Two data scientists working on a quantum computer in a lab

Helping shape the nation’s leadership in the quantum future

Federal agencies are simultaneously modernizing with AI and preparing for a quantum future. 

Quantum computing applies principles of quantum mechanics to process information in entirely new ways, enabling breakthroughs in high-complexity problem-solving far beyond classical computing. 

Its implications for national security, critical infrastructure, and federal missions are profound. CGI helps agencies begin preparing today through cryptographic migration, workforce readiness, and controlled experimentation to help shape the nation’s leadership in the quantum future. 

CGI Federal adapts CGI’s global quantum practice to fit U.S. federal policy, security, and procurement constraints. Our approach draws on both near-term quantum capabilities, such as annealing and sensing, and long-term R&D in fault-tolerant systems. 

Quantum computer components

 

Quantum is not a future threat or future opportunity - it is a present planning priority for federal leaders.

Mission-aligned executive education

We deliver briefings that demystify quantum for leadership and align strategy with federal requirements, including cryptographic deadlines, NIST migration guidance, and broader mission dependencies.

Federal use case discovery

CGI helps agencies map mission challenges to quantum-ready problems, such as optimization, sensing, and simulation. Not all challenges require quantum—and problem discovery is often the longest step.

Proof of concept development

We design and test PoCs using leading platforms (e.g., annealing systems, gate model research environments, hybrid cloud stacks). Many quantum modalities are available today through cloud access.

Quantum safe security assessment

We establish migration roadmaps toward PQC, ensuring operational continuity and compliance with federal mandates. 

Workforce readiness

Most federal quantum programs fail without workforce development. CGI Federal accelerates readiness across developers, analysts, engineers, and mission operators through hybrid (AI + HPC + Quantum) upskilling.

Mission scale deployment

Once PoCs validate value, we help agencies integrate hybrid quantum architectures into secure, scalable mission systems.

Vendor-neutral and mission-driven

We use a vendor-neutral approach to match mission challenges to the right quantum modality. Our approach embeds sovereignty, security, and responsible innovation into every step of the federal quantum journey.

 

Group of AI consultants reviewing a quantum computer blueprint

National security and cyber resilience

Quantum threatens today’s cryptographic standards. Agencies must act quickly to mitigate “harvest now, decrypt later” exposure, preparing for postquantum cryptography in accordance with NSM10, NIST standards, and CISA guidance. 

Data scientist working on a laptop and quantum computer in a lab

Defense operations and simulation

Quantum systems can simulate millions of battlefield or logistics scenarios in seconds, strengthening situational awareness and accelerating mission planning.

Sterile quantum computer lab

Critical infrastructure and space systems

Quantum applications improve routing, grid resilience, Earth observation scheduling, and navigation alternatives where GPS is contested. 

Four technologist collaborating in a quantum computer lab

Emergency response

Quantum algorithms optimize evacuation routes, resource distribution, and disaster response planning, reducing risk and improving citizen outcomes.

Contact our quantum experts