IBM Quantum — Pay-As-You-Go
Per-minute billing, no contract minimum. $96/min for Heron r2 / r3 access. Smallest billing increment is per-second.
1.Representative workload costs
Concrete circuit costs for common workload sizes. Where the pricing model is non-linear (per-program minimums, per-month subscriptions), the table surfaces the floor and break-even points.
Table 1 — Workload cost reference
| Workload | Cost (USD) | Note |
|---|---|---|
| 10-shot circuit (sub-second execution) | Sub-$1 | Per-second granularity means short circuits are cheap. |
| 10,000-shot characterisation run (~60 sec) | $96 | 1 minute at the headline rate. |
| Full VQE optimisation, 200k shots (~30 min QPU) | $2,880 | 30 minutes at $96/min. Compare to Rigetti Cepheus via Braket at $145 for the same shot budget. |
2.Structural hardware advantage
Per-second granularity is friendlier to short / interactive workloads than Azure's per-program minimum. Heron r2 / r3 fidelity (99.7% 2Q) is the strongest superconducting production hardware in 2026.
3.Position in the 2026 stack
Production hardware, on-demand. PAYG was launched mid-2024 to compete with AWS Braket's per-shot model. Flex Plan ($72/min against a 400-minute annual minimum, a $28,800 floor) sits below for committed buyers.
4.Best-fit workloads
- Production workloads with bursty demand
- Workloads requiring deep circuit fidelity that justifies superconducting at premium per-minute
- Interactive research where short-burst execution matters
5.Pricing trap
6.Source
https://www.ibm.com/quantum/pricing · verified 2026-09-07
See also: all providers index · methodology · comparative tables