New post-quantum crypto
Without cryptography, the internet privacy that we all rely on for transmitting virtually all forms of digital communication would be insecure from attackers. Our current encryption methods are threatened by the breakthrough in quantum computing. Unless proactive steps are taken to mitigate this threat, large-scale quantum computers will tear down the backbone of the internet, secure communications. The majority of crypto-systems rely on asymmetric cryptography public-private keys and symmetric cryptography public-public key. Both types of cryptography require the sender of information to encrypt the data with a public key.
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- Post-Quantum Cryptography: A Look At How To Withstand Quantum Computer Cyber Attacks
- Challenges and Business Opportunities of Post Quantum Cryptography
- The Battle For Post-Quantum Security Will Be Won By Agility
- Post-Quantum Cryptography: IT Security in the Era of Quantum Technology
- Quantum Cryptography vs Post-Quantum Cryptography
- Post-quantum Cryptography
- State, Local Govt Can Prepare Now for Post-Quantum Security
- Towards a post-quantum cryptography
- Post-quantum encryption: the time to act is now
Post-Quantum Cryptography: A Look At How To Withstand Quantum Computer Cyber Attacks
A quantum computer is a new kind of computing device highly superior to classical computers for specific tasks. Unfortunately, breaking cryptography is one of them. With the rapidly ongoing research in quantum computing, the need for post-quantum security is emerging.
In a world where quantum computing is no longer a mere theory but becoming a reality, the danger of quantum attacks on classical cryptographic mechanisms needs to be taken into account , to ensure a future-proof protection of information assets. This necessity will soon lead to a significant market for post-quantum secure products. Product manufacturers, irrespective of whether they develop a small post-quantum crypto co-processor or a full-fledged, post-quantum security gateway, need to get ready now.
With first PQC algorithms already standardized and more to follow, the good news is that developers can start now. Post-Quantum Cryptography PQC is cryptography running on classical computers , which is secure against quantum computer attacks and classical attacks alike. Thus, no quantum computer is required to develop, implement or use PQC.
There is no time to waste — sufficiently powerful quantum computers will become a reality rather sooner than later and the world needs to be ready by then. All confidential information today, which is transmitted via the Internet or stored in the Cloud, is in danger of being revealed in the future. Compliance with legislation might require a fast transition. Together with the requirement to take the state of the art into account, this leads to the conclusion that PQC must be considered for the protection of personal data.
There are several well-studied post-quantum algorithms available. Standardization for these algorithms is ongoing and first recommendations are already published. Even if no use-case specific recommendation is yet available, hybrid schemes can help to accelerate the transition: By using a combination of a pre-quantum algorithm and a post-quantum algorithm, companies can implement the new algorithms without adding any additional risks.
Cryptographic security does not merely require a secure algorithm design but a secure implementation is equally important. History shows a variety of attacks on implementations of cryptographic algorithms, with side-channel attacks and fault-injection attacks being most difficult to mitigate.
The experience with classical cryptography implementations will help to also securely implement PQC. You can find detailed information on these topics in our comprehensive Post-Quantum Security Whitepaper. With our long-standing experience in IT security we support you in your transition to the post-quantum era.
Our service portfolio includes a broad spectrum of services ranging from introductory workshops to post-quantum readiness analyses.
Moreover, our experienced security experts in our state-of-the art hardware laboratory can also test your post-quantum hardware for secure implementation.
See below for an extract of our services. Support for your secure product design. Support during your product development. Independent evaluation of your products. Certification of your products in various schemes. Support for migration to PQC in your security infrastructure.
Not only the security industry but also the following industries will be particularly impacted by the necessity to switch to post-quantum security. The automotive industry is affected with their long-lived products, which for sure will still be around when quantum computers are a reality. Suppliers of Internet-of-Things IoT devices — in particular Industrial IoT IIoT — are affected, as these low-resource devices need to rely on hardware implementations of cryptographic algorithms, which are difficult to replace.
The banking industry is affected with their credit and debit cards as well as mobile payment applications. The energy industry is affected, e. The telecommunication industry is affected, e. The pharma and healthcare industry is affected, e. Would you like to dive even deeper into the matter and get more detailed information? Then we recommend our whitepaper on the subject of post-quantum security. Services Innovations About us News Contact.
All services. Post-Quantum Cryptography Code Matrix. About us. Newsroom Press releases Events Downloads. Home Innovations Post-Quantum Cryptography. Short glossary of the most important terms in the field of post-quantum cryptography. Asymmetric Cryptography : cryptography using two distinct keys, a a private one restricted to the key's owner and an associated public key known to everyone ; each pair of public and private key can be used for an operation and its counterpart e.
RSA, DH, ECDSA Entanglement : combination of several quantum objects acting as one entity; any change on one of these objects results in a simultaneous change of all entangled partners Key Exchange : computation of a shared secret by several parties in a protocol run; exchanged messages do not require confidentiality but authenticity to keep computed secret confidential Post-Quantum Cryptography : cryptography, which can be used on classical computers and which is secure against both classical attacks as well as attacks with quantum computer; uses different mathematical problems than classical cryptography; does not require a quantum computer Quantum Computer : new kind of computing device highly superior to classical computers for specific tasks; instead of bits, quantum computers use qubits.
Information is already at risk today There is no time to waste — sufficiently powerful quantum computers will become a reality rather sooner than later and the world needs to be ready by then. Fortunately, the transition to PQC can start today There are several well-studied post-quantum algorithms available. Download whitepaper. Our post-quantum service portfolio With our long-standing experience in IT security we support you in your transition to the post-quantum era.
Contact us now. Industries that will be particularly affected in the future by switching to post-quantum cryptography: Not only the security industry but also the following industries will be particularly impacted by the necessity to switch to post-quantum security. Automotive industry. Suppliers of IoT devices. Banking industry. Energy industry. Telecommunication industry. Pharma and healthcare industry.
Download for free now. Download with restricted access Please fill the form below to download the file "Post-Quantum Security Whitepaper". In connection you will receive an email with further instructions to start the download. You have questions? We are pleased to help!
Challenges and Business Opportunities of Post Quantum Cryptography
Source: ComputerWorld. Though, do these advances only have negative effects, or can this new type of computer equally be used to develop new encryption methods that will also be secure in the future? Because one thing is certain, private and sensitive data must be protected even in a future where the use of quantum computers becomes commonplace. This is precisely the topic that so-called quantum cryptography is concerned with. Here, an attempt is made to develop an encryption system that cannot be cracked without the sender or recipient of a message noticing.
The Battle For Post-Quantum Security Will Be Won By Agility
In research labs around the world, a race is playing out between engineers building a completely new kind of computer and the cryptographers creating encryption tools to protect us from the superior computing power. Fully scaled quantum computers, which will rip up the computing rulebook, are still some way off: some experts say it will be another 10 years before we see at-scale, error-free quantum computers, while more conservative estimates put this figure closer to A normal bit is 1 or 0, on or off: a qubit is much more complicated. When it is measured it will be either 1 or 0; before that, it exists in a quantum superposition of those two states. Another way of visualising this is that normal bits are like coins lying on a table. They are either heads or tails up: they can be flipped over. A qubit, however, is like a coin spinning in the air. It can interact with other spinning coins, affecting how they spin, but none of them are heads or tails up until the quantum operations are complete. Thus we know many of the things that QC could achieve.
Post-Quantum Cryptography: IT Security in the Era of Quantum Technology
The development of large-scale universal quantum computers would render virtually all of today's public-key cryptography insecure. That's because the underlying mathematical problems i. So far, a quantum computer that can run Shor's algorithm to break public-key cryptography with currently used key lengths does not exist. However, in the recent years, significant progress has been made at least with respect to the relevant basic research.
Quantum Cryptography vs Post-Quantum Cryptography
Startup Europe. Grown up reporting. Monday 30 August The world may be focused on the race to vaccinate — but some necessary sprints should not make us forget about long-term marathons, including post-quantum cryptography PQC. A functioning quantum computer will make all current tools for confidential, secure data and communications — also known as cryptography — obsolete.
Y2Q is approaching — and fast! When Y2Q becomes reality, quantum computers will easily break the outdated cryptographic protocols we currently rely on to protect our systems and data. Currently, the best way to ward off a possible future quantum attack is to develop stronger quantum-resistant encryption aka post-quantum cryptography or PQC. But the truth is, most PQC methods work well only in the lab. In unpredictable real-world environments, they just cannot stand up to scrutiny. Here are the 3 drawbacks of PQC-based systems we need to be aware of. It may even render some parts of the system obsolete, raising the need for replacement hardware and adding to transition complexity. As system complexity increases, it will also increase costs and lengthen timelines.
State, Local Govt Can Prepare Now for Post-Quantum Security
Quantum computers are based on the principles of quantum mechanics without being bound by the limits of circuits and electricity, so they can efficiently solve highly complex mathematical problems. Soon, quantum computers will be able to do things that were difficult to achieve with conventional computers. It is expected to play an active role in various fields such as machine learning, security, fraud detection, transaction optimization, new drug research, and space development. Quantum computers will permanently change the security aspect of the Internet.
Towards a post-quantum cryptographyRELATED VIDEO: The Latest News about Post-Quantum Cryptography
The views expressed here are solely from the Cyber Centre. While large quantum computers do not yet exist, many researchers believe they could become a reality in the coming decades. This has spurred a significant research effort into PQC which is cryptography that would remain secure even in a world with large quantum computers. The deadline for initial submissions to the standardization process was November , and in December of that year NIST announced that there were 69 valid submissions. This marked the start of the first round of evaluation. In January the field was cut to 26 candidates for the second round, and in July the third round officially began.
Post-quantum encryption: the time to act is now
A quantum computer is a new kind of computing device highly superior to classical computers for specific tasks. Unfortunately, breaking cryptography is one of them. With the rapidly ongoing research in quantum computing, the need for post-quantum security is emerging. In a world where quantum computing is no longer a mere theory but becoming a reality, the danger of quantum attacks on classical cryptographic mechanisms needs to be taken into account , to ensure a future-proof protection of information assets. This necessity will soon lead to a significant market for post-quantum secure products.
With quantum computing looming on the horizon , Cloudflare says it has been trialing the KEMTLS protocol and plans to use post-quantum cryptography for most internal services by the end of this year. The Transport Layer Security TLS protocol, which currently secures most internet connections, consists of a key exchange authenticated by digital signatures used to encrypt data at transport. But, says Cloudflare , with the advent of quantum computing, TLS in its current form will be broken. While various new post-quantum cryptography algorithms have been proposed, their parameters are too large to be used for establishing efficient connections on the web.