QuScript provides a full‑stack quantum development framework that connects hardware and software—from FPGAs to end‑user applications—to streamline the implementation of quantum error correction. By integrating with multiple platforms, it helps developers build fault‑tolerant quantum computing solutions more efficiently.
Funding
Funding not disclosed
Founders
Product
Problem
Developing quantum algorithms is hindered by a fragmented ecosystem where software tools rarely interface directly with quantum hardware control electronics, making it difficult to implement and test error‑correction schemes on real processors.
Solution
QuScript offers a full‑stack quantum development framework that connects high‑level algorithm design with low‑level hardware control, including FPGA‑based pulse generators. The platform incorporates up‑to‑date quantum error‑correction primitives, allowing developers to compile, simulate, and execute fault‑tolerant circuits on a variety of quantum processors. By providing a unified toolchain, QuScript reduces integration effort and accelerates the validation of error‑corrected quantum workloads from prototype to hardware execution.
Target Audience
Primary users are quantum algorithm developers, hardware engineers, and research teams building fault‑tolerant applications on emerging quantum processors.
Features
- End‑to‑end SDK that spans algorithm description, compilation, and hardware deployment
- Native support for FPGA‑based quantum control units with customizable pulse sequencing
- Library of quantum error‑correction codes and fault‑tolerance utilities integrated into the compilation flow
- Cross‑platform compatibility with multiple quantum processor architectures and simulators
- Real‑time debugging and performance monitoring tools for both software and hardware layers