AWS Braket — IonQ Aria
$0.30 per task + $0.03 per shot. Lower per-shot than Forte; smaller QPU.
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 |
|---|---|---|
| 100-shot pilot circuit | $3.30 | Cheapest trapped-ion entry point in the cohort. |
| 10,000-shot characterisation | $300.30 | Linear; predictable. |
| VQE 200k shots | $6,000.30 | Same as Forte despite different headline — $6K is mostly the shot count, not the per-shot rate at scale. |
2.Structural hardware advantage
25-qubit trapped-ion. Fidelity (99.5%) one tick below Forte but pricing is 60% lower per shot. For shallow-circuit workloads where 25 qubits is enough, Aria is the cheaper choice.
3.Position in the 2026 stack
Production, transitioning. Aria appears in Braket tutorials and some pricing snapshots but is being de-emphasised in favour of Forte. Verify availability before committing a project budget.
4.Best-fit workloads
- Shallow-circuit pilot studies (1-2 layer ansatz)
- Education / classroom use where 25 qubits is sufficient
- Cost-sensitive small-scale chemistry pilots
5.Pricing trap
6.Source
https://aws.amazon.com/braket/pricing/ · verified 2026-06-03
See also: all providers index · methodology · comparative tables