Grayscale Recognizes XRP Ledger as Pioneer In Post-Quantum Cryptography
Analysis
Price Impact
MedThe recognition of xrp ledger for its proactive approach to post-quantum cryptography by grayscale is a positive signal for long-term security and adoption. however, the immediate price impact might be limited as the quantum threat is not an imminent concern for most users.
Trustworthiness
HighPrice Direction
BullishThis news highlights the technological maturity and forward-thinking nature of the xrp ledger, which can attract more developers and institutional interest. while the direct impact is not immediate, it strengthens the long-term value proposition of xrp.
Time Effect
LongThe implications of post-quantum cryptography are a long-term concern. this news positions xrp ledger favorably for the future, but the actual impact on price will likely unfold over several years as the quantum threat becomes more tangible.
Original Article:
Article Content:
Cover image via www.freepik.com In a recent research note titled "It’s Time to Get Ready for a Post-Quantum Future," Grayscale Head of Research Zach Pandl has recognized a major new paper from Google Quantum AI. Advertisement The report argues that the timeline for quantum computers to break classical cryptography is rapidly compressing. Hence, public blockchains have to immediately bolster their defenses. Notably, Pandl specifically praised the XRP Ledger and Solana for already taking the initiative and experimenting with post-quantum cryptography (PQC). HOT Stories Grayscale Recognizes XRP Ledger as Pioneer In Post-Quantum Cryptography Will Bitcoin Hold $70,000 the Third Time? Hyperliquid's (HYPE) Second Bullish Elliot Wave, Crucial Ethereum (ETH) Resistance Battle: Crypto Market Review The looming quantum threat The urgency has been prompted by a recent breakthrough by Google Quantum AI. Advertisement A quantum computer capable of running Shor's algorithm at scale does not exist today, but the technology is advancing in "discrete jumps." XRPL is not quantum resistant. It could be made so, but with the present mechanims we have, the result would kind of suck because the quantum resistant algorithms we know of all have painful disadvantages in blockchain applications. ... — David 'JoelKatz' Schwartz (@JoelKatz) July 26, 2022 Aanchal Malhotra, Ripple's head of research, also recently took note of the development. The researcher noted that Google validated the result using a zero-knowledge proof rather than publishing the algorithm, meaning meaningful quantum cryptanalysis progress is no longer fully public. Advertisement You Might Also Like Tue, 03/17/2026 - 08:22 XRP Ledger (XRPL) Breaks 13-Year Milestone in Nonempty Wallets as Adoption Peaks By Godfrey Benjamin It now takes fewer than 500,000 physical qubits to solve ECDLP-256 on superconducting hardware, a roughly 20x reduction from prior estimates. Google has effectively set a post-quantum migration deadline for 2029. "No wallets are getting cracked tomorrow," Malhotra stated. "But the trend line is compressing faster than most of the industry is prepared for." Back in July 2022, Ripple CTO David "JoelKatz" Schwartz acknowledged that the XRPL was not natively quantum-resistant. At the time, he noted that while the network could be upgraded, the known quantum-resistant algorithms had "painful disadvantages in blockchain applications." The strategy was to carefully monitor the technology and "implement the best quantum-resistant algorithms whenever the risk looks to be within about 5 years of materializing." He added that he did not believe the industry was there yet. However, with Google Quantum AI now openly pointing to a 2029 deadline, that five-year window has officially arrived. #XRP News #Grayscale News