decentralized structure often presented as a strength of blockchain could therefore complicate the transition. Unlike a bank or government agency, no single authority can necessarily order an entire network to upgrade.
Treasury’s decision to create a dedicated workstream for digital assets and emerging technologies underscores how quantum readiness is beginning to intersect with financial regulation as well as cybersecurity.
Security Is Only Half the Equation
Preparing for quantum risk is occurring at the same time that governments, financial institutions and investors are trying to understand where quantum technology could create economic advantage.
Potential applications range from optimization and financial modeling to drug discovery, materials science, logistics and artificial intelligence. The same technology that could eventually threaten existing cryptographic systems could also become a source of significant commercial and strategic value.
That duality is increasingly shaping government policy. Quantum is no longer viewed solely as a scientific research field or cybersecurity concern. It is becoming part of industrial and economic strategy.
A Global Strategic Race
Quantum readiness is therefore becoming part of a broader geopolitical competition over technology, security, capital and economic power.
The stakes extend beyond which country builds the most powerful quantum computer first.
Governments and companies that help shape quantum standards, intellectual property, supply chains, talent and security infrastructure could gain significant influence over the next generation of the digital economy. At the same time, countries must determine how to secure existing systems while building the capabilities needed to participate in a future quantum economy.
Europe is increasingly positioning itself within that competition, with Denmark emerging as a significant center of quantum research, investment and infrastructure.
That makes Q2B Copenhagen, taking place September 9 and 10, 2026, a timely window into the broader shift. The gathering will bring together government, investors, scientists and industry as the quantum debate moves beyond technical feasibility toward questions of security, capital, commercialization and national competitiveness.
Treasury’s new task force captures one side of that transition: protecting the financial system against future quantum risk.
The discussions unfolding across the global quantum ecosystem, including next week in Copenhagen, increasingly concern the other: who will build, finance and control the capabilities shaping the quantum economy.
The quantum computer capable of breaking today’s financial encryption may not yet exist. The competition to be ready for what comes next is already well underway.
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