A foundry supplying other hardware companies, so its capital says more about fabrication capacity than about a bet on one qubit modality.
This profile is a single-company view of the same public ledger that builds the global ranking. Figures are disclosed amounts, not valuations; an empty cell means the source did not publish a number.
| Headquarters / founded | Amsterdam · 2021 |
|---|---|
| Technology | quantum-computing · Superconducting QPU foundry (VIO) |
| Region / country | Europe · Netherlands |
| Status | private |
| Cumulative disclosed funding | ~$364M (lower bound) |
| Global rank | #15 / 62 |
The values below are computed on this build from the live dataset. They are measurements, not commentary.
| Share of all tracked capital | 2.16% |
|---|---|
| Median, same technology | $85M |
| Median, same region | $55M |
| Nearest larger peer (same technology) | QuEra Computing · $370M |
| Nearest smaller peer (same technology) | Atom Computing · $360M |
| Published financing events | 1 |
| Cash disclosed across those events | $164M |
| Policy / public-market events | 0 / 0 |
| Unreviewed auto-collected events | 1 |
| Syndicated reports merged into these rows | 1 |
A ~$164M reported raise for a superconducting QPU foundry service is notable because QuantWare sells fabrication access to other hardware companies rather than a complete machine. That makes it a supply-layer entry whose capital should not be read as a bet on one qubit modality. Two overlapping reports from the same news window were merged here, and the surviving figure remains approximate and auto-collected.
Two May 2026 reports give different amounts for overlapping coverage. The publication layer keeps the better-sourced figure and records how many reports were merged.