Skip to content
Home/Quantum Computing News/GSA and Treasury Push Post-Quantum Cryptography Into Federal Systems
SecurityPost-QuantumCryptography

GSA and Treasury Push Post-Quantum Cryptography Into Federal Systems

The GSA and US Treasury launched separate post-quantum cryptography programs for federal identity systems and the financial sector, following OMB M-26-15 and Executive Order 14412.

FreeQuantumComputing
·· 4 min read

Two US agencies opened parallel post-quantum cryptography programs. The General Services Administration is modernizing federal identity systems, and the Treasury Department is steering the financial sector's transition. Both moves trace to OMB Memorandum M-26-15 and Executive Order 14412.

The GSA side

The GSA is updating the FICAM framework, the standard governing federal identity and access. The work includes physical access control systems, a category often overlooked in migration planning. The agency is expanding post-quantum cryptography testing for access cards and building entries.

The Treasury side

Treasury formed a Quantum-Readiness Task Force for the financial sector. The group addresses sector alignment, supply chain readiness, and risks to digital assets. Banks and payment systems run on public-key cryptography, so a cryptographically relevant quantum computer would threaten signatures and key exchange across the financial stack.

Why two agencies at once

Federal agencies follow the same deadline pressure. OMB M-26-15 sets migration milestones, and Executive Order 14412 requires agencies to inventory and replace vulnerable systems. Running identity modernization and financial-sector readiness in parallel covers both the government's own systems and the private infrastructure it regulates.

Reading the announcement

The initiatives are policy directions, not completed migrations. A task force and an updated framework are planning artifacts. The test is whether agencies meet the inventory and replacement deadlines in the OMB memo.

For the technical background, see our post-quantum cryptography guide.