Classiq platform access

Classiq is a quantum software development platform that enables teams to design, build, and run quantum algorithms using high-level modeling rather than manual circuit construction. Instead of assembling circuits gate by gate, developers define algorithms, constraints, and objectives at a functional level. The platform automatically synthesizes optimized quantum circuits tailored to target hardware, allowing teams to focus on solving domain problems while Classiq manages circuit generation, optimization, and qubit management. The platform combines high-level modeling, Python SDKs, AI-assisted development tools, and rich visualizations to support the full quantum development lifecycle. Developers can design algorithms visually, explore circuit structures, analyze circuit characteristics, estimate quantum resources, and iterate quickly as implementations evolve. Visualization and analysis tools make complex quantum programs easier to understand, debug, and refine, helping teams move from early research to practical algorithm engineering. Classiq also supports hybrid quantum-classical workflows that integrate quantum algorithms with high-performance computing (HPC) environments. Many real-world quantum applications require classical optimization loops, parameter tuning, or large-scale simulation. Classiq enables developers to design quantum programs that operate as part of larger hybrid workflows, where quantum kernels interact with classical compute resources such as CPUs and GPUs. Through integration with cloud environments including Amazon Braket, developers can simulate, test, and execute quantum workloads across multiple quantum hardware backends while leveraging classical infrastructure for preprocessing, orchestration, and analysis. Classiq hardware-aware synthesis and optimization adapt quantum programs to different architectures while preserving algorithm intent, allowing organizations to build quantum applications without committing to a single hardware vendor. Used by enterprises, research institutions, and government organizations worldwide, Classiq helps teams accelerate quantum application development and bring software engineering discipline to quantum computing. By enabling scalable development, repeatable workflows, and hardware-independent execution, Classiq supports the transition of quantum computing from experimental exploration to practical engineering and hybrid quantum-HPC environments.