EnQlave — the quantum safe for your crypto assets
Table of Contents
EnQlave is an education initiative and ecosystem which brings trustless on-chain post-quantum security (the EnQlave wallet) and cross-chain interoperability with QRL (wQRL + DEX) to sufficiently scriptable and supported blockchains, starting with Ethereum.
Quantum computers are heralded as the next big thing in computing, capable of solving complex problems that would take traditional computers too long to crack. This has led to growing concern about how future quantum attacks could steal cryptocurrency by breaking the cryptography. EnQlave is a way for people to secure their assets on second most popular blockchain and learn about this growing threat of quantum computing to the blockchain space in the process.
The EnQlave wallet is completely on-chain on the supported blockchain and does not necessitate the use of QRL mainnet in any form (the movement, purchasing, or selling of any QRL) allowing anyone to create and use EnQlave wallets to secure their Ethereum and Ethereum tokens (ERC20, ERC721, ERC777, and ERC1155). The interoperability component is composed of wrapped QRL (wQRL) on Ethereum, as well as cross-chain swap and DEX functions, allowing for wQRL acquisition and trading on DEX’s such as Uniswap.
We want to encourage anyone who is concerned about quantum security to consider using an EnQlave wallet to protect their assets from quantum adversaries. Bringing this on-chain through smart contracts, rather than securing the blockchain from genesis like with QRL isn’t without its limitations, however.
With the growing concern about quantum attacks, people holding Ethereum and Ethereum assets can create a wallet that’s secure from quantum attacks using a simple easy-to-use interface.
For blockchains such as Tezos, EOS, and Stellar which have expressive enough smart contracts, they can reach out to firstname.lastname@example.org and request to bring this functionality to their blockchain project.
Depending on due diligence, the success of EnQlave on Ethereum, the coins demand, and other factors, we’ll look at expanding EnQlave to include that ecosystem.
Exchanges who have a strong desire to bring high security to the blockchain space or otherwise wish to remain competitive can offer the ability to secure users assets from quantum attacks.
EnQlave has limitations which QRL does not as it’s a blockchain built from the ground up with post-quantum safe security in mind.
Other benefits for those with QRL:
- Access to QRL on decentralized exchanges: Cross-chain interoperability with the QRL blockchain and access to QRL through DEX’s like Uniswap can make it easier to acquire QRL.
- Exposure of QRL to a large user-base: Ethereum has one of the most active developer communities and networks, with over 700k active addresses. As one of the first cryptocurrencies taught when being on-boarded to the world of blockchain, EnQlave works as an excellent education tool to learn about the threat of quantum computing, and how QRL is part of the solution.
While we’ll be providing a way for individuals and institutions to secure their Ethereum assets from quantum attacks, there’s a few notable caveats here:
- This does not make the entire Ethereum’s address space quantum secure from genesis, and is instead just the EnQlave wallets. It’s a step in the right direction but it’s not the entire way there.
- Implementing post-quantum security in smart contracts is naturally much less efficient so transactions are more expensive. QRL is architecturally designed with post-quantum secure signature schemes and crypto-agility in mind, which means the entire network can be more secure.
EnQlave — the quantum safe for your crypto assets NEWS AND UPDATES
For the month of July, 2021: The future of post-quantum cryptography with Geometry Labs, Kaushal lands in UAE to start developer HUB, QRL Wallets on Bittrex Global re-enabled, and fault-tolerant error correction quantum developmentsread more
Celebrating three years of QRL, EnQlave UI updates and Bridge. New tokenomics repository and more quantum computing advances.read more