Classiq releases tool for quantum error correction planning

Classiq has launched a Fault Tolerance Engine that translates quantum algorithms into hardware-specific execution plans with built-in error correction. The tool helps developers estimate the physical qubits, error correction cycles, and scheduling needed to run applications on future fault-tolerant quantum processors. By making it possible to simulate real-world requirements before this hardware arrives, Classiq says the engine will help both software and hardware teams spot resource bottlenecks early.

• Engine converts logical quantum programs to hardware-aware plans
• Estimates physical qubit and error correction requirements
• Automates routing, layout, and scheduling for execution plans
• Aims to identify bottlenecks before hardware is available
• Supports 3D surface-code error correction, more coming