Quantum at the Port: D-Wave and SavantX Tackle Supply Chain Optimization in Los Angeles
April 7, 2025
In an industry where minutes matter and margins are tight, the Port of Los Angeles is turning to quantum computing to streamline operations and reduce inefficiencies. At Pier 300, a new collaboration between SavantX and D-Wave is showing how quantum technology can solve some of the most complex logistics challenges in real time.
This partnership marks one of the earliest practical applications of quantum computing in port operations and highlights the growing potential of quantum tools to support smarter, more responsive global supply chains.
Quantum-Powered Optimization with the HONE Engine
At the heart of this initiative is SavantX’s Hyper-Optimized Nodal Efficiency (HONE) Engine, a platform designed to improve port logistics using advanced data science and quantum computing. The HONE Engine integrates with D-Wave’s quantum annealing systems to address large-scale optimization problems—such as scheduling, resource allocation, and cargo flow—at speeds beyond what classical methods can efficiently manage.
Quantum annealing, D-Wave’s specialty, is particularly well-suited for combinatorial optimization—an area where traditional systems struggle under the weight of complexity and scale.
Real-World Impact at the Port of Los Angeles
The results are already making waves. By optimizing cargo movement at Pier 300, the HONE Engine has helped reduce delays, minimize fuel use, and improve equipment and labor utilization. These operational improvements not only enhance throughput at one of the busiest ports in the U.S., but also support environmental and economic sustainability goals.
What’s more, this project offers a glimpse into how quantum computing could be deployed across other parts of the logistics sector—from rail yards and airports to distribution centers and beyond.
A Model for Quantum’s Role in Industry
As quantum hardware and algorithms continue to advance, the SavantX–D-Wave collaboration serves as a compelling case study for how early-stage quantum technology can deliver real business value today. The ability to handle massive, dynamic datasets and optimize complex systems is increasingly essential in global logistics—and quantum computing is poised to play a central role.
This project signals a shift: quantum innovation isn’t just for labs anymore. It’s moving into ports, warehouses, and the operational backbone of international trade.