Google’s Documentation Talks About XRP And You Won’t Believe What It Says

bitcoinistPubblicato 2026-04-03Pubblicato ultima volta 2026-04-03

Introduzione

Google's recent quantum computing research report discusses the XRP Ledger (XRPL) and its efforts to protect against quantum threats. The report highlights that XRPL is among the networks conducting experimental deployments of post-quantum cryptography, specifically noting its testnet deployment of ML-DSA signatures. It also recognizes XRPL's significant role in Real World Asset (RWA) tokenization, where it currently ranks 8th with $1.9 billion in tokenized value. However, Google points out that the account model and smart contracts used by networks like XRPL introduce new quantum vulnerabilities not present in Bitcoin. While XRPL, alongside Algorand and TRON, has an advantage with native key rotation, the transition to quantum-resistant systems is complex and will take years. Despite challenges, networks including XRPL are making notable progress in adopting post-quantum cryptography.

Crypto pundit Cryptoinsight has pointed to Google’s latest research on quantum computing, which discussed XRP. The report specifically highlighted the XRP Ledger and the network’s efforts to protect against quantum threats.

Google’s Latest Quantum Research Report Discusses XRP

In an X post, Cryptoinsight highlighted Google’s research report, which discussed XRP and the XRPL’s quantum efforts. He also noted that Google’s claim that 2/3 of the short-dated U.S. treasury bills are on the Ledger, while the majority of the remaining are on the Ethereum network.

In the quantum report, Google noted that the Ledger is among the networks conducting experimental and test deployments of post-quantum cryptography (PQC). The Ledger recently deployed post-quantum ML-DSA signatures on the testnet. The report also recognized how this was key as the Ledger provides “extensive support” for RWA tokenization.

RWA.xyz data shows that the XRP Ledger currently ranks 8th in terms of RWA tokenization, with a total tokenized value of $1.9 billion. The network boasts an RWA count of 289. Google noted that networks like the XRPL, which provide protocol-level support for RWA tokenization, introduce new quantum vulnerabilities not present in Bitcoin and its derivatives.

This is based on the account model and smart contracts that networks like the Ledger employ to support tokenization. Google indicated that this quantum risk will become more prevalent. This is because of financial developments, such as fiat-backed stablecoins and the tokenization of other RWAs, which are projected to significantly increase the pool of assets governed by smart contracts by 2030.

Another Quantum Risk For The Ledger And Other Networks

Google noted that the XRP Ledger is among the protocols that make long-term exposure of quantum-vulnerable public keys inevitable. However, Ledger has an edge as Google noted that the network, alongside Algorand and TRON, supports native, protocol-level key rotation. The research report added that modern Ethereum, Solana, and Rootstock accounts are controlled by smart wallets and support key rotation, but that legacy accounts remain a lingering vulnerability.

Google stated that the technical and social complexities of switching blockchains to post-quantum signature schemes indicate that the process will take years. However, they noted that this move cannot be delayed until the exact timeline and feasibility of constructing Cryptographically Relevant Quantum Computers (CRQCs) become completely clear.

At the same time, the report noted that the complexities and challenges are feasible to overcome, as networks such as the Ledger, Algorand, and Solana have demonstrated by making “notable progress” in real-world adoption of post-quantum cryptography. The Ledger also recently integrated AI to help identify vulnerabilities in the cycle development.

At the time of writing, the altcoin’s price is trading at around $1.31, up in the last 24 hours, according to data from CoinMarketCap.

XRP trading at $1.31 on the 1D chart | Source: XRPUSDT on Tradingview.com

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Domande pertinenti

QWhat did Google's quantum computing research report specifically highlight about the XRP Ledger?

AGoogle's research report highlighted the XRP Ledger's efforts to protect against quantum threats, specifically mentioning its experimental and test deployments of post-quantum cryptography (PQC), including the recent deployment of post-quantum ML-DSA signatures on the testnet.

QAccording to the report, what new quantum vulnerability do networks like XRPL introduce that is not present in Bitcoin?

ANetworks like the XRPL, which provide protocol-level support for RWA tokenization using an account model and smart contracts, introduce new quantum vulnerabilities that are not present in Bitcoin and its derivatives.

QWhat advantage does the XRP Ledger have in mitigating quantum risk, as mentioned by Google?

AThe XRP Ledger has an edge because it supports native, protocol-level key rotation, which helps mitigate long-term exposure of quantum-vulnerable public keys.

QWhat is the projected timeline and challenge for blockchains to switch to post-quantum signature schemes, according to the report?

AGoogle stated that the technical and social complexities of switching blockchains to post-quantum signature schemes indicate that the process will take years, but it cannot be delayed until the timeline for Cryptographically Relevant Quantum Computers (CRQCs) becomes completely clear.

QWhich other blockchains, alongside XRP Ledger, were noted for making 'notable progress' in the real-world adoption of post-quantum cryptography?

AAlongside the XRP Ledger, Algorand and Solana were also noted for making 'notable progress' in the real-world adoption of post-quantum cryptography.

Letture associate

In Jinjiang, Fujian, a Storage Super Unicorn Lies Quiet

In Fujian's Jinjiang, a city known for sportswear, lies a quiet semiconductor giant: Fujian Jinhua Integrated Circuit Co. (JHICC). Once a promising domestic DRAM manufacturer alongside Yangtze Memory and ChangXin Memory Technologies (CXMT), its journey was derailed in 2018 when the U.S. placed it on an Entity List and filed criminal charges for alleged trade secret theft. This halted production for years. A turning point came in February 2024 when a U.S. federal court found JHICC not guilty. However, it had lost crucial time. While CXMT soared to become a top-valued A-share company in 2024, JHICC, with an estimated valuation of 80 billion RMB, was just restarting. Its current output is primarily customized DDR4 chips, not the advanced DDR5/HBM demanded for AI, but it still benefits from the broader memory chip upcycle. JHICC's story is tied to Chen Zhengkun, a veteran engineer who left Micron to lead the venture. Founded in 2016 with state-backed funding, JHICC partnered with Taiwan's UMC to develop DRAM technology. Rapid progress was cut short by the U.S. actions, which Micron initiated, partly due to its heavy reliance on the Chinese market. Post-sanctions, Chen's team worked to rebuild the production line with reduced reliance on U.S. technology. According to its records, JHICC achieved small-scale production and revenue growth under immense pressure. It now focuses on the stable "niche" DRAM market (e.g., TVs, routers) with a monthly capacity of ~40,000 wafers, aiming for 60,000 by 2026. It holds over 1,000 patents but remains on the Entity List. For Jinjiang, investing in JHICC was a bold industrial leap. The local government provided unwavering financial and logistical support during the crisis, helping the company survive. JHICC has become the anchor for a growing local semiconductor cluster. Though its scale lags behind domestic peers, JHICC's persistence symbolizes a hard-won foothold in a global market long dominated by Samsung, SK Hynix, and Micron. Having missed one boom, it seeks a place in the new AI-driven memory supercycle.

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In Jinjiang, Fujian, a Storage Super Unicorn Lies Quiet

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