01
A predictable sandbox.
Every student gets the same working environment with dependencies pre-installed. No local setup, no "works on my machine" during a TA-led lab session.
001/EDUCATION
Quantum, in the classroom.
A sandboxed teaching environment for quantum computing: predictable compute with dependencies pre-installed, real-hardware homework, and provisioned student access, from a hundred-person lecture to a small seminar.
first-circuits.ipynb — python 3 [qbraid]KERNEL IDLE
SHOTS 1000QIR-SV
IN [1]
from qiskit import QuantumCircuitfrom qbraid import QbraidProviderqc = QuantumCircuit(2)qc.h(0); qc.cx(0, 1); qc.measure_all()provider = QbraidProvider()device = provider.get_device("qbraid:qbraid:sim:qir-sv")job = device.run(qc, shots=1000)job.result().data.get_counts()
OUT[1]
{'00': 507, '11': 493}00507
11493
2-QUBIT BELL PAIR · QIR-SV SIMULATOR · 1000 SHOTS
2000+INSTITUTIONS REPRESENTED
12K+STUDENTS REACHED
< 90sTO FIRST CIRCUIT
002/UNIVERSITIES
Taught in classrooms and hackathons at leading institutions.
003/EDUCATIONAL ECOSYSTEM
A classroom that just works.
Lab is the sandbox where your class runs: identical environments for every student, dependencies pre-installed, hardware homework made easy, and spend you control, from a single seminar to a hundred-person lecture. Bring your own syllabus or use ours.
02
Real-hardware homework.
Assign problem sets that dispatch to real QPUs, not just simulators. Students run the actual circuit and read back results.
03
Provisioned & governed.
Provision student access in bulk, distribute and autograde assignments, and cap and track spend per class from one dashboard.
04
A curriculum to match.
Teach your own course plan, or pair the sandbox with qBook coursework, slides, and problem sets aligned to standard quantum syllabi. Whatever you bring, the materials are ready.
Instant setup, global reach, and judging-ready workflows, proven at the field's flagship events. qBraid has been the official compute platform for MIT iQuHACK five years running, and IBM's platform of choice for the Qiskit Global Summer School and Fall Fest, reaching thousands of participants across dozens of countries.
OFFICIAL PLATFORM FORMIT iQuHACKQiskit Global Summer SchoolQiskit Fall FestIBM Quantum ChallengeConnected DMV Global Industry Challenge
01
Instant setup.
Participants are coding in minutes. Pre-configured environments, hardware access, and shared notebooks ready out of the box.
02
Competition ready.
Team workspaces, project submission, judging dashboards, and prize tracking, built for real events.
03
Global reach.
Run virtual or hybrid events with participants from anywhere. No regional install gates, no driver mismatches.
005/QUEST PROGRAM
Real quantum hardware, free for your class.
Through QUEST, we pool QPU credits from multiple hardware partners and route them through qBraid, putting real devices in the hands of students across 40 universities. It's free for professors and their students, and applications are open now.
006/IN THEIR WORDS
Quantum, taught by professors.
“I had a great experience using qBraid as a platform while teaching my quantum algorithms course at EPFL. Students can get set up in seconds, and experimenting with a variety of real devices helps ground the work that we do in class. The qBraid team was very responsive whenever I had questions, technical or administrative difficulties.”
Thomas Vidick
Professor · EPFL
EPFL · SWITZERLAND · 120+ NATIONALITIES
“With qBraid, all 75 students were writing quantum code in under fifteen minutes.”
Sandy Irani
Professor of CS · UC Irvine
“Easy for students to start running quantum programs on different kinds of QPUs, right away.”
Bennett Brown
Executive Director · QuSTEAM
“qBraid helped the NYUAD Hackathon empower a new generation of computer scientists.”
Sana Odeh
Clinical Professor · NYU Abu Dhabi
007/FOR EDUCATORS
Bring quantum to your classroom.
Set up a course, share environments with your students, and teach on real hardware, with zero install.