End-to-end quantum learning

Learn quantum. Run it. Master it.

Quived is an end-to-end quantum computing learning platform that connects structured courses, live Jupyter notebooks, assessment, collaboration, and progress—without stitching separate tools together.

Open the live ITS platform Explore the platform

Seamless JupyterHubQuantum-ready kernelsLearning to assessment

Quived institution home showing ITS branding and navigation for courses, notebooks, assessments, and hackathons — Platform onlineInstitution-branded learning workspace

Framework-readyQiskitPennyLaneCUDA-Q

Real platform · deployed at ITS

See the learning experience learners actually use.

These are real screens from Quived’s institution deployment—bringing discovery, enrollment, notebooks, assessment, and hackathons into one consistent workspace.

Live platformExplore its.quived.com

Quived course catalog showing search, category and difficulty filters, and a Basics of quantum information course — 01 · Learn
Discover a structured quantum course.
Learners can search the catalog, filter by subject and level, review course details, and enroll from the same workspace.

Quived hackathons page showing the Qiskit Fall Fest 2026 quantum computing hackathon at ITS Surabaya — 02 · Build
Move from learning into a real challenge.
Event dates, submission deadlines, team activity, and the Qiskit Fall Fest 2026 challenge live alongside the learning tools.

Quived embedded notebook showing executed Python code and two matrix visualizations — 03 · Execute
Code, run, and read the result without leaving Quived.
The embedded notebook keeps the Python kernel, Qiskit code, execution controls, saved state, and visual output inside the learning workspace.
Managed Python kernel
Qiskit-ready environment
Inline visual results

Quived embedded notebook showing a live Python kernel, Qiskit imports, saved status, and execution controls — 03 · Execute
Code, run, and read the result without leaving Quived.
The embedded notebook keeps the Python kernel, Qiskit code, execution controls, saved state, and visual output inside the learning workspace.
Managed Python kernel
Qiskit-ready environment
Inline visual results

Captured from a working Quived deployment for Institut Teknologi Sepuluh Nopember.

Quived v1.3.0

Events, webinars & credentials

Live learning now continues all the way to recognition.

Plan an event, connect it to the right course or hackathon, verify webinar attendance, help participants save every date, and issue downloadable e-certificates from one platform.

Explore the live ITS platform

Quived Events and Webinars page showing search, upcoming and past filters, course and hackathon links, e-certificate availability, and Add to Calendar — Discover & scheduleEvents and webinars in one searchable view

Quived event detail page showing Qiskit Fall Fest 2026 dates, linked learning activities, registration, Add to Calendar, and e-certificate information — Register & completeA connected event journey with calendar and certificate support

Connected events

Publish events with clear start and end dates, stable links, and direct connections to relevant courses and hackathons.

Verified webinars

Host sessions through Zoom or Google Meet, with an attendance code available during the final ten minutes to verify participation.

Downloadable e-certificates

Generate credentials from PowerPoint, PDF, or ReportLab templates and make downloads available to learners and instructors.

Add every date to a calendar

Save events, webinars, exams, hackathons, and assessments from one consistent calendar action.

For local development

Quived can fall back to an in-memory cache and database-backed sessions, keeping local environments productive when Redis is unavailable.

One continuous learning system

From first concept to reviewed, runnable quantum work.

Quived gives learners, educators, and institutions one place to teach the concept, run the code, discuss the work, assess understanding, and see progress.

01 · STRUCTURE

Courses built around doing

Organize prerequisites and ordered modules that combine explanations, videos, notebooks, and downloadable resources.

Modules
Mixed content
Enrollment

02 · EXECUTE

Jupyter labs built into the journey

Seamless JupyterHub integration launches managed notebook sessions with the right quantum environment, persistent work, and course context.

Qiskit
PennyLane
CUDA-Q

03 · IMPROVE

Feedback stays connected to the work

Share read or write access, discuss individual cells, compare versions, submit work, and follow progress over time.

Comments
Version history
Grading

One continuous workflow

Teach, experiment, assess, improve.

Course context follows the learner into JupyterHub and returns with the notebook, discussion, submission, feedback, and progress still connected.

See the AI learning roadmap

Follow a structured course

Move through ordered modules with text, video, files, and notebook activities in context.

Work in a live notebook

Launch a quantum environment, execute and revise cells, then let autosave protect the flow.

Submit, discuss, and improve

Use cell-level comments, version history, grading feedback, and progress tracking to keep moving.

Golden quantum computing cryostat against a black background

Quantum cryostat suspended inside a purple-lit laboratory frame — Inside the quantum laboratory

Detailed gold and copper dilution refrigerator assembly — The cryogenic layers behind a quantum processor

Meet the real hardware

Quantum computing is no longer just a diagram.

IBM Quantum System Two is a modular quantum computing system designed to link multiple quantum processing units in a data-center environment.

quived helps learners build the concepts and circuit intuition that make this extraordinary hardware understandable—before, during, and after a live event.

100+qubit-class workloads highlighted by Fall Fest 2026

10 yrsof quantum computing on the cloud celebrated in 2026

Explore IBM Quantum hardware Learn the ideas in the browser. Understand the machines they run on.

Live with quived

Two events. One future-facing community.

Meet Qiskit Fall Fest 2026 at ITS and Hackathon 10.11—real places to learn, experiment, and build.

Explore the 2026 events

Oct 3—Nov 30 · Hybrid