What problem does it solve?
Working with Amazon Braket requires knowing which quantum devices exist and are available, which program types each device accepts, how to submit tasks and hybrid jobs correctly, and how to control QPU costs — details that change frequently and are easy to get wrong from memory.
Core Features & Use Cases
- Device discovery and selection: Find QPUs and simulators across all Braket regions, check status, availability windows, qubit counts, paradigms (gate-model vs AHS), and capabilities.
- Program submission: Build and run OpenQASM circuits, AHS programs, program sets, task batches, and hybrid jobs with correct SDK signatures and entry-point packaging.
- Cost control: Look up current per-task, per-shot, and duration pricing, and enforce hard QPU spend caps with spending limits.
- Use Case: Ask the agent to run a parameter sweep of variational circuits on an IonQ QPU — it will verify the device is online, package the sweep as a program set to minimize per-task fees, confirm pricing, and suggest a spending limit before submission.
Quick Start
Ask the agent to list all currently online Braket QPUs and run a Bell-state circuit on one of them with 1000 shots.