In 2018, we first conceptually discussed quantum computing, specifically the efforts of giants like Google, IBM, and Alibaba, and its implications for logistics. Click here to read this article and refresh your knowledge.
Nowadays, this topic is more relevant than ever. The digital transformation of the global supply chain is what we at SeaRates advocate every day. For us, technology has been a way to truly improve efficiency, transparency, and collaboration in logistics. Over the years, we have developed web applications and APIs that automate all processes. Our solutions cover the full spectrum of logistics needs — from automated document handling and seamless booking to essential tools like instant freight rate calculation and real-time cargo tracking. This ensures customers have full transparency and control at every stage of delivery. We’ve created a view of a future where machines take over routine tasks and people focus on strategy and innovation.
As you scroll through our LinkedIn feed today, it is filled with calls to “trust our AI solution”, so there are more layers of validation for this topic. Our team has been at the forefront of logistics automation since 2010. The global community has seen concepts for autonomous trucks, ships, terminals, and supply chain systems where all parties are seamlessly connected. The Digital Freight Alliance is a big step in this direction, as it’s the largest network of freight forwarders, filled with solutions and digital tools. And we recognize that there is still a long way to go.
The biggest challenge is no longer technology but the complex network of participants. It's the “weakest link principle,” where the capability of the entire system depends on its weakest participant. Our role is to ensure that every link, from the smallest freight forwarder to the largest shipping line, is strengthened, ultimately making the end user's life simpler and less stressful.
Dawn of a new digital era
This is where the new age of computing is springing from. As it has been aptly stated by Mr. Huang, CEO of NVIDIA, this is the reimagining of computing after 60 long years. The push towards GPU and AI supercomputers is more than mere acceleration of computing; it is about “creating factories of intelligence.” These machines will not just convert data, but breed intelligence from it to solve problems that were previously unbelievable to human scaling.
The speed of change is staggering. While Moore's Law has given us 100 times enhancements in power over a decade, AI innovations have been growing with a factor of 100,000 in the same period. We are henceforth entering from process design into engineering life. The distant imagination of “physical AI,” that is, digital twins in optimizing and improving physical industries like ours, has now ceased to be a distant imagination.
Google vs. Microsoft: Quantum frontier
Now we are on the verge of another big jump: quantum computing. A sight of what is to come is given to us by the exploits done by Google and Microsoft. With its 105 qubits, Google's Willow chip is evidence that practical “quantum supremacy” is nearly ready to be harnessed, having practically demonstrated quantum error correction. They were able to perform calculations in a matter of minutes that would have taken a supercomputer years—talk about a stark reality of what is possible!
Microsoft's approach with its Majorana 1 chip is, in some ways, just as exciting. They have discovered a new form of matter for qubits that is more stable and error-resistant, which is a breakthrough in itself. However, after 17 years of research, they have only managed to place eight qubits on the chip, but their concept of a “topological core” capable of scaling to a million qubits gives an idea of their long-term strategy of high risk and high reward.
The intuition arose towards the climax of their respective developmental pathways that the future of computing will not only be faster but also fundamentally different. With this, the solution to our world's most untamed problems is found in the interplay between quantum computing and AI supercomputers. So for the shipping industry, it'll be a revolution.
The future is now
Imagine quantum algorithms optimizing global delivery routes instantaneously, incorporating weather variables, geopolitical risks, and multimodal logistics with unprecedented accuracy. Imagine a world where supply chain resilience to any disruption, such as pandemics or trade restrictions, can be perfectly modeled. We solve the traveling salesman problem with millions of nodes in seconds, whereas even the most powerful supercomputer today is incapable of solving the issue meaningfully within any reasonable time for an acceptable number of coordinates. Through such optimization, fuel consumption shall be minimized, and thus costs alongside carbon emissions will shrink in this process. However, it is one of the more concrete considerations for the sustainability of global trade.
Since our inception, SeaRates.com has stood by the premise: logistics means logic. It is a system that knows how to be designed and optimized. Well, if not for manipulation, then at least for great service to humanity. We have never felt more committed than now, with the onset of the new era of digitalization, to this vision. We are not just building tools but the actual future of global trade. And that future, thanks to AI and quantum technologies, will be ever more efficient, green, and full of human touch.
Looking for logistics business optimization? Contact us at [email protected] to get customized solutions tailored to your business needs.
