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28 Apr 2026, 15:36
Bitcoin faces splitting plan for 500,000 “Patoshi” coins
🚨 Nearly 500,000 "Patoshi" coins could soon shift in $BTC with a dramatic chain split proposal. eCash would mirror Bitcoin's history but reassign coins believed to be Satoshi's. 🧠 Key point: All original BTC balances remain safe, only the new eCash chain changes ownership. Continue Reading: Bitcoin faces splitting plan for 500,000 “Patoshi” coins The post Bitcoin faces splitting plan for 500,000 “Patoshi” coins appeared first on COINTURK NEWS .
28 Apr 2026, 14:00
New wallet offers way to tackle Bitcoin’s quantum risk without a fork
The Postquant Labs project uses Arch Network to deliver post-quantum signature protection without a Bitcoin soft fork, sidestepping both Jameson Lopp's freeze proposal and Paul Sztorc's hard fork.
28 Apr 2026, 11:49
What Happens to Bitcoin If Satoshi-Linked Coins Are Reassigned?
Bitcoin is facing a new ownership debate after developer Paul Sztorc proposed a hard fork tied to coins widely linked to Satoshi Nakamoto. The proposal comes while developers and analysts are already debating whether dormant Bitcoin should be frozen to reduce future quantum-computing risks. Satoshi-Linked Coins Enter Fork Debate Paul Sztorc, co-founder and CEO of LayerTwo Labs, has proposed a separate blockchain called eCash. The project would copy Bitcoin’s transaction history but change part of the ledger tied to early mined coins. The plan would reassign about 500,000 coins from the so-called Patoshi pattern. Researchers have long linked this early mining pattern to Satoshi Nakamoto, though ownership has never been formally proven. Sztorc said the change would support early investors in the new project before its planned launch. He said current Bitcoin holders would also receive eCash coins equal to their BTC balances at the fork point. The proposal does not move coins on Bitcoin’s main chain. Instead, it creates a new network with a modified history. Bitcoin developer Jameson Lopp described the move as a separate chain event, not a direct transfer of BTC. What It Means for Bitcoin Holders Bitcoin holders would keep their BTC on the original network if the fork proceeds. They would also receive matching eCash balances on the new chain, based on their Bitcoin holdings at the snapshot. The larger question is how markets respond to a chain built around reassigned Satoshi-linked coins. Some BTC holders may ignore the new asset, while others may sell or trade it once markets open. Bitcoin Cash launched in 2017 after a scaling dispute. Ethereum also split in 2016 after the DAO hack, although Ethereum Classic kept the original transaction history. Those past splits show how markets can separate original networks from breakaway chains. The original Bitcoin network would only change if the broader ecosystem adopted a hard fork with altered balances. Dormant Bitcoin Freeze Debate Adds Context The eCash plan arrives as Bitcoin developers debate whether long-dormant coins should be frozen to reduce future quantum risks. Some estimates place about 5.6 million BTC in wallets inactive for more than a decade. Supporters of defensive action argue that quantum computing could one day threaten older cryptographic signatures. They say inactivity may leave certain coins exposed if future machines can break early wallet protections. Critics say freezing any coins would weaken Bitcoin’s promise of unconditional ownership. They argue institutions bought Bitcoin partly because balances cannot be changed by policy decisions or social pressure. Market Reaction Could Depend on Adoption A reassignment on a separate chain would not directly alter Bitcoin’s ledger. However, it could still create market debate around Satoshi-linked supply, fork value, and the limits of developer-led changes. Analysts in the freeze debate have warned that any main-chain balance change could cause rapid repricing. They say funds with strict ownership and censorship-resistance mandates may reassess Bitcoin if protocol rules become flexible. The eCash plan may carry less direct risk because it does not require Bitcoin users to accept the new chain. Its market value would depend on users, exchanges, miners, developers, and liquidity after launch.
28 Apr 2026, 10:57
Satoshi Patoshi BTCs to Be Redistributed via eCash Fork
Paul Sztorc's eCash hard fork aims to redistribute 500K out of the 1.1M Patoshi BTCs attributed to Satoshi. BTC holders will receive equivalent eCash. Current BTC: 76.614$, uptrend continues. The f...
28 Apr 2026, 10:06
BNB Chain Just Activated the Osaka Hard Fork: Will 20,000 TPS Finally Trigger a Price Breakout Above $700?
The BNB Chain community has now passed the protocol-level event that many hoped would ignite a price breakout, or feared would trigger the classic sell-the-news collapse. The Osaka/Mendel hard fork successfully activated at 02:30 UTC on April 28. What happens next depends heavily on whether bulls can defend the $612–$620 zone now that the upgrade is live and the initial uncertainty has cleared. The upgrade rolled out nine protocol enhancements, including six Ethereum EIPs and two BNB Chain-specific optimizations. It caps transaction gas at 16,777,216 units and advances the network’s throughput ambitions toward 20,000 TPS. It builds directly on the Fermi and Maxwell upgrades that already reduced block times to 0.45 seconds. The Osaka/Mendel hard fork is now live on BNB Smart Chain BSC now delivers better execution, more stable performance and faster finality that holds up under real usage. As onchain activity on BSC grows, this upgrade enables: Users faster confirmations & more consistent… pic.twitter.com/hjxs538VuK — BNB Chain (@BNBCHAIN) April 28, 2026 Node operators who completed the migration to BSC v1.7.2 before activation remain synced with the mainnet; those who didn’t risked disconnection. MEXC’s analysis framed the upgrade as “the consolidation phase, making sure the speed gains hold up under real load.” Testnet validation was confirmed on both March 24 and March 27, and early reports indicate a smooth mainnet transition. The broader crypto market continues posting mixed signals. BNB’s neutral oscillator readings and position near or below key moving averages mean the post-fork performance itself now becomes the decisive factor, rather than pre-event hype. Bnb (BNB) 24h 7d 30d 1y All time Bitcoin’s ongoing resistance battle adds further macro noise that traders cannot ignore. With the hard fork now active, attention shifts from anticipation to real-world validation: sustained stability, improved execution under load, and whether the enhanced finality and gas predictability can support higher on-chain activity without hiccups. A clean consolidation phase could provide the foundation for renewed upside; any unexpected issues would likely revive short-term selling pressure. Can BNB Price Hit $672 After the Osaka/Mendel Hard Fork? BNB price is stuck in a tight range, and right now it is not trending; it is just hovering around the pivot near $633 with no real momentum behind either side. Source: Tradingview The structure is neutral. RSI and MACD are flat, and BNB price is still below key moving averages, which makes any breakout harder to sustain without a catalyst. If BNB can reclaim $633 and hold, that is where the structure shifts slightly bullish and opens a move toward $651 and potentially higher. The risk is losing $612, because that opens the door toward $594 quickly, especially if anything goes wrong on the technical side. Bitcoin Hyper Could Outperform BNB and Here is Why BNB price around $620 is solid but limited in the short term. At this size, upside is real but capped, and it mostly depends on how the fork plays out, which makes it a more binary, slower trade. That is why some traders start looking earlier in the cycle, where the upside is not already priced in. Bitcoin Hyper is aiming at that kind of positioning, building a Layer 2 on Bitcoin with SVM integration to bring faster execution and smart contracts into the BTC ecosystem. The idea is to combine Bitcoin’s security with high-speed performance. The presale has already pulled in over $32.5M at around $0.0136792, which shows strong early interest and steady accumulation. Features like staking and a native bridge are meant to support real usage, not just narrative. But it is still early, and that comes with real risk. Liquidity is not proven, execution is still ahead, and outcomes depend on adoption after launch. So the trade-off is clear, BNB offers stability with limited upside, while something like Bitcoin Hyper offers earlier positioning with higher potential, but also higher uncertainty. Research Bitcoin Hyper The post BNB Chain Just Activated the Osaka Hard Fork: Will 20,000 TPS Finally Trigger a Price Breakout Above $700? appeared first on Cryptonews .
28 Apr 2026, 10:00
Quantum-Proofing Begins: Solana Validators Trial Falcon Tech
Falcon-512 produces the smallest digital signature of any algorithm currently approved by the US National Institute of Standards and Technology — and that fact quietly drove one of the bigger decisions in Solana’s recent development history. Two Teams, One Conclusion Anza and Firedancer, two of Solana’s most widely used validator clients, have each rolled out a test version of Falcon, a post-quantum cryptographic signature scheme. According to the teams, both groups researched the problem independently and landed on the same answer: quantum readiness is necessary, and Falcon is the right tool for the job. Initial versions have been pushed to both clients’ GitHub repositories. Data from Anza’s account shows work on Falcon stretching back to at least January 27, 2026. The solution is built to sit dormant until needed. It can be switched on if and when quantum computers grow powerful enough to crack public-key encryption — a hypothetical threshold researchers call Q-Day. Officials said the migration work is manageable, the transition can happen quickly when conditions demand it, and network performance is not expected to take a meaningful hit. Why Signature Size Matters For a high-throughput network like Solana, that last point is not a small thing. Post-quantum algorithms have generally been criticized for producing large signatures that strain bandwidth and storage — a direct threat to the kind of speed Solana is built around. Jump Crypto, the infrastructure firm behind Firedancer, said Falcon was chosen precisely because it avoids that problem. Signing happens offchain, and verification is not complex to implement. Falcon is not the first quantum-resistant option to appear in Solana’s orbit. Blueshift’s Winternitz Vault has offered similar protections since January 2025, but it was designed as an optional add-on for individual users rather than a network-wide protocol upgrade. What Anza and Firedancer are doing sits at a different level entirely. The Broader Pressure Reports indicate that urgency around quantum threats has been building. Google and researchers at the California Institute of Technology said last month that functional quantum computers may arrive sooner than previously expected and could require far less computing power to break encryption than earlier estimates suggested. Google went further, claiming quantum machines could potentially crack Bitcoin’s cryptography within 10 minutes. Not everyone shares that alarm. Blockstream CEO Adam Back has described today’s quantum computers as lab experiments and argues no genuine threat will surface for decades. Scott Aaronson, a leading researcher in quantum computing theory, generally agrees with Back, that quantum computers are not close to breaking systems like Bitcoin. Aaronson argues that today’s machines are still far from the scale needed for real cryptographic threats, even if long-term preparation remains important. Featured image from Unsplash, chart from TradingView
