Live from APS March Meeting 2026

One single path from idea to quantum hardware.

qBraid gives developers one account to go from framework code to execution on real systems. The Quantum Machines qBraid Gateway integration is coming soon; learn what is on the roadmap, and claim $25 in QPU/GPU credits with promo code APS2026 today.

Claim Credits + Sign Up Contact Us About the Integration

Qbraid Gateway Integration Coming Soon

qBraid × Quantum Machines: from framework to pulse

Teams interested in early access will be able to bring their preferred SDK such as Qiskit, Cirq, or Braket, authenticate once through qBraid, and seamlessly route through one qBraid SDK endpoint, submit QUA jobs, and inspect execution states.

IDE

SDK

qBraid

GPU

QPU

Verify

Auth OK

Token

SSO

Job 01

Job 02

Job 03

Run QM

Result

Trace

AUTH QUEUE EXECUTION RESULTS

Live State: AUTH T+00.0s

Circuit to pulse

Move from framework code to pulse-aware jobs without changing platform context.

Entry points

Start in cloud IDE or local SDK and authenticate once through qBraid.

Run jobs

Dispatch to Quantum Machines hardware with queue and result visibility.

Platform capabilities

What qBraid provides

One environment from circuits to execution: write in Qiskit, Cirq, Braket, or others; run on CPUs, GPUs, and 34+ QPUs/simulators without rebuilding your stack per backend.

Browser or local

Cloud IDE, or qBraid SDK + VS Code locally.

Backends

CPUs, GPUs, and 34+ QPUs and simulators with a single API.

Tooling

LLM-assisted circuit design and debugging, plus standard Jupyter/Python.

Cross-framework

Transpilation across frameworks so you can compare backends without rewriting code.

Code-in textbook

Use qBraid in your course materials and textbooks.

Hackathons

We host hackathons internationally for quantum students. Please reach out if interested!