The bill improves national and sector-specific preparedness and gives Congress timely information on quantum-computing risks, but it brings added costs for taxpayers and businesses and may limit public transparency.
Federal and private-sector IT teams, plus state and local governments and affected businesses, receive a coordinated mitigation plan and technical guidance to prepare for quantum-computing threats, strengthening national cybersecurity resilience.
Financial institutions and utilities are identified as among the most vulnerable sectors so federal resources and protective measures can be targeted to keep critical services (banking, energy, utilities) secure.
Congress, federal agencies, and taxpayers receive an initial report and annual updates for four years, giving policymakers timely information needed to authorize funding, enact laws, or increase oversight.
Taxpayers and businesses may face increased costs because preparing for and implementing quantum mitigation could require new federal spending and regulatory changes.
Small businesses and financial institutions may incur higher IT compliance costs and greater operational complexity to adopt recommended mitigation measures.
Taxpayers and the public may have reduced transparency and accountability because some required reporting could be classified, hiding details about readiness and sector risks.
Based on analysis of 2 sections of legislative text.
Introduced August 8, 2025 by Suhas Subramanyam · Last progress August 8, 2025
Requires a federal subcommittee on quantum information science to assess the cybersecurity and national security risks from quantum computers that can break current cryptography, produce an initial report within one year, and submit annual progress updates for four years. The reports must identify vulnerable economic sectors, recommend mitigation actions (including post-quantum cryptography adoption, interagency coordination, public–private information sharing, pilots, and technical assistance), and provide guidelines for judging when a quantum computer is “cryptographically relevant.”