Thank you! Your submission has been received!

Oops! Something went wrong while submitting the form.

Results

Optimization Solver

Discover the BQPhy® QIEO Business Impact on Trajectory/Route Optimization

Thank you! Your PDF will get downloaded automatically.

Oops! Something went wrong while submitting the form.

Challenges

Optimizing airline routes by considering deconflicting measures and maintaining safe trajectory radius between each flight is a complex problem taking into account altitude, speed, weather, and route restrictions
Existing approaches do not scale well for a large number of variables and constraints.

Results

BQPhy's QIEO Optimization solver achieved optimal flight pathsexploring global minima for over 100 flights across Europe

‍

Comparing with classical algorithms, BQPhy QIEO reduced

‍

Comparing with classical algorithms, BQPhy QIEO reduced

Emissions Reduced 220,000 kg

‍

Savings of USD 70,000

Flight time saved 6.5 hours

Get in touch for a no obligation proof-of concept

Schedule a Call

More to Explore

Optimization Solver

See how Quantum Inspired Evolutionary Optimization Enhances Satellite Placement

Enhanced accuracy for structural impact analysis with Hybrid Quantum-Classical Methods, delivering faster, reliable simulations

Optimization Solver

BQPhy® achieved 6% more weight reductions of airfoils without compromising strength

6% lighter airfoils with unmatched strength, optimized 90% faster using BQPhy® advanced algorithms and expertise

Multiphysics simulation

Unlocking Unprecedented Accuracy for high fidelity Complex Fluid Flow Simulations

BQP’s hybrid quantum-classical methods achieve 10⁻⁵ accuracy and scale to complex, high-resolution simulations

Join our newsletter