Quantum Computing Inc. Tech Stack
Photonic quantum computers and integrated optics foundry services
Quantum Computing Inc. manufactures photonic quantum systems and thin-film lithium niobate (TFLN) optical components, operating at room temperature with low power consumption. The tech stack reveals a hardware-software co-design operation: FPGA tooling (Xilinx, Altera, Intel), simulation software (Lumerical, Tidy3D, HFSS), and C++/Python runtime development sit alongside physics modeling and manufacturing process control. Active projects span algorithm–hardware co-design, lidar applications, and optimization runtime layers—indicating a transition from pure quantum research toward productized systems. Pain-point clustering (simulation-to-fab misalignment, manufacturability constraints, process deviation) shows the core friction is closing the gap between design intent and physical yield.
Tech Stack 55 technologies
What Quantum Computing Inc. Is Building
◆Challenges
- Scaling engineering teams
- Particle contamination
- Performance issues
- Process deviations
- Maintaining safety while delivering on time
- Designs not manufacturable
- Simulation misaligned with fabrication
- Performance optimization under fabrication constraints
▲Active Projects
- Classical and quantum photonics platforms
- Custom electronics development
- Theoretical modeling of quantum photonic devices
- Simulation of integrated photonic circuits
- Algorithm–hardware co-design for photonic implementations
- C++ runtime and hal for photonic optimization computers
- Software layers for large-scale optimization across photonic hardware
- Algorithmic enhancements for quantum feedback in np‑hard optimization
- Lidar experiments
- Vibrometer development
