New Blockchain Claims It Is Resistant To Quantum Computing Attacksbr>
The QRL Foundation claims it has developed a Quantum Resistant Ledger, (QRL) a distributed ledger resistant to both traditional and quantum computing attacks.
The QRL boasts that it is “cryptography with longevity, a post-quantum secure blockchain featuring a stateful signature scheme and unparalleled security.”
Unlike other blockchains and cryptocurrencies, QRL utilizes a type of hash-based signature scheme known as the Extended Merkle signature scheme, or XMSS. The QRL blockchain hosts its own native cyrptocurrency, $QRL.
“At our core, we are a quantum-resistant blockchain; more secure and future-oriented than other blockchains out there today,” said Adam Koltun, lead business strategist for the QRL.
Current cryptographic standards found in blockchain are strong enough to make the compromising of wallet private keys by traditional computers extremely difficult and unlikely. Quantum computing will render the current cryptographic standards used in the signature schemes of blockchains largely permeable. Companies like Google and IBM are currently working on projects that could see quantum computing surpass traditional supercomputing in the near future – Google declared itself close to quantum supremacy as recently as March.
Additionally, government agencies and watchdogs have also been sounding the alarm in regards to current cryptographic standards and quantum computing. In 2016, the NSA released a statement discussing the permeability of elliptic curve cryptography in the face of quantum computing. ECDSA, the most common cryptographic algorithm used to secure blockchain signature schemes, is a type of elliptic curve cryptography.
Unlike other blockchains and cryptocurrencies, QRL utilizes a type of hash-based signature scheme known as the Extended Merkle signature scheme, or XMSS. Unlike ECDSA, the cryptography standard favored by today’s most popular blockchain networks, XMSS is resistant to a sufficiently powerful quantum computer running Shor’s algorithm.
In addition to providing a post-quantum cryptographic standard and open-source base-layer protocol upon which secondary layer applications may be built, the QRL project will be pursuing smart contract integration and feasibility in the coming weeks and months. Additionally, QRL will introduce the Ephemeral Data Messaging Layer which will allow communication using the QRL blockchain in the months following launch.