Insight Researchers partners with the Quantum Resistant Ledger
Geometry Labs is a new company started in early 2021, who the QRL team is now working with. At launch they hired the blockchain R&D team from Insight, though they’ve since expanded with new members of the team.
Separately, Insight is still continuing its original mission of education through professional training fellowships.
Zug, Switzerland, September 25th, 2020 — The Quantum Resistant Ledger (QRL) Foundation, creator of the world’s leading quantum-secure blockchain network and digital asset platform, has partnered with Insight’s quantum cryptography research team to continue to set the global standard towards its quantum-secure Proof-of-Stake network, a progression of its quantum-secure Proof-of-Work network presently in place.
At QRL, we pride ourselves on being a pioneering open-source blockchain platform backed by peer-reviewed research and secure, soundly structured, and well-tested code audited in full by multiple third parties.
The partnership with Insight and its quantum cryptography working group (which includes the researchers Adam Corbo, Brandon Goodell, and Mitchell Krawiec-Thayer) is a continuation of that foundation of scientific principles to move blockchain forward securely into the next era.
The primary focus will be towards QRL’s Proof-of-Stake network with research into lattice cryptography and signature aggregation. These key elements will allow QRL to reduce the overall block-size, allowing for a higher number of validators per epoch, and improve its scalability.
From QRL’s inception, it has adopted a crypto-agile approach characterized by an address format designed to be adaptable to future signature schemes, such as those established by NIST’s call for post-quantum cryptography. This gives the distinct advantage of being able to update signature schemes, and, in the case of the adversarial future quantum computers present, to sustain an end-to-end quantum secure blockchain network while doing so.
It is with this in mind, a secondary research focus will be towards the implementation of Falcon, a stateless signature scheme with reusable addresses. Falcon’s underlying hard problem is the short integer solution problem (SIS) over NTRU lattices, for which no efficient solving algorithm is currently known in the general case, even with the help of quantum computers.
QRL’s address space is currently fully quantum-secure through the use of the eXtended Merkle Signature Scheme (XMSS), rather than ECDSA found in other quantum vulnerable blockchain projects such as Ethereum and Bitcoin. XMSS is a provably secure hash-based signature scheme draft-recommended by the National Institute of Science and Technology (NIST) as a post-quantum signature scheme.
While XMSS is provably (forward) secure with with reusable addresses, there is the necessity to track the QRL One-time Signature (OTS) key usage, which is done through maintaining a bitfield tracked by the blockchain network. Falcon would remove that need, making usability, development, and implementation easier.
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