Quantum computing platforms for high-performance computing centers
Anyon Systems builds superconducting quantum processors and control electronics for HPC deployments. The tech stack reveals a hardware-centric operation: CAD tools (SolidWorks, Altium), FPGA workflows (Vivado, Quartus), and low-level device languages (VHDL, Verilog, SystemVerilog) dominate, paired with containerization and infrastructure-as-code (Kubernetes, Terraform, Ansible). The hiring mix is heavily senior engineering (9 of 13 roles), concentrated in Canada, with pain points centered on DevOps scaling and hybrid infrastructure—typical friction for a physics-driven company maturing its production and test automation.
Anyon Systems develops quantum computing platforms designed for integration into high-performance computing centers. Founded in 2014 and based in Dorval, Quebec, the company operates as a privately held firm with 11–50 employees. Their technical scope spans superconducting device design, processor fabrication, control electronics, and standardized test procedures. Current work includes 3D packaging for quantum chips, simulation and validation of advanced circuits, and experimental calibration of quantum devices. The organization is engineering-focused with 12 of 13 current open roles in engineering, reflecting investment in fabrication, electronics, and DevOps infrastructure.
Hardware design (SolidWorks, Altium Designer, OrCAD, FPGA tools like Vivado and Quartus), device simulation (ModelSim), low-level HDL (VHDL, Verilog, SystemVerilog), cloud infrastructure (Azure, Kubernetes, Terraform, Ansible), and development languages (Python, C++).
Superconducting quantum processor fabrication, next-gen control electronics for QPUs, 3D packaging for quantum chips, automated test procedures, simulation and validation of quantum circuits, and CI/CD and monitoring infrastructure for quantum computing systems.
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