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BUILD THE GLOBAL STANDARDFOR QUANTUM TALENT

The Global Standard ForQuantum Skills

QVillager is a startup born at the University of Tokyo. We evaluate and certify quantum ability through practical challenges, building a common standard the world can trust.

Quantum challenges built from real corporate and research problems make skills in quantum algorithms, quantum software, mathematical optimization, and applied AI visible.

Algorithm Design

QAOA

Score 9,214

Verified

Implementation

QML

Top 4%

Rare
QAOAQUBOIsing ModelQuantum AnnealingQMLQiskitHybrid OptimizationQuantum AIAlgorithm DesignVerified Skill
Arena Cat, the QVArena mascotProduct

QVArena

Make quantum skill growth visible.

QVArena is QVillager's quantum challenge platform.

Participants test their skills on challenges built from corporate and research problems: quantum algorithms, quantum software, mathematical optimization, and applied AI.

QVArena looks past the final answer. Problem understanding, formulation, algorithm design, implementation, validation, and the ability to explain all count.

QVArena Dashboard
Verified

Skill Score

0

Global Ranking

Top 4%

QAOAQUBOQML

Recent Challenge

Logistics Optimization Challenge

Skill Radar

How It Works

How it works

  1. Challenge Design

    Real problems from companies and research institutions become quantum challenges.

  2. Submission

    Participants implement and submit quantum algorithms and software.

  3. Evaluation

    Results, implementation, reproducibility, and explanation are scored against a common standard.

  4. Certification

    Scores accumulate as rankings, badges, and certification.

  5. Talent Connection

    Verified scores connect talent to hiring, training, and PoC projects.

Evaluation Framework

What QVillager evaluates

QVillager evaluates more than knowledge.

We assess the practical abilities needed to apply quantum technology to real problems.

Skill Radar

  1. Problem Understanding

    Grasp a real-world problem and organize it into a mathematically tractable form.

  2. Modeling

    Formulate the problem as QUBO, an Ising model, or an optimization problem.

  3. Algorithm Design

    Choose and design QAOA, quantum annealing, classical optimization, or hybrid methods.

  4. Implementation

    Build it with Qiskit, Python, AI tools, and simulators.

  5. Evaluation

    Validate results and benchmark against baselines and classical methods.

  6. Explanation

    Explain method choices, results, and room for improvement clearly.

Challenge Examples

Example challenges

  • Challenge

    Logistics Optimization

    Optimize delivery routes, traveling-salesman-style tours, and inventory placement.

    QUBORouting
  • Challenge

    Portfolio Optimization

    Design asset allocations that balance risk and return.

    IsingFinance
  • Challenge

    Factory Scheduling

    Tackle scheduling for production lines, AGVs, task assignment, and process management.

    SchedulingQAOA
  • Challenge

    Disaster Response Routing

    Handle evacuation routes, relief delivery, and resource allocation in disasters.

    RoutingSocial Impact
  • Arena Cat looking cool

    Quantum AI Challenge

    Combine AI agents with quantum search to design hybrid solutions to real problems.

    Quantum AIHybrid
Traction & Recognition

Traction & trust

See all milestones
Startup Recognition
IVS2026 Startup Market & SPIKES PITCH
Research & Media
Physical Review Letters, Nikkei, New Scientist
Selected Programs
NEDO, J-StarX, Oxford, Stanford
Product & Community
QVArena, hackathons, talent community

Let's build the quantum future together.

Learners, challengers, supporters.

QVillager is building the proving ground for everyone taking on quantum technology.