- On May 19, XRP Ledger revealed that it had begun full-scale research with Project Eleven, and had partnered with the platform to prepare a quantum-resistant cryptography network.
- This is the second phase, where the digital book is planned to test the new security signature before it is fully deployed by 2028.
- The platform is actively preparing for future threats that could break the private keys of many blockchains.
On May 19, XRP Ledger shared a big announcement where it shared a comprehensive study of XRP Ledger by Project Eleven ahead of the deployment of decentralized cryptography.
On the contrary to announceProject Eleven, a leading quantum security platform, has also announced that it is working with Ripple “to improve post-quantum readiness on the XRP Ledger in the face of quantum computing threats.”
XRP Ledger has said it is focusing on completing a full audit. It will also conduct practical testing before mass deployment of anti-traffic signals. After the final migration, the ledger will be one of the leading blockchains to prepare for mass threats.
Project Eleven Joins Hands With Ripple To Create XRP Ledger Quantum Proof
In a recent post shared on X (formerly Twitter), Project Eleven revealed its partnership with Ripple to increase the speed of “post quantum ready” on the XRP Ledger. Project Eleven will organize the entire review process and develop the verification solutions. The system includes a hybrid post-quantum signature system.
The agreement with Project Eleven will provide a variety of benefits, including testing at the official level. The announcement stated that, “The agreement will include a comprehensive evaluation of XRPL’s validator, storage, network, and wallet components for quantitative risk, followed by the deployment of a hybrid signature that layers cryptography layers on top of existing standards and a secure multi-wallet secured to the Electro wallet, a working method.
What is Ripple’s Four-Phase Roadmap?
In April, Ripple revealed a four sections of road to prepare the XRP Ledger (XRPL) for the post-quantum future. Digital ledger plans to be post-quantum ready by 2028.
In the first phase, the network will prepare for the possibility that the current cryptography may be compromised earlier than expected. Ripple has named this first phase as Post-quantum Recovery (Preparation for Q-Day). In this phase, the network will create a temporary block on insecure signatures. In this section, users will be able to transfer their money using zero-information.
The network is currently in the second phase, where they are investigating in detail the quantum vulnerabilities that exist in the network. Along with this, they are testing post-quantum algorithms proposed by the National Institute of Standards and Technology (NIST). The best part of this session is that this test is being done on the actual XRP Ledger.
According to the report, there have been preliminary tests with ML DSA signatures, which have already been conducted on a test network called AlphaNet.
The third phase will be implemented with hybrid integration on Devnet. In this phase, developers will be able to prove new non-quantum machines.
In the fourth and final phase, the network will implement new updates and add post-quantum support by 2028.
Alex Pruden, CEO and Co-founder of Project Eleven, said in a public announcement, “Any large blockchain is exposed to the same cryptographic risk, but most of the answers have been at the research stage. This partnership is about execution. Ripple treats quantum risk as a problem to help the infrastructure. It is the right way.”
Ayo Akinyele, Head of Engineering, RippleX, said, “Quantum risk is not just a myth. It is a modern challenge that has a clear timeline. What puts XRPL in a strong position is that we are not starting from scratch. The goal is to plan well before we act, not to act on Q Day.
The Threat of Quantum Computing May Hit the Next 10 Years
With the growth of AI technology and the development of quantum computers, the quantum computing threat is expected to hit. blockchain nature sooner than expected.
According to experts, quantum computers will be so sophisticated in the future that they will be able to break the secret code of people, which plays a major role in the security of many blockchains. Cyber attackerscan take advantage of the Shor algorithm to crack these public keys, and be able to generate private keys from all their addresses. These advanced technologies allow hackers to steal money from crypto wallets.
Most of the blockchains, Bitcoin and Ethereum, are using elliptic curve cryptography to create digital signatures. Quantum computers will be able to go beyond this type of security, and can affect new transactions and transactions already stored on the blockchain network. If this network is not upgraded in the future, it could be a threat to the entire DeFi ecosystem.
Many hackers are already collecting information on major crypto wallets for a harvest now, decrypt later (HNDL) cyber attack. In this type of cyber attack, encrypted information is collected and stored in the system. Later, they will be able to encrypt the information after more computers are mature enough to crack the secret keys.
According to Quantum Threat Timeline Report 2025 launched by the Global Risk Institute, there is a high probability between 28% and 49% that a cryptographically related computer will arrive in the next 10 years.
Bitcoin and Ethereum Also Take Solutions to Defeat the Quantum Threat
Amidst the rise of quantum computing risk, many blockchains are planning to avoid future risk. Bitcoin is facing a serious problem of mass denial since many old addresses have already shared their keys publicly. The network currently does not have a way to easily exchange keys. Bitcoin developers are working on big plans to solve the future of quantum computing.
The co-founder of Ethereum, Vitalik Buterin, shared it quantum resistance roadmap in February, where they shared plans Ethereum. It includes support for smart contract wallets, NIST-approved cryptographic signatures, and zero-knowledge proof.
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