Analog photonic NISQ belongs in a different comparison set from the fault-tolerant photonic programmes that dominate the top of the ranking.
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 | Stuttgart · 2021 |
|---|---|
| Technology | quantum-computing · Photonic (analog NISQ) |
| Region / country | Europe · Germany |
| Status | private |
| Cumulative disclosed funding | ~$75M (lower bound) |
| Global rank | #30 / 62 |
The values below are computed on this build from the live dataset. They are measurements, not commentary.
| Share of all tracked capital | 0.44% |
|---|---|
| Median, same technology | $110M |
| Median, same region | $55M |
| Nearest larger peer (same technology) | Riverlane · $80M |
| Nearest smaller peer (same technology) | Turing Quantum · $70M |
| Published financing events | 1 |
| Cash disclosed across those events | $75M |
| Policy / public-market events | 0 / 0 |
| Unreviewed auto-collected events | 0 |
| Syndicated reports merged into these rows | 0 |
This ~$75M Series A funds an analog photonic NISQ approach, a deliberately different bet from the fault-tolerant photonic programmes that dominate the largest rows. Q.ANT is aiming at near-term industrial workloads, so the appropriate comparison is with other analog or special-purpose machines rather than with universal gate-model funding totals. The round is company-announced and carries no named lead investor in our sources.
Only one aggregate amount was published for the Series A, with no tranche detail. The figure is kept as reported and marked approximate where the source says so.