There's a good chance you've been hearing more and more about quantum computers in recent months. In the news, on LinkedIn, or perhaps even during discussions about AI and cybersecurity. Especially now that a Dutch chip developer is gaining global attention with a new generation of quantum chips, the technology suddenly seems closer than ever.
But what is a quantum computer, really? And why is so much expected of it?
From conventional computers to quantum computers
To understand quantum computers, it's helpful to first look at how a normal computer works.
A traditional computer—like your laptop or server—works with bits. A bit is always a 0 or a 1. Everything a computer does, from sending emails to performing complex calculations, ultimately consists of enormous amounts of zeros and ones. A quantum computer works differently. It uses so-called Qubits. A qubit can be a 0 and a 1 at the same time. This may sound impossible, but it's because quantum computers use physical principles from quantum mechanics.
This allows quantum computers to perform certain calculations not just a little faster, but potentially millions of times faster.
Why is that so special?
Normal computers perform calculations step by step. The more complex the problem, the longer it takes. Quantum computers can explore multiple possibilities simultaneously. This makes them extremely interesting for problems that are nearly impossible for classical computers.
Consider, for example:
- Developing new medicines
- Complex AI models
- Logistics Optimization
- Financial simulations
- Climate research
- Cybersecurity and encryption
For some calculations, a traditional supercomputer would need thousands of years, while a quantum computer could theoretically solve this in minutes or hours.
Does this mean our laptops will disappear?
No, not for the time being. Quantum computers will not replace traditional computers, just as AI does not completely replace them. They are mainly suitable for extremely specialized calculations. Your workplace, cloud environment, Microsoft 365, or ERP system will continue to run on traditional systems.
See it more as an extra tool for specific challenges.
Why is the IT world also concerned?
Besides all the opportunities, quantum technology also brings new risks. Much of current internet security—such as password encryption, VPN connections, and bank transactions—is based on mathematical problems that normal computers practically cannot crack. Quantum computers may be able to do this in the future. This means that cybersecurity companies, governments, and large technology companies are already working on so-called post-quantum securitynew forms of encryption that must be resistant to quantum computers.
Microsoft, Apple, and Google are also currently investing billions in this.
The Netherlands plays a surprisingly large role
What many people don't know is that the Netherlands is a major global player in quantum technology.
With organizations such as:
- QuTech in Delft
- TNO
- Eindhoven University of Technology
- TU Delft
- A diverse group of Dutch chip developers and startups
Is there serious work being done in the Netherlands on the next generation of quantum chips and infrastructure.
A recent development by a Dutch developer has garnered significant international attention with a new quantum chip that is said to be more stable and scalable than previous generations. This demonstrates that this technology is no longer purely theoretical.
What does this mean for companies?
In the short term, probably not much directly.
But in the long term, quantum technology will influence:
- Cybersecurity
- Data analysis
- AI
- Cloud platforms
- Scientific research
- Financial models
- Supply chains
Just as AI is becoming increasingly accessible to businesses, quantum technology will also slowly move from laboratories towards practical applications.
Our vision at Analyst ICT
At Analyst ICT, we believe that technology only gains value when it becomes understandable. Quantum computers sound like science fiction to many people, but developments are moving faster than ever. It is therefore important that companies already understand today what impact new technologies such as AI and quantum computing can have on their organization.
Not to be afraid of, but to be prepared for.
Because the future of ICT is no longer just about workstations and servers. It's increasingly about data, intelligence, security, and strategic insight.
And that's exactly where we want to help our customers. Not with complicated stories, but with clear explanations, honest advice, and practical guidance. Super logical!
