Archive for category: ICT

The Greater Rotterdam-The Hague Area is on its way in becoming the Silicon Valley of Quantum Technology. The first quantum network in the Netherlands is to be released around the end of the year. A quantum link will be established between Delft and The Hague, connecting and entangling two quantum nodes.

The first quantum network in the Netherlands will be released around the turn of the year. A so-called quantum link (Q-link) will be established between the Dutch cities of Delft and The Hague, which will enable two quantum systems to be linked and entangled. If this network works, further scaling up to other cities in the Dutch Randstad region will be considered. Dutch scientists and companies are working hard on the development of quantum technology in the form of quantum networks and computers. But what use will this new technology be to us? And how will it change our lives?

The Netherlands aims to become the Silicon Valley of quantum technology, as indicated in the Dutch Government’s National Agenda for Quantum Technology document. Along with several others, QuTech, which is a long-term collaboration between the Dutch Delft University of Technology (TU Delft) and the Netherlands Organisation for Applied Scientific Research (TNO), is conducting research into the potential of Quantum Computing and Quantum Internet. It is also looking into practical applications that involve the participation of companies such as the Dutch telecom giant KPN and the American multinational Cisco Systems.

Enormous economic impact

The range of applications seems to be limitless. “The quantum computer makes calculations in a completely different way than the computers we are currently familiar with,” says Ingrid Romijn, program manager at QuTech. “A quantum computer can, for example, calculate the various states of large molecules extremely quickly. This enables researchers to simulate the interaction between substances and cells much more accurately. This enables medicinal drugs to be developed specifically for any given individual who has a particular disease. In addition, quantum technology can contribute to advances in batteries and solar cells. It can also clarify and solve logistical problems much more swiftly,” Romijn explains. The quantum computer can, therefore, have a major impact on the healthcare, energy and logistics sectors, to name but a few. “But that’s not all. Every sector can benefit from a computer with more computational power. Consequently, the economic impact is bound to be enormous.”

It is not yet clear exactly how significant this impact will be. Not all the capabilities of a quantum computer have been figured out by researchers and companies as yet. René Pluis, the cybersecurity leader of the digital acceleration program for the Netherlands at Cisco Systems: “This is more often the case once fundamental research is put into actual practice.” He compares it to the technological revolution of the 1950s. “That’s when electronic appliances and transistors became the norm. Appliances are able to function in more compact, lighter, and cheaper versions. We are completely used to that now,” he says.

“In those days, the transistor radio was invented, but we had no idea at the time that we could also create an MRI scanner based on that same technology. The same holds true for the laser. At first, it was a massive machine. Now it’s tucked away in small appliances like a CD player. We don’t know yet what we can do with quantum technology in the future, so we have to use it and figure it out.”

The two key principles

Quantum technology works on the basis of two principles: entanglement and superposition. These two characteristics make the technology stand out from all others. Quantum technology does not look at bits, but instead, it deals with qubits. The currently used bits are always a 0 or a 1. A qubit can also be a 0 and a 1 at the same time. The way qubits work is based on principles of quantum mechanics, one of the most precise theories in the world. Thanks to major breakthroughs over the past decade, it is now clear that these principles can be applied in new cutting-edge technologies. “By having the quantum computer perform computations using qubits, in principle, several computations can be performed at the same time. Since quantum computers can perform multiple operations all at once, they have the potential to solve problems that are practically unsolvable for conventional computers,” Pluis asserts.

The second characteristic of qubits that makes quantum technology possible is entanglement. This means that two quantum systems, for example, electrons or photons, are connected with each other without actually ever being physically connected. If one quantum system changes, the other one will also sense that, even if they are thousands of kilometers away from each other. “This also sounds almost magical, but it has been proven to work,” Pluis goes on to say: “As a consequence of this entanglement, there is a link between the states of the two systems from a distance. It is as if they are one system, so to speak.”

Romijn adds. ” This allows you to synchronize things much faster when two quantum systems are remotely entangled,” she says. This could, for one thing, result in more accurate positionings and localizations and could be incorporated into astronomy. Pluis: “The more accurately atomic clocks are tuned up with each other, the finer satellites and telescopes can be tuned.”

Improved security

An entangled connection also provides a higher level of security. “You then have a quantum link to someone else. If someone tries to access or eavesdrop on an entangled connection, the entanglement disappears and it is immediately clear that someone was attempting to read the data,” Romijn explains. According to Romijn, one of the first applications of quantum computers and networks will be to secure confidential information, e.g. that of the government or the military. “For instance, we are working with a Dutch bank to examine the scope for security,” she says.

Not only does the quantum computer offer new forms of security, but it also poses security risks. The current security provided by encryption, a cipher sequence generated by multiplying large prime numbers, is no longer as secure when a quantum computer comes into play. “It is very difficult for a standard computer to reduce this type of cipher sequence down to those two prime numbers. This is why data is secure. But because a quantum computer performs these kinds of calculations far more quickly, it can easily crack these kinds of codes,” explains Pluis, who works at Cisco.

“The quantum computer’ is still a few years down the road. But if someone were to save files now in order to decrypt them sometime in the future, that might pose a problem. Not all documents will still be relevant in a number of years, but government documents often still will be,”, he notes. That is why a new type of security is needed for important – classified – documents. “An encryption system is currently being developed on the basis of quantum network technology that no longer relies on the huge computational power of quantum computers,” Pluis states.

Good or evil

Data security is one of the many applications of quantum technology. As such, the new technology has two faces. On the one hand, it can crack today’s security systems, with all the ensuing implications. On the other hand, it can provide new and more sophisticated forms of security. Romijn: “What if the technology falls into the hands of criminals? The government, among others, is quite concerned about that.” According to the program manager at QuTech, this is a recurring question that always arises where technological developments are concerned. “When the laser was invented, people were also afraid that criminals would make weapons out of it. Now it appears that good things are done with it in the main,” she comments.

“The technology is not good or evil. We have to make sure that it is put to good use.” There is a lot of emphasis on the ethical side of things within the National Agenda Quantum Technology document. “We want to focus on social impact and actually involve society in the development process. Not only technicians but also philosophers and lawyers, for instance”. Romijn thinks that this is a way for Europe to distinguish itself from China and America, which are also actively involved in the development of quantum technology. “Whereas for China and America it is mainly the technological and economic aspects that play a leading role, Europe has also introduced a third element into the discussion: impact and ethics. This element is often essential when it comes to gaining public acceptance for new technology and the regulations surrounding them.”

Cooperation as a guiding principle

Apart from the competition to be the first to realize a fully functional quantum computer, in Romijn’s view it is also imperative that countries and companies work together. “For example, researchers all have their own expertise, but so do companies and even countries. We can subsequently arrive at the most optimal result by working together,” she states. This is why a few months ago, TNO, TU Delft, QuTech, and the municipality of Delft jointly set up the Quantum Delft ecosystem. “Labs run by large companies and start-ups are being brought together here. Everyone is working on their own technology or a component of the computer or network. Because everyone is working on the same campus, people get to meet each other more easily and in turn, more new initiatives spring up from that contact. This enables the development to speed up even more,” Romijn points out.

Jacqueline Schardijn, a business developer in the field of quantum technology for the regional development corporation Innovation Quarter adds: “There is already a wonderful ecosystem set up around Quantum Delft, where start-ups are working with scientists on quantum issues and associated technologies. It is useful for the business community to know who they can turn to when they want to focus on Quantum Technology. They want to stay informed about the possibilities and impossibilities of quantum technology. Like how to run simulations on quantum platforms such as Inspire. The Cronos Group, QuTech, and Innovation Quarter are all working on this; raising awareness about the business side. We are delighted to welcome the business community to the wonderful world of quantum technology.”

Pluis: “It is no longer a matter of whether quantum technology is going to change the world, it is a matter of when that is going to happen. What we now know about the possibilities of this technology is probably just the tip of the iceberg. Only time will tell what the impact of this technology will be.”

Jacqueline Schardijn

Senior Business Developer Digital Technology

Bel: +31 6 122 28 629

Stuur mij een e-mail

Today, Minister Ingrid van Engelshoven and European Commissioner Mariya Gabriel launched Europe’s first public quantum computing platform: ‘Quantum Inspire’. The platform was developed by Delft-based QuTech, a collaboration between TU Delft and TNO. Quantum Inspire makes the quantum computer accessible to everyone and is the first in the world to use a quantum processor made of scalable ‘spin qubits’.

Real quantum computing for all

With Quantum Inspire, QuTech aims to make quantum computers accessible to the market and society as quickly as possible. QuTech has launched a web portal at www.quantum-inspire.com, and Kees Eijkel (Director Business Development) said that it makes the new quantum technology a reality for a broad audience: “Our platform focuses primarily on training and education, and the development of applications, so that more people can use the quantum computer as it develops further and becomes more widely available. First-hand experience will allow the technology to be adopted more rapidly in society. Quantum Inspire is also  an important magnet for the ecosystem forming in Delft of knowledge institutions, companies and start-ups.”

Electron spin qubit

A quantum computer performs its calculations using quantum versions of bits – so-called ‘qubits’. As a world first,  Quantum Inspire contains a processor made of highly promising semiconductor ‘spin qubits’. Richard Versluis (Systems Engineer): “The electron spin qubit is made with the same technique as a classic transistor and is just as small. This makes it suitable for mass production. Our platform also provides access to a processor made of superconducting (transmon) qubits – a unique combination. Users can experiment with quantum algorithms and compare the processors.”

Key technology

The quantum computer is seen as a key technology, enabling radically new products and services. It has the potential to solve certain problems much faster than ‘classical’ computers will ever be able to achieve. Versluis said that one example is helping to unravel the complex behaviour of molecules for drug development: “Quantum computers calculate using the fundamental laws of quantum mechanics, so the qubits can be both 0 and 1 at the same time. This changes dramatically what we are able to achieve with some calculations.”

Quantum Flagship

The European Commission recognises the potential of quantum technology for society and launched a billion-euro program in 2016: the Quantum Technology Flagship. This large-scale European research programme is part of the ‘Technology Package’; a broad package of measures to strengthen Europe’s digital economy.

Mariya Gabriel (European Commissioner for Innovation, Research, Culture, Education and Youth): “Europe is in a unique position to lead the next quantum revolution. Harnessing the power of quantum technologies is key to building a smarter, more sustainable, and more secure European Union. The launch of Quantum Inspire marks an important step forward for European quantum, enabling our researchers to unlock the full potential of quantum technologies.”

National Agenda for Quantum Technology

The Netherlands has drawn up the National Agenda for Quantum Technology (NAQT). This agenda includes catalyst programs (CATs), whose goal is accelerating maturity of technology for application areas in market and society. Quantum Inspire will serve as the backbone of one of the CATs: the ambitious Quantum Computing and Simulation testbed. Last January, the Dutch government announced an initial investment of € 23,5 million to fund the high-priority actions in the agenda.

Ingrid van Engelshoven (Minister of Education, Culture and Science): “Quantum computing is a key technology for the future. The Netherlands is a scientific leader in this field. I am extremely proud of the researchers and engineers from Delft, who combine research with innovation, entrepreneurship and the training of talent. Quantum Inspire is a first step, the intention is to further scale up the platform within the Netherlands and Europe. Even in times of crisis, it is important to share knowledge and continue to work on tomorrow’s innovations”.

2Tokens project aims to clarify the path to widespread and accessible usage of tokenisation, by any type of organisation, and to realise new value streams. The project is sponsored by the European union and is a joint effort of Blocklab, YES!Delft, InnovationQuarter and LIFT-OFF Partners with the endorsement of the Erasmus University, TechLeap.NL, the Dutch government and several industry players.

The usage of tokens in society goes back to antiquity and technologies such as Blockchain can dramatically reduce the cost of secure and trusted token exchange. The potential for tokenisation to disrupt existing interactions is huge – offering more efficient solutions to existing paradigms (e.g. crowdfunding, fractionalised ownership) as well as opening up whole new models for financing and collaboration.

One clear example of a use case for tokens is in funding. While crowdfunding has helped democratise funding, far too often worthwhile ventures remain unfunded. Tokens can potentially bridge the gap between organisations in need of funding and investors, who have funds available.

The implications of tokenisation are widely appreciated and various parties are re-imagining value flows and guiding behaviours within ecosystems, enabling a fairer distribution of created value. The implications affect the core of what a legal entity is – challenging currently dominant legal forms based on stock ownership to look at flexible, incentive-driven and automatic market-making approaches. Tokenisation has potential benefits across society – from businesses to public or social initiatives that may now be able to secure the investment needed to succeed.

By their nature, tokenisation initiatives will have a large network-effect – which means that there will be a large first-mover advantage. The Netherlands is well-positioned to play a leading role in this transition but needs to act quickly to capture this opportunity.

Feeling inspired?

We are happy to answer your questions and introduce you to potential partners!

Jacqueline Schardijn

Senior Business Developer Digital Technology

Bel: +31 6 122 28 629

Stuur mij een e-mail

Doculayer.ai, the intelligent content platform that processes and manages unstructured information, has secured €3 million in growth capital. The investment by InnovationQuarter, Disruptive Technology Ventures (DTV) and an angel investor was announced by Deputy Mayor Saskia Bruines at a side event of the Global Entrepreneurship Summit (GES) 2019.

Richard Smit, CEO of Doculayer.ai says, “We are extremely proud that these investors believe in our solution and vision and are supporting us in our ambition to grow and further develop the platform. More than 80 per cent of the information held by organisations is unstructured. Using AI-powered technologies, Doculayer.ai helps them automate the processing and structuring of this vast amount of unstructured data and uncover its hidden value.”

Innovative artificial intelligence

Doculayer.ai is the intelligent content platform that processes and manages unstructured information, such as scanned documents and images, using innovative artificial intelligence (AI) and machine learning technologies. In doing so, the platform can automatically analyse, enhance, enrich and improve the findability of large quantities of data.

The Doculayer.ai platform integrates seamlessly with business applications and processes in the current IT landscape, which means it can process unstructured content in existing systems. This enables the company to respond to the explosive growth of information and the actions required to store data in the correct manner, compliant with privacy legislation (GDPR).

Dutch Ministry of Justice and Security and KPN

Numerous organisations already use the platform. For instance, in partnership with the Justitiële Informatiedienst (Judicial Information Service), Doculayer.ai takes care of improving and enriching millions of documents. The automated allocation of metadata ensures the documents are digitally archived and secured in the correct way and in compliance with the Dutch Archives Act.

Doculayer.ai is also used by KPN for the intelligent processing of customer contracts. Using AI, contract documents are classified based on their contents and assigned with metadata, after which they are structured into files in a fully automated way.

The investment will enable Doculayer.ai to strengthen and expand its teams in the areas of R&D, product development, sales, marketing and customer support. Daan Nollen, partner at Disruptive Technology Ventures says, “The amount of unstructured information is growing exponentially. Doculayer.ai provides a disruptive solution to access and process this information using AI. The customer base already successfully using Doculayer.ai is impressive and we see great potential for the platform to become the international market leader in intelligent content management.”

According to Francis Quint, head of InnovationQuarter Capital, Doculayer.ai has become a strong asset to the West Holland security network within a short space of time: “Using AI, Doculayer.ai generates files that are always up to date, which means that organisations automatically comply with the latest privacy legislation. We believe Doculayer.ai is an innovative, disruptive company that will bolster the regional security cluster with a powerful privacy solution. Thanks to the implementation of interactive learning AI, the innovative platform will, we expect, make a substantial contribution to the robotisation of content management. With this investment, Doculayer.ai will be able to accelerate its international expansion.”