Classiq gives government teams the tools to design, optimize, benchmark, and deploy quantum applications that can scale, helping them build capability and assets today, universally deployable for the missions and opportunities of tomorrow.
Simplify acquisition through Carahsoft contract vehicles. Classiq is available to federal, state, and local customers. Together, Carahsoft and Classiq help your team build quantum capability on infrastructure you already trust.

The Classiq quantum software development platform makes advanced quantum projects accessible via agentic expertise and automated implementation. Federal agencies, state and local governments are already building applications, investing in infrastructure, and developing quantum talent. Classiq helps public-sector teams get up to speed quickly and begin developing, testing, benchmarking, and scaling applications across defense, cybersecurity, logistics, transportation, energy, scientific research, and more.
Classiq enables teams to design, optimize, and run quantum programs across any quantum hardware or simulator without low-level, gate-level coding. Its hardware-agnostic and hardware-aware approach keeps applications portable across rapidly evolving systems while optimizing each program for the capabilities and constraints of your chosen hardware.
Comcast, AMD and Classiq collaborated on quantum approaches to optimizing data networks, building the path to greater communications resilience.


Classiq is designed for government. Public-sector teams need strong security, clear governance, and reliable operational support. Our enterprise-grade security includes SOC 2 Type II and ISO 27001 certifications, annual penetration testing, SAML/OIDC single sign-on, role-based access controls, and audit logs with configurable retention.
Classiq’s platform is designed for quantum experts as well as domain experts without quantum expertise. Harnessing Classiq’s quantum AI agents, high-level language and automated complier enables the user to create quantum programs without having to manually wire circuits.