Quantum computers - change the world
Quantum is the Latin word for amount and means the smallest possible discrete unit of any physical property, such as energy or matter. In the same way that bits are used in a classical computer, at the heart of the quantum computer are quantum bits or qubits (CUE-bits) which can store information in quantum form.
With a quantum computer you can tackle problems that would take our best classical computers millions of years to solve. They can perform very rapid parallel computations and thus are able to solve problems like searching and factoring. Moreover, they also have the potential to accelerate the development of artificial intelligence and be vital for modelling chemical reactions which could e.g. mean more efficient medicine or batteries.
Quantum computers - a risk for information security
Right now, the security of the most popular chippers used in encryption systems rely on the mathematical difficulty of breaking down large numbers into prime numbers. This is called factoring, and for classical computers, it is tremendously slow, expensive, and impractical. On the other hand, quantum computers running Shor’s algorithm can easily and extremely fast do such calculations.
In fact, quantum computers can quickly break cryptographic keys and an attacker can decrypt private communications, which is a huge problem for secure communication - the very principal of secure communication is compromised.
The quantum computer poses an immediate threat towards much of the ciphers the world is using today, however, sufficiently large commercial quantum computers that can be used to attack ciphers are likely to be years away. Although that should not be of any reassurance: even if attackers cannot access the data right now, they can collect and save it while waiting for a quantum computer to be available.
Five key facts in the Quantum Age you must remember
- Quantum computers are becoming available to all
- Quantum technology parallel mode makes computers superfast
- Quantum computers crack conventional encryption
- The quantum threat isn’t perceptible, yet
- There are secure solutions on the market today
Do you want to know more about these five facts? Read more in our blog post.
Quantum-secure communication today
With arrival of quantum computers, the most popular encryption algorithms are no longer able to provide adequate protection to information with extended lifetime. Quantum secure communication are methods which are expected to be 'quantum safe' in the advent of a quantum computing systems that could break current cryptography systems.
Here are four major reasons to invest in these future-proof solutions already today:
- You can digitalise efficiently and responsibly
- You secure sufficient protection considering the technology development of attackers
- You get a long-term sustainable solution
- You are stronger in audits
Read more about these four reasons in our blog post.
The problem with insecure encryption algorithms can be solved with Advenica's unique network encryption solution, a solution that utilises quantum-secure algorithms for secure key distribution “by design”.
Advenica's network encryptionsolution SecuriVPN is certified for use up to and including the highest information classification level, SECRET. Read more about SecuriVPN and how it can protect your information!
Read more about quantum-safe communication in our White Paper Cryptography in a Quantum Age!