Restore regional communications with quantum.
When disaster cuts a region off, which site do you restore first? Learn route optimization in a scenario grounded in reality.
Compare manual search, classical exhaustive search, and QAOA-inspired search to grasp the core ideas of quantum optimization.
The recovery mission shows how route design changes once infrastructure priority, travel constraints, and emergency response enter the picture.
A browser-based educational simulator you can try instantly.
Quantum Optimization × Regional Resilience
Design recovery routes during a disaster while considering the importance of communication facilities, shelters, and regional infrastructure.
Learn Through a 3D Mission
Navigate a regional 3D map with six hubs and live congestion, and find the best route order yourself.
Compare QAOA-Inspired Search
Watch the parameters and the route probability distribution to see how QAOA-inspired exploration differs from brute force.
Quantum Resilience Mission
Restore regional communications with quantum.
Quantum Resilience Mission is a browser-based 3D educational simulator based on the theme of disaster-time communication infrastructure recovery.
Learners design routes across regional facilities and compare manual route planning, classical exhaustive search, and QAOA-inspired probabilistic search.
The simulator uses an educational concept model rather than a real quantum computer, letting learners see combinatorial explosion and route prioritization, and how a probabilistic search homes in on good solutions.
A browser-based educational simulator you can try instantly.
Bring us the problem you are weighing up.
Whether quantum and AI are worth trying on it at all, and what would differ from the method you use now. An undecided question is the right place to start.
We begin by setting out the problem, its constraints and what would count as a good answer.
And for every challenger who wants to show their ability through practice.