Qambria
Switzerland · Enterprise software · Hardware
Qambria builds software that connects quantum processors to high-performance computing systems, helping developers run hybrid quantum-classical workloads with low-latency control.
Connects quantum processors to HPC systems
Qambria is developing the classical software layer that links a quantum processing unit to a high-performance computing node. The goal is to treat a QPU as an accelerator within an existing HPC environment, so users can combine parallel classical computing with quantum hardware for hybrid workloads. The company’s architecture focuses on the boundary between the two systems, where coordination delays and throughput can limit the useful size of an application.
Control software for hybrid workloads
Qambria’s engineering work spans the runtime and integration software needed to move a quantum application from circuit definition through scheduling and execution. Its team describes work on compilers, schedulers, middleware and benchmarked hybrid algorithms across quantum software frameworks. The company is building infrastructure for quantum-computing developers and HPC operators; its public materials describe a technology under development rather than a general-purpose commercial product already in broad use.
- Architecture
- Quantum-accelerated HPC node
- Workload
- Hybrid quantum-classical computing
- Technology
- Runtime, integration software and control middleware
- Headquarters
- Switzerland
Funding history
2 rounds · 2 with disclosed amounts| Announced | Round | Amount | Investors |
|---|---|---|---|
| Pre-seed | CHF 2M | Syntropy Frontier Investment Track — LeadBC Growth Equity — ParticipantKensho VC — ParticipantQAI Ventures — ParticipantQbeat Ventures — Participant | |
| Innosuisse grant | CHF 850K | Innosuisse — Participant |