Quantum technology is moving fast from labs into factory floors and global ports. A new report by the World Economic Forum shows that real companies are already using it to cut costs, speed up production, and make supply chains more secure. Manufacturers and logistics leaders are turning to quantum computing, sensing, and communication to address problems that conventional systems can’t handle.
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Today, companies are searching for stronger tools to handle growing supply chain disruptions, which climbed 38% last year due to extreme weather, labor strikes, and rising cyber risks. At the same time, attacks on industrial firms increased 87%, with manufacturing taking the biggest hit. These pressures are driving a shift toward smarter ways to plan, test, and protect operations. Quantum systems are becoming a key part of that effort.
Early Adopters and Measurable Results
Several big names are already testing quantum solutions. Ford Otosan, part of Ford Motor Company (F), used hybrid quantum computing to speed up vehicle production scheduling. The system handled up to 16,000 constraints and cut planning time by 50%, helping the company produce one extra vehicle every ten hours during high demand.
Taiwan Semiconductor Manufacturing Company (TSM) is using quantum sensors made with synthetic diamonds to find defects that normal tools can miss. This level of precision could improve chip quality and reduce waste.
At Boeing (BA), engineers turned to quantum models to study corrosion in aircraft materials. The new process helped the team identify longer-lasting coatings faster, saving time and improving safety. Moderna (MRNA) also explored quantum simulations to design messenger RNA structures, reducing drug development time and improving accuracy.
In logistics, the Port of Los Angeles worked with partners to use quantum algorithms for scheduling trucks and cranes. The system cut wait times by up to two hours, lowered costs, and raised productivity by more than 60%. At the Port of Rotterdam, a pilot network using quantum encryption protected data flow between operators, keeping critical trade systems secure from future hacking risks.
Preparing for a Quantum Future
Beyond pilots, major firms are planning for large-scale adoption. Saudi Aramco is partnering with Pasqal to build a 200-qubit quantum computer to boost R&D in energy and manufacturing. Siemens AG (SIEGY) is also studying how quantum security can protect industrial systems and ensure compliance.
The report notes that the shift is not just about computing power. Quantum sensing and cryptography will soon play a key role in quality control, predictive maintenance, and cybersecurity. Hybrid cloud platforms already let companies experiment without big upfront costs, helping them learn before full rollout.
As global standards and skills grow, industries are moving from early trials to practical use. Publicly traded firms that start building quantum knowledge now could gain an edge as the technology becomes more affordable and widespread. According to the report, the next few years will define which manufacturers lead in efficiency, resilience, and secure operations. Quantum tools may soon become part of daily business, helping factories, labs, and logistics networks run faster and smarter.
We used TipRanks’ Comparison Tool to list the leading quantum stocks on Wall Street. It’s a quick way to see how they stack up and where the field could be heading.
