QUANTUM ADVANTAGE FOR NIGERIA
Can quantum computing give us a better answer to a problem Nigeria already struggles with? We are looking for researchers, developers, and domain experts to find out.
1. The Challenge
We aren't looking for theoretical toy solutions.
We are looking for practical, real-world solutions to bottlenecks affecting Nigerian industries, where current classical computing methods (like optimization algorithms or machine learning) struggle to find the absolute best answer quickly.
2. Industry Tracks
Pick your battlefield.
Find a bottleneck within these core sectors and model it for quantum investigation.
Energy
How can we optimize electricity distribution when supply is unreliable and demand varies?
Logistics
How can we move goods across Nigerian cities more efficiently despite traffic and road conditions?
Agriculture
How can we optimize limited agricultural resources to improve productivity?
Finance
How can institutions make better decisions when allocating limited capital?
Healthcare
How can we optimize scarce healthcare resources to serve more people effectively?
Telecoms
How can providers optimize network infrastructure and resources across growing cities?
3. The Journey
How it works.
DISCOVER
Find a meaningful bottleneck within your chosen industry. What is the actual problem? Who experiences it?
MODEL
Turn the real-world problem into a computational problem. What route minimizes distance while satisfying constraints?
SOLVE
Develop an approach using quantum computing, quantum-inspired algorithms, or hybrid methods.
BENCHMARK
Compare your approach with an appropriate classical method. Does the new approach actually give us something better?
VALIDATE
Test your idea using datasets or quantum simulators. Your goal is to produce evidence, not assumptions.
SHOW THE VALUE
Explain what your result means outside the code. Who could use it? What value could it create?
4 & 5. Choose Your Path
There is no single way to participate.
Research Path
Investigate a meaningful Nigerian problem and produce a rigorous research paper.
Build Path
Design and build a working prototype, simulation, proof of concept, or optimization system.
6. Guidelines
What counts as a strong project?
A strong project is not necessarily the one with the most complicated quantum circuit. We care about the quality of the investigation.
A Real Problem
The problem should matter beyond the competition.
A Clear Model
Explain how the real-world problem becomes computational.
A Fair Baseline
Include an appropriate classical approach for comparison.
Evidence
Claims should be supported by experiments, simulations, data, or analysis.
Quantum Relevance
Explain why quantum or hybrid methods are worth investigating.
Real-World Value
What the result could mean for Nigeria or affected people.
Don't build quantum for the sake of quantum.
You are allowed to discover that quantum is not currently the best solution. We are looking for evidence, not hype.
8. Who can participate?
Anyone in Nigeria.
You do not need to be a quantum computing expert. Bring a difficult problem, your industry knowledge, your software skills, or your product thinking. Then learn the quantum side as you go.
We welcome students, developers, physicists, mathematicians, data scientists, engineers, researchers, academics, entrepreneurs, and industry professionals.
9. Build with a team
Diverse perspectives.
Great solutions often come from different perspectives. Find people who complement what you already know.
- A domain expertwho understands the problem.
- A researcherwho investigates the underlying question.
- A developerwho builds the solution.
- A product thinkerwho connects the solution to real value.
The Grand Finale — November 2026