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An estimated $470 billion worth of Bitcoin is exposed to quantum attacks. Alex Shevchenko 🇺🇦 explains why NEAR Protocol was designed with cryptographic upgrades in mind and how the network recently introduced the first approved post-quantum cryptography primitive. • Users can now add post-quantum cryptography (PQC) keys to their...

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Preparing multi-chain assets for a post-quantum future. Illia Polosukhin explains how NEAR gets there. With Chain Signatures, Bitcoin, Ethereum, Solana, and stablecoins held via NEAR Intents can be secured with post-quantum cryptography and kept confidential, with protocol upgrades handling the transition automatically. Confidential and quantum-resistant. A powerful combination for future-proofing your assets.

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NEAR already lets users hold assets in a post-quantum secure way. Illia (root.near) (🇺🇦, ⋈) walks through future upgrades, including shifting block production over to post-quantum cryptography and securing user's multi-chain assets through NEAR's Chain Signatures, all behind the scenes.
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⚛ EXCLUSIVE | Interview with 3 Engineers Inside Google's Quantum Paper. "If you want to live in the future, build on Algorand." • World's first post-quantum transaction • State proofs. Quantum proof since 2022 • Falcon signatures protecting ALGO accounts • Chief scientist authored the PQC cryptography Google didn't publish a warning. They published a report card. Algorand passed. Generation Infinity | Algorand Foundation | Algorand Full Interview:
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Crypto's quantum arms race is accelerating fast In the past two weeks alone: TRON DAO put post-quantum signatures on testnet, NEAR Protocol shipped quantum security in its 2.13 upgrade, and the $XRP Ledger advanced a five-part post-quantum roadmap. Zcash's Tachyon upgrade targets quantum readiness too, per CoinDesk Research. The industry isn't waiting for Q-Day to arrive before hardening its cryptography.
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Crypto's quantum arms race is accelerating fast In the past two weeks alone: TRON DAO put post-quantum signatures on testnet, NEAR Protocol shipped quantum security in its 2.13 upgrade, and the $XRP Ledger advanced a five-part post-quantum roadmap. Zcash's Tachyon upgrade targets quantum readiness too, per CoinDesk Research. The industry isn't waiting for Q-Day to arrive before hardening its cryptography.

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How NEAR Intents are Solving Crypto's Biggest Problems | Free the Money Ep. 36 Alex Shevchenko is the Co-founder and CEO of Aurora Labs and Defuse Labs, the team behind NEAR Intents, the universal liquidity protocol for on-chain markets and tokenized assets. With a PhD in Applied Physics, Alex Shevchenko 🇺🇦 has been building blockchain infrastructure since 2015 and helped launch Rainbow Bridge, Aurora, and NEAR Intents. Today, NEAR Intents’ infrastructure handles the majority of cross-chain trading volume outside same-asset transfers. •Why blockchain fragmentation is crypto's biggest obstacle to mainstream adoption •How NEAR Intents creates a universal liquidity layer across blockchains •What a fully agentic economy actually looks like and why AI agents will need their own financial infrastructure •Why open AI models are catching up to Big Tech and why personal AI could become the future •Why nearly $16 trillion in real-world assets (RWAs) could be tokenized by 2030 and why interoperability will be critical •How NEAR's ~$79 million in daily volume generates an average of ~$158,000 in daily $NEAR buybacks •Near's Confidential Intents: private cross-chain trading using a private shard and trusted execution environments (TEEs) •Why the CLARITY Act could accelerate institutional adoption and bring new capital into crypto •Why $470 billion worth of Bitcoin is exposed to quantum attacks and how NEAR Protocol is preparing with post-quantum cryptography Remember to subscribe and hit the bell "🔔" icon to get notifications. Check out my favorite privacy coin, Zano and follow Zano for updates. You can buy Zano seamlessly on MEXC using a VPN, or browse the full list of exchanges where Zano is available here: You can also find educational content, tutorials, and interviews on the official Zano YouTube Channel: 0:00 Alex's Journey from Applied Physics 2:25 The Origin Story Behind NEAR Intents & Cross-Chain Infrastructure 4:14 Blockchain Fragmentation: Liquidity, Markets & Why Crypto Still Feels Broken 8:59 How NEAR Intents Work Under the Hood (Chain Signatures, Settlement & Self-Custody) 12:52 Building the Financial Backbone of the Agentic Economy (MPP, AI & NEAR's Vision) 16:58 When Will the Agentic Economy Arrive? Alex's Prediction 18:16 Distillation & Open vs Closed AI Models 24:32 NEAR AI: Private Inference & Running AI Without Giving Up Your Data 25:31 $80M Daily Volume, $NEAR Buybacks & Tokenomics 29:41 Why RWAs Need NEAR Intents 33:37 The Agentic Economy Explained: Cross-Agent Interactions 37:17 AI Will Disrupt Subscription Models: The Case for Agentic Micropayments 40:00 Why Privacy Matters: Zano 42:02 Confidential Intents Explained 47:53 Why the CLARITY Act Could Unlock Institutional Capital for Crypto 51:29 Quantum Computing Threats & How NEAR Is Preparing with Post-Quantum Cryptography NEAR Protocol NEAR AI NEAR Mobile | Wallet & DEX
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How NEAR Intents are Solving Crypto's Biggest Problems | Free the Money Ep. 36 Alex Shevchenko is the Co-founder and CEO of Aurora Labs and Defuse Labs, the team behind NEAR Intents, the universal liquidity protocol for on-chain markets and tokenized assets. With a PhD in Applied Physics, Alex Shevchenko 🇺🇦 has been building blockchain infrastructure since 2015 and helped launch Rainbow Bridge, Aurora, and NEAR Intents. Today, NEAR Intents’ infrastructure handles the majority of cross-chain trading volume outside same-asset transfers. •Why blockchain fragmentation is crypto's biggest obstacle to mainstream adoption •How NEAR Intents creates a universal liquidity layer across blockchains •What a fully agentic economy actually looks like and why AI agents will need their own financial infrastructure •Why open AI models are catching up to Big Tech and why personal AI could become the future •Why nearly $16 trillion in real-world assets (RWAs) could be tokenized by 2030 and why interoperability will be critical •How NEAR's ~$79 million in daily volume generates an average of ~$158,000 in daily $NEAR buybacks •Near's Confidential Intents: private cross-chain trading using a private shard and trusted execution environments (TEEs) •Why the CLARITY Act could accelerate institutional adoption and bring new capital into crypto •Why $470 billion worth of Bitcoin is exposed to quantum attacks and how NEAR Protocol is preparing with post-quantum cryptography Remember to subscribe and hit the bell "🔔" icon to get notifications. Check out my favorite privacy coin, Zano and follow Zano for updates. You can buy Zano seamlessly on MEXC using a VPN, or browse the full list of exchanges where Zano is available here: You can also find educational content, tutorials, and interviews on the official Zano YouTube Channel: 0:00 Alex's Journey from Applied Physics 2:25 The Origin Story Behind NEAR Intents & Cross-Chain Infrastructure 4:14 Blockchain Fragmentation: Liquidity, Markets & Why Crypto Still Feels Broken 8:59 How NEAR Intents Work Under the Hood (Chain Signatures, Settlement & Self-Custody) 12:52 Building the Financial Backbone of the Agentic Economy (MPP, AI & NEAR's Vision) 16:58 When Will the Agentic Economy Arrive? Alex's Prediction 18:16 Distillation & Open vs Closed AI Models 24:32 NEAR AI: Private Inference & Running AI Without Giving Up Your Data 25:31 $80M Daily Volume, $NEAR Buybacks & Tokenomics 29:41 Why RWAs Need NEAR Intents 33:37 The Agentic Economy Explained: Cross-Agent Interactions 37:17 AI Will Disrupt Subscription Models: The Case for Agentic Micropayments 40:00 Why Privacy Matters: Zano 42:02 Confidential Intents Explained 47:53 Why the CLARITY Act Could Unlock Institutional Capital for Crypto 51:29 Quantum Computing Threats & How NEAR Is Preparing with Post-Quantum Cryptography NEAR Protocol NEAR AI NEAR Mobile | Wallet & DEX

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America is going (Q)uantum President Trump signs two quantum Executive Orders: 1. Protecting U.S. quantum research from foreign threats: Strengthens counterintelligence efforts (FBI and intelligence community) against espionage (e.g., by China). It also directs the Departments of Defense and Energy to build and host a quantum computer for scientific discovery and tasks Commerce with plans to expand federal investments in quantum companies. 2. Accelerating post-quantum cryptography (PQC) migration: Bolsters federal efforts to transition to quantum-resistant encryption standards to mitigate risks from future “Q-day” when powerful quantum computers could break current public-key cryptography.
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Most chains will address quantum security when they have to. Arc is being designed with future quantum capabilities in mind from the start. Gordon Liao explains how Arc incorporates quantum-resistant signatures and a mapped path for migrating assets to quantum-safe wallets.
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Most chains will address quantum security when they have to. Arc is being designed with future quantum capabilities in mind from the start. Gordon Liao explains how Arc incorporates quantum-resistant signatures and a mapped path for migrating assets to quantum-safe wallets.

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Bitcoin and Ethereum’s quantum threat is getting harder to ignore. In roughly two months, 100+ participants and their AI agents drove down the estimated cost of the arithmetic of a potential quantum attack on elliptic-curve cryptography. Their work is detailed in the new paper, with seven co-authors from StarkWare and the Starknet Foundation. The challenge focused on a calculation that a sufficiently powerful quantum computer would use to recover private keys from exposed public keys. The result: an 86.1% reduction from the challenge’s starting resource score, which combines logical qubits and key computational operations. That score was also over 50% below Google Quantum AI’s reported result for this calculation, although the circuit setups and measurement methods differ. In simple terms, algorithm improvements can reduce the resources needed for an important part of a quantum attack. For StarkWare, this complements our broader work on quantum security in blockchain, from STARK proofs and Starknet’s post-quantum roadmap to our successful quantum-safe Bitcoin transaction on mainnet. We’re helping measure the threat and build the defenses. Congratulations to our seven co-authors across StarkWare 🥷 and Starknet Foundation: Odin, sam, teddy, Akash, lucqs, robert, and Tarek | Security Engineer, alongside the wider community. Read the paper:
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Bitcoin and Ethereum’s quantum threat is getting harder to ignore. In roughly two months, 100+ participants and their AI agents drove down the estimated cost of the arithmetic of a potential quantum attack on elliptic-curve cryptography. Their work is detailed in the new paper, with seven co-authors from StarkWare and the Starknet Foundation. The challenge focused on a calculation that a sufficiently powerful quantum computer would use to recover private keys from exposed public keys. The result: an 86.1% reduction from the challenge’s starting resource score, which combines logical qubits and key computational operations. That score was also over 50% below Google Quantum AI’s reported result for this calculation, although the circuit setups and measurement methods differ. In simple terms, algorithm improvements can reduce the resources needed for an important part of a quantum attack. For StarkWare, this complements our broader work on quantum security in blockchain, from STARK proofs and Starknet’s post-quantum roadmap to our successful quantum-safe Bitcoin transaction on mainnet. We’re helping measure the threat and build the defenses. Congratulations to our seven co-authors across StarkWare 🥷 and Starknet Foundation: Odin, sam, teddy, Akash, lucqs, robert, and Tarek | Security Engineer, alongside the wider community. Read the paper:

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BITCOIN RAILS #69: ZERO-KNOWLEDGE PROOFS FOR POST-QUANTUM BITCOIN | with Benedikt Bünz 🔗 YOUTUBE: 🌿 SPOTIFY: While many Bitcoiners remain hopeful the network will embrace zero-knowledge proofs for protocol-level use cases, practical adoption has remained limited outside of BitVM and a handful of experimental proposals. Most of the world’s ZKP research has circled around Ethereum and other ecosystems, where significant resources have been dedicated to advancing these systems, particularly for scaling and privacy applications. One of the most notable contributors to this research is Benedikt Bünz ☕️ — professor of cryptography at NYU and collaborator of Dan Boneh, who together inarguably form one of the strongest blockchain-applied cryptography teams in the world. The pair recently announced they’ll be leading the new post-quantum cryptography unit localhost research — the first dedicated PQ research effort within a major Bitcoin development organization. With Benedikt leading the charge on the use of zero-knowledge proofs for post-quantum mitigation, the question emerges: will the post-quantum transition be the catalyst to finally bring zero-knowledge proofs to Bitcoin's core protocol? In more detail, Benedikt and I discuss: - Why ZKPs haven’t been widely adopted by the Bitcoin technical community — and why the threat of quantum computers may change that posture going forward - How ZKPs could be used for signature batching to address larger post-quantum signatures in Bitcoin’s post-quantum era - Why Bitcoiners will likely prioritize hash-based signatures as an initial post-quantum scheme — rather than more efficient but less proven alternatives (e.g., lattice-based) - How ZKPs have evolved over the last decade and may finally be ready for Bitcoin’s strict requirements around trust assumptions - Why Benedikt and Dan are teaming up with localhost research to create the first post-quantum cryptography unit within a major Bitcoin development organization + what they hope to accomplish This episode of Bitcoin Rails is brought to you by: LayerTwo Labs LayerTwo Labs — developing research, software, and technologies for scaling Bitcoin via the integration of Drivechains (BIP 300/301) Hashi on Sui — a primitive for executing Bitcoin DeFi transactions, without having to trust a federated bridge or other centralized entity BitBox BitBox — an open-source Bitcoin-only hardware wallet, with smooth UX and no compromises on security. Check out Bitbox [dot] swiss and use code BITCOINRAILS to get a discount TIMESTAMPS: 00:00 — Intro 00:22 — Benedikt's background 04:10 — How Benedikt got into Bitcoin and cryptography 07:42 — First ZK project: proving exchange solvency after Mt. Gox 16:01 — ZK proofs explained 27:43 — How security gets popular & ZK proofs in Bitcoin 35:49 — Other applications of ZK proofs for Bitcoin 40:15 — Why ZK proofs haven't been adopted in Bitcoin 50:46 — Why the Bitcoin post-quantum transition needs ZK proofs 01:07:00 — Cryptographic agility and why lattices win 01:18:00 — The size problem and how SNARKs solve it 01:33:57 — Proving a Bitcoin block in a laptop in 1.5 seconds 01:37:12 — Bitcoin as the primary quantum target 01:40:47 — ZK proofs for seed phrase recovery
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BITCOIN RAILS #69: ZERO-KNOWLEDGE PROOFS FOR POST-QUANTUM BITCOIN | with Benedikt Bünz 🔗 YOUTUBE: 🌿 SPOTIFY: While many Bitcoiners remain hopeful the network will embrace zero-knowledge proofs for protocol-level use cases, practical adoption has remained limited outside of BitVM and a handful of experimental proposals. Most of the world’s ZKP research has circled around Ethereum and other ecosystems, where significant resources have been dedicated to advancing these systems, particularly for scaling and privacy applications. One of the most notable contributors to this research is Benedikt Bünz ☕️ — professor of cryptography at NYU and collaborator of Dan Boneh, who together inarguably form one of the strongest blockchain-applied cryptography teams in the world. The pair recently announced they’ll be leading the new post-quantum cryptography unit localhost research — the first dedicated PQ research effort within a major Bitcoin development organization. With Benedikt leading the charge on the use of zero-knowledge proofs for post-quantum mitigation, the question emerges: will the post-quantum transition be the catalyst to finally bring zero-knowledge proofs to Bitcoin's core protocol? In more detail, Benedikt and I discuss: - Why ZKPs haven’t been widely adopted by the Bitcoin technical community — and why the threat of quantum computers may change that posture going forward - How ZKPs could be used for signature batching to address larger post-quantum signatures in Bitcoin’s post-quantum era - Why Bitcoiners will likely prioritize hash-based signatures as an initial post-quantum scheme — rather than more efficient but less proven alternatives (e.g., lattice-based) - How ZKPs have evolved over the last decade and may finally be ready for Bitcoin’s strict requirements around trust assumptions - Why Benedikt and Dan are teaming up with localhost research to create the first post-quantum cryptography unit within a major Bitcoin development organization + what they hope to accomplish This episode of Bitcoin Rails is brought to you by: LayerTwo Labs LayerTwo Labs — developing research, software, and technologies for scaling Bitcoin via the integration of Drivechains (BIP 300/301) Hashi on Sui — a primitive for executing Bitcoin DeFi transactions, without having to trust a federated bridge or other centralized entity BitBox BitBox — an open-source Bitcoin-only hardware wallet, with smooth UX and no compromises on security. Check out Bitbox [dot] swiss and use code BITCOINRAILS to get a discount TIMESTAMPS: 00:00 — Intro 00:22 — Benedikt's background 04:10 — How Benedikt got into Bitcoin and cryptography 07:42 — First ZK project: proving exchange solvency after Mt. Gox 16:01 — ZK proofs explained 27:43 — How security gets popular & ZK proofs in Bitcoin 35:49 — Other applications of ZK proofs for Bitcoin 40:15 — Why ZK proofs haven't been adopted in Bitcoin 50:46 — Why the Bitcoin post-quantum transition needs ZK proofs 01:07:00 — Cryptographic agility and why lattices win 01:18:00 — The size problem and how SNARKs solve it 01:33:57 — Proving a Bitcoin block in a laptop in 1.5 seconds 01:37:12 — Bitcoin as the primary quantum target 01:40:47 — ZK proofs for seed phrase recovery

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Hash-based signatures for Bitcoin's post-quantum future? with Jonas Nick | SLP713 Bitcoin researcher Blockstream and bitcoin/secp256k1 contributor, Jonas Nick joins me to discuss how quantum computing could impact Bitcoin’s security. We explore post-quantum cryptography, hash-based signatures, impact on hardware wallets, the controversial block size trade-offs and more. (00:00) - Intro (01:49) - How real is quantum risk to Bitcoin? (04:39) - When could quantum pose a threat to Bitcoin’s cryptography? (09:56) - Long range vs Short range attacks (12:37) - How many coins are vulnerable to Long range attacks? (14:12) - Different types of cryptography and exploring Hash-based signature schemes (17:00) - Categories of Hash-based signature scheme and their pros & cons (23:42) - How do Hash-based signatures work? (32:14) - Would Lightning, Multi-sig, Taproot, Silent Payments, Atomic swaps work in a post-quantum world? (38:50) - What are Adaptor signatures & how do they affect atomic swapping? (41:27) - Will we need new Bitcoin hardware wallets?; Signature production & verification (44:41) - Signature size and Bitcoin block capacity implications (46:52) - Should we revisit the block size conversation? (54:57) - Overview of SPHINCS+ & SHRINCS (59:49) - Transitioning to post-quantum signature schemes; Overview of BIP 360 (1:09:06) - Closing thoughts
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Hash-based signatures for Bitcoin's post-quantum future? with Jonas Nick | SLP713 Bitcoin researcher Blockstream and bitcoin/secp256k1 contributor, Jonas Nick joins me to discuss how quantum computing could impact Bitcoin’s security. We explore post-quantum cryptography, hash-based signatures, impact on hardware wallets, the controversial block size trade-offs and more. (00:00) - Intro (01:49) - How real is quantum risk to Bitcoin? (04:39) - When could quantum pose a threat to Bitcoin’s cryptography? (09:56) - Long range vs Short range attacks (12:37) - How many coins are vulnerable to Long range attacks? (14:12) - Different types of cryptography and exploring Hash-based signature schemes (17:00) - Categories of Hash-based signature scheme and their pros & cons (23:42) - How do Hash-based signatures work? (32:14) - Would Lightning, Multi-sig, Taproot, Silent Payments, Atomic swaps work in a post-quantum world? (38:50) - What are Adaptor signatures & how do they affect atomic swapping? (41:27) - Will we need new Bitcoin hardware wallets?; Signature production & verification (44:41) - Signature size and Bitcoin block capacity implications (46:52) - Should we revisit the block size conversation? (54:57) - Overview of SPHINCS+ & SHRINCS (59:49) - Transitioning to post-quantum signature schemes; Overview of BIP 360 (1:09:06) - Closing thoughts

Stephan Livera

45,684 Aufrufe • vor 8 Monaten

Join the quantum-safe web3 revolution! QAN XLINK, our cross-signer protocol that makes QANplatform quantum-safe, is in the final phase and you can test it before the public release. Apply to become a member of our closed testing group and be among the first to try the QAN XLINK desktop app. QANplatform is the only blockchain that delivers both Ethereum compatibility and a 100%-guaranteed safe migration path for the post-quantum era, ensuring your security even after "Q-Day." This quantum-safe protection is provided by QAN XLINK which uses NIST's primary-recommended PQC algorithm (ML-DSA, FIPS 204). QAN XLINK enables seamless integration of every Ethereum-compatible wallet including MetaMask and Trust Wallet with quantum-safe signature-capable keypairs. You can apply using this link:
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Join the quantum-safe web3 revolution! QAN XLINK, our cross-signer protocol that makes QANplatform quantum-safe, is in the final phase and you can test it before the public release. Apply to become a member of our closed testing group and be among the first to try the QAN XLINK desktop app. QANplatform is the only blockchain that delivers both Ethereum compatibility and a 100%-guaranteed safe migration path for the post-quantum era, ensuring your security even after "Q-Day." This quantum-safe protection is provided by QAN XLINK which uses NIST's primary-recommended PQC algorithm (ML-DSA, FIPS 204). QAN XLINK enables seamless integration of every Ethereum-compatible wallet including MetaMask and Trust Wallet with quantum-safe signature-capable keypairs. You can apply using this link:

QANplatform

15,811 Aufrufe • vor 10 Monaten

Illia on the two types of post quantum cryptography, and which one Near prefers "There's a difference between types of cryptography, so-called lattice based and hash based, and there's a bit of a debate right now in the Web3 space about what should be used, with different tradeoffs" "People are used to signing with their wallet, the traditional way, but if we go to more institutional adoption, people use multi party computation, MPC. That's also what backs Near Intents and a lot of the cross chain work Near is doing. Today we have an announcement that we have a consortium testing multi party computation across custodians, banks and regulators, to showcase how this is going to work in production for real institutional use cases" "This is where we need the social consensus for the whole of Web3 to work together in a reasonable way, because hash based is actually very hard to support with hardware wallets and MPC solutions. So it's important for us that there's consensus on lattice based" "We want to be ahead of the curve and showcase how all of these tools work, and bring it to both individual users and institutional usage. That enables both security and trust in blockchain, which we've seen plummet a bit since post quantum concerns started coming out late last year"
2:19

Illia on the two types of post quantum cryptography, and which one Near prefers "There's a difference between types of cryptography, so-called lattice based and hash based, and there's a bit of a debate right now in the Web3 space about what should be used, with different tradeoffs" "People are used to signing with their wallet, the traditional way, but if we go to more institutional adoption, people use multi party computation, MPC. That's also what backs Near Intents and a lot of the cross chain work Near is doing. Today we have an announcement that we have a consortium testing multi party computation across custodians, banks and regulators, to showcase how this is going to work in production for real institutional use cases" "This is where we need the social consensus for the whole of Web3 to work together in a reasonable way, because hash based is actually very hard to support with hardware wallets and MPC solutions. So it's important for us that there's consensus on lattice based" "We want to be ahead of the curve and showcase how all of these tools work, and bring it to both individual users and institutional usage. That enables both security and trust in blockchain, which we've seen plummet a bit since post quantum concerns started coming out late last year"

Laura Shin

60,094 Aufrufe • vor 1 Monat

.Sui has a massive headstart and the most flexible architecture for the post-quantum and AI era. This conversation with Kostas Kryptos tells you exactly why, and what every other chain still has to figure out. If you hold anything onchain, watch this pod. Timestamps: 0:00 Intro 6:00 What a quantum computer actually is (the 10-year-old version) 10:00 Quantum will be used for trading before it ever breaks Bitcoin? 13:00 Post-quantum algorithms (solved) vs hardware (decades out) 17:00 "If you think quantum breaks crypto by 2030, you can make free money" 19:00 Everyone missed this: AI is now researching quantum alongside humans 25:00 The post-quantum-algorithm debate: Falcon, Dilithium, Sphincs and why each chain picks differently 27:00 Why Bitcoin will ONLY adopt hash-based post-quantum algorithms 31:00 This is why Sui's architecture wins: 128KB transactions, native multi-sig, flexible authenticator 36:00 How Sui can natively support any signature scheme 40:00 The Sui-only algorithm: protect existing EdDSA addresses without moving a coin 44:00 Design philosophy: what Sui kept from Libra, and what it threw out 47:00 Why Sui can keep gas low even with post-quantum signatures 49:00 How Kostas first started working on this in 2016 at R3 Corda 51:00 Attending tech conference one day after his son was born: meeting Sam Blackshear , joining Libra 55:00 The bigger near-term threat: AI-aided attacks, not quantum 58:00 Why Mysten Labs is now sharing its security tooling with the community 1:02:00 Sui's $100K post-quantum bounty: break it, keep it
1:05:30

.Sui has a massive headstart and the most flexible architecture for the post-quantum and AI era. This conversation with Kostas Kryptos tells you exactly why, and what every other chain still has to figure out. If you hold anything onchain, watch this pod. Timestamps: 0:00 Intro 6:00 What a quantum computer actually is (the 10-year-old version) 10:00 Quantum will be used for trading before it ever breaks Bitcoin? 13:00 Post-quantum algorithms (solved) vs hardware (decades out) 17:00 "If you think quantum breaks crypto by 2030, you can make free money" 19:00 Everyone missed this: AI is now researching quantum alongside humans 25:00 The post-quantum-algorithm debate: Falcon, Dilithium, Sphincs and why each chain picks differently 27:00 Why Bitcoin will ONLY adopt hash-based post-quantum algorithms 31:00 This is why Sui's architecture wins: 128KB transactions, native multi-sig, flexible authenticator 36:00 How Sui can natively support any signature scheme 40:00 The Sui-only algorithm: protect existing EdDSA addresses without moving a coin 44:00 Design philosophy: what Sui kept from Libra, and what it threw out 47:00 Why Sui can keep gas low even with post-quantum signatures 49:00 How Kostas first started working on this in 2016 at R3 Corda 51:00 Attending tech conference one day after his son was born: meeting Sam Blackshear , joining Libra 55:00 The bigger near-term threat: AI-aided attacks, not quantum 58:00 Why Mysten Labs is now sharing its security tooling with the community 1:02:00 Sui's $100K post-quantum bounty: break it, keep it

Sooraj

14,433 Aufrufe • vor 4 Monaten

Is Quantum FUD BS? with James O'Beirne | SLP721 jamesob, Bitcoin developer joins me to discuss quantum hype vs reality, developer trade-offs, protocol upgrade challenges, and what it means for self-custody, UX, and Bitcoin’s long-term adoption. (00:00) - Intro (00:46) - What is the deal with quantum computing and Bitcoin? (05:05) - Advancing progress in quantum computing (09:43) - Is the quantum threat to Bitcoin around the corner? (11:57) - Quantum resistant schemes developed by Bitcoiners (15:45) - NIST and diverse views on Post-quantum cryptography (22:31) - The future of Bitcoin in a Post-quantum world (29:45) - 'Matt Corallo (Matt Corallo 🟠) Quantum Plan' (34:08) - A modest version of the Big Blocker view (38:41) - Covenants and Scaling Bitcoin (43:35) - Comparing OP_TEMPLATEHASH & OP_CTV (48:01) - The ‘Slow and Steady’ approach to Bitcoin development (55:19) - What’s the next adoption pathway for Bitcoin? (1:04:04) - AssumeUTXO, Utreexo & Floresta (1:07:20) - Why are so few people running Bitcoin nodes? (1:14:52) - Closing thoughts
1:18:57

Is Quantum FUD BS? with James O'Beirne | SLP721 jamesob, Bitcoin developer joins me to discuss quantum hype vs reality, developer trade-offs, protocol upgrade challenges, and what it means for self-custody, UX, and Bitcoin’s long-term adoption. (00:00) - Intro (00:46) - What is the deal with quantum computing and Bitcoin? (05:05) - Advancing progress in quantum computing (09:43) - Is the quantum threat to Bitcoin around the corner? (11:57) - Quantum resistant schemes developed by Bitcoiners (15:45) - NIST and diverse views on Post-quantum cryptography (22:31) - The future of Bitcoin in a Post-quantum world (29:45) - 'Matt Corallo (Matt Corallo 🟠) Quantum Plan' (34:08) - A modest version of the Big Blocker view (38:41) - Covenants and Scaling Bitcoin (43:35) - Comparing OP_TEMPLATEHASH & OP_CTV (48:01) - The ‘Slow and Steady’ approach to Bitcoin development (55:19) - What’s the next adoption pathway for Bitcoin? (1:04:04) - AssumeUTXO, Utreexo & Floresta (1:07:20) - Why are so few people running Bitcoin nodes? (1:14:52) - Closing thoughts

Stephan Livera

17,889 Aufrufe • vor 7 Monaten

Ethereum Researcher Justin Drake, who co-authored Google's recent quantum paper: "I've stopped thinking about post-quantum as a hurdle that we have to overcome, and I think of it more as an opportunity. It's an opportunity for Ethereum to stand out as the very first global financial system that is post-quantum secure — not just relative to its competitors, but also relative to fiat and tradfi." Justin also believes quantum presents an opportunity for Ethereum to become the best version of itself: “The move to post-quantum is essentially a rewrite, and that’s a massive opportunity to start with a clean slate and wipe our technical debt.” The rewrite bundles post-quantum security with a new ZK virtual machine (LeanVM) that can snarkify the entire consensus layer in real time. The result is that the Ethereum L1 can scale to 10,000 TPS at 1 gigagas/second — while simultaneously becoming quantum-secure. Source: Bankless (Mar 2026)
1:08

Ethereum Researcher Justin Drake, who co-authored Google's recent quantum paper: "I've stopped thinking about post-quantum as a hurdle that we have to overcome, and I think of it more as an opportunity. It's an opportunity for Ethereum to stand out as the very first global financial system that is post-quantum secure — not just relative to its competitors, but also relative to fiat and tradfi." Justin also believes quantum presents an opportunity for Ethereum to become the best version of itself: “The move to post-quantum is essentially a rewrite, and that’s a massive opportunity to start with a clean slate and wipe our technical debt.” The rewrite bundles post-quantum security with a new ZK virtual machine (LeanVM) that can snarkify the entire consensus layer in real time. The result is that the Ethereum L1 can scale to 10,000 TPS at 1 gigagas/second — while simultaneously becoming quantum-secure. Source: Bankless (Mar 2026)

Etherealize

186,071 Aufrufe • vor 5 Monaten

NEAR is about to let its blockchain add capacity on its own NEAR Protocol's v2.13 upgrade lands this month, introducing dynamic resharding that auto-splits shards as demand grows, with no validator votes or manual coordination. It also adds post-quantum-safe signing. The pitch: become the settlement layer for autonomous AI agents. NEAR Intents has processed ~$20B in volume, with fees auto-buying $NEAR on the open market. Bitwise's NEAR Staking ETP is seeing steady inflows.
0:32

NEAR is about to let its blockchain add capacity on its own NEAR Protocol's v2.13 upgrade lands this month, introducing dynamic resharding that auto-splits shards as demand grows, with no validator votes or manual coordination. It also adds post-quantum-safe signing. The pitch: become the settlement layer for autonomous AI agents. NEAR Intents has processed ~$20B in volume, with fees auto-buying $NEAR on the open market. Bitwise's NEAR Staking ETP is seeing steady inflows.

BSCN

17,052 Aufrufe • vor 3 Monaten