Teams at Anyon Systems Inc.

Design and run quantum error correction experiments, develop and evaluate decoding algorithms, analyze QEC performance metrics, and integrate methodologies with hardware, firmware, and software teams. Support publications, technical reports, and contribute to strategic technology planning in superconducting quantum computing.

Design and implement embedded software connecting microcontrollers, FPGAs, and GPUs for deterministic, low-latency quantum control. Develop high-performance interfaces (DMA, PCIe, serial), real-time control on Linux/RTOS, build embedded Linux distributions, optimize SIMD performance, and ensure code quality, reproducible builds, and cross-disciplinary collaboration to support R&D.

Design and develop cryogenic systems for quantum computing, focusing on CAD models, prototyping, assembly, and FEA simulations.