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πŸš€ BTQ Proposes Quantum-Based Alternative To Proof Of Work

According to CoinDesk, researchers at BTQ, a startup focused on developing blockchain technology resilient to quantum computer attacks, have introduced a new approach to the Proof of Work (PoW) algorithm using quantum technology. PoW is a consensus mechanism that secures the Bitcoin network by requiring participants to solve complex mathematical problems to validate transactions. While some criticize this process for its high energy consumption, others defend its necessity.

Quantum computing represents a shift from traditional binary code, which relies on ones and zeros to operate transistor gates. Quantum bits, or qubits, can exist in multiple states at once, dramatically enhancing computational power and posing a threat to modern encryption methods based on classical computing. In their paper, BTQ researchers propose a quantum-based alternative known as Coarse-Grained Boson Sampling (CGBS). This method utilizes light particles, or bosons, to create unique patterns that represent the blockchain's current state, replacing the hash-based puzzles used in PoW.

The random sampling of these patterns would generate encryption similarly to how random numbers underpin encryption in classical computing. Originally, boson-sampling was developed to demonstrate quantum supremacy, a concept indicating when a mathematical problem is too complex for classical computers. In CGBS, these samples are organized into categories, or bins, simplifying the validation process and confirming the miner's work. This approach substitutes traditional cryptographic puzzles with quantum sampling tasks, potentially reducing energy consumption while maintaining network security and decentralization.

However, implementing BTQ's proposal would necessitate a hard fork of the Bitcoin network, requiring miners and nodes to replace their current ASIC-based hardware, designed specifically for PoW, with quantum-ready infrastructure. This transition would be a monumental task and could lead to a network split, reminiscent of the Blocksize Wars from previous years.


#BTQ #QuantumComputing #ProofOfWork #Blockchain #CGBS #Cryptography #Bitcoin #EnergyConsumption #Decentralization #NetworkSecurity
πŸš€ The Evolution Of Bitcoin: A Result Of Decades Of Cryptographic Innovation

According to PANews, Bitcoin's creation was not a mere coincidence but the culmination of decades of technological and ideological advancements within the cypherpunk movement. From foundational cryptography to the concept of anonymous electronic cash, and the implementation of decentralized consensus mechanisms, a series of pivotal breakthroughs paved the way for Bitcoin's emergence. Core concepts such as public key identity, Byzantine fault tolerance, proof of work, and smart contracts have shaped the foundation of the decentralized financial system. Satoshi Nakamoto's Bitcoin white paper not only marked the birth of peer-to-peer electronic cash but also continued the cypherpunk pursuit of privacy, freedom, and resistance to censorship. This movement gained momentum against the backdrop of the 2008 financial crisis, sparking a global decentralized revolution.

#Bitcoin #Cryptography #Cypherpunk #Decentralization #Blockchain #SmartContracts #ProofOfWork #ElectronicCash #FinancialFreedom #CensorshipResistance
πŸš€ SEC Clarifies Stance on Proof-of-Work Mining Activities

According to BlockBeats, the U.S. Securities and Exchange Commission (SEC) has issued a statement regarding certain Proof-of-Work (PoW) mining activities. This move aims to provide greater clarity on the application of federal securities laws within the crypto asset sector. The SEC's Division of Corporation Finance has expressed its views on activities conducted on PoW networks, commonly referred to as 'mining.'

The statement specifically addresses the mining of crypto assets that are closely linked to the procedural functions of public, permissionless networks. These crypto assets are obtained through participation in the network's consensus mechanism or by maintaining the network's technical operations and security. The SEC refers to these as 'Covered Crypto Assets' and the mining activities on PoW networks as 'Protocol Mining.'

Under the Securities Act Section 2(a)(1) and the Exchange Act Section 3(a)(10), the term 'security' is defined by listing various financial instruments, including 'stocks,' 'notes,' and 'bonds.' Since Covered Crypto Assets do not fall under any of the explicitly listed financial instruments in the definition of 'security,' the SEC's analysis of certain transactions involving these assets in the context of Protocol Mining is based on the 'investment contract' test established in the U.S. Supreme Court case SEC v. W.J. Howey Co. The Howey Test is used to evaluate arrangements or instruments not explicitly mentioned in the statutory provisions, focusing on their 'economic reality.'


#SEC #ProofOfWork #Mining #CryptoAssets #ProtocolMining #CoveredCryptoAssets #InvestmentContract #HoweyTest
πŸš€ Monero Surges Over 35% in 24 Hours, Exceeds $310

According to BlockBeats, Monero, a well-established proof-of-work cryptocurrency, has experienced a significant price increase. The digital currency surpassed the $310 mark, currently trading at $312.92. This marks a 35.89% rise in its value over the past 24 hours.

#Monero #cryptocurrency #priceincrease #blockchain #proofOfWork #financialnews
πŸš€ Norway Plans Temporary Ban on New High-Energy Cryptocurrency Mining Centers

According to Foresight News, the Norwegian Labor Party government has announced plans to impose a temporary ban on new cryptocurrency mining data centers that utilize high-energy proof-of-work (PoW) systems. This measure is expected to take effect in the fall of 2025. Norway's Minister of Digitalization, Karianne Tung, stated that cryptocurrency mining consumes significant amounts of electricity while providing minimal employment and income benefits to local communities.

Tung emphasized that the government's decision reflects a clear intention to limit cryptocurrency mining within Norway as much as possible. Despite Norway's abundant renewable hydropower resources, which have long attracted Bitcoin miners seeking low-cost clean energy, regulators believe that these high-capacity electricity resources should be better allocated to sectors such as manufacturing, heating, or AI data processing.


#Norway #Cryptocurrency #Mining #Ban #ProofOfWork #Electricity #RenewableEnergy #Hydropower #KarianneTung #DataCenters #BTC
πŸš€ Qubic Team Conducts Experiment on PoW Protocol Without Impacting Monero Network

According to PANews, the Qubic team recently conducted an experiment to test the Proof of Work (PoW) protocol. The team, led by founder Come-from-Beyond, is among the few capable of performing such experiments due to their unique architecture and expertise. Qubic emphasized that the experiment did not harm the Monero network, reverse transactions, or affect prices. The team believes this experience will enhance the resilience of the Monero network and increase awareness of potential risks in the cryptocurrency sector. The impact is considered temporary and aims to contribute to the overall development of the industry.

Previously, Monero faced a network takeover attempt by the Qubic mining pool, which sparked strong opposition from the community. There were also claims that the Qubic mining pool might have successfully launched a 51% attack on Monero, theoretically allowing them to rewrite transactions.


#Qubic #Monero #ProofOfWork #cryptocurrency #networksecurity #51percentattack #blockchain #experiments
πŸš€ New York Lawmakers Propose Bill to Regulate Cryptocurrency Mining

According to Foresight News, a new bill has been introduced by Democratic lawmakers in New York State aiming to restrict Proof-of-Work (PoW) mining activities. This proposal seeks to supplement existing regulations, enhancing oversight of cryptocurrency mining operations. The initiative reflects ongoing efforts to address environmental and regulatory concerns associated with PoW mining, which is known for its high energy consumption. The proposed legislation underscores the state's commitment to balancing technological advancement with environmental sustainability.

#NewYork #Lawmakers #Bill #Cryptocurrency #Mining #ProofOfWork #EnergyConsumption #EnvironmentalSustainability #Regulation
πŸš€ Ethereum's 2026 Expansion Through Zero-Knowledge Proofs Expected to Transform Blockchain Operations

According to BlockBeats, researchers and developers anticipate that 2026 will be a pivotal year for Ethereum as it leverages zero-knowledge proofs (ZK) to achieve exponential scaling. During this period, some Ethereum validators will transition from re-executing transactions to directly verifying ZK proofs, fundamentally altering blockchain operations. This shift is expected to be comparable in scale to Ethereum's 2022 transition from Proof of Work (PoW) to Proof of Stake (PoS), known as 'The Merge.'

Ethereum researcher Justin Drake has indicated that the initial validators will begin verifying ZK proofs for each block instead of re-executing all transactions. This approach will provide immediate scaling benefits for Layer 1 and lay the groundwork for achieving 10,000 transactions per second (TPS) in the future. Currently, the Ethereum mainnet processes approximately 30 TPS.

During Devconnect, Drake demonstrated that ZK proof verification could be performed using an old laptop, predicting that by the end of 2026, around 10% of validators will switch to the ZK verification mode, known as Lean Execution Phase 1. This transition is expected to significantly reduce hardware requirements for validation nodes while maintaining network decentralization.

Ethereum Besu client engineer Gary Schulte highlighted that future computationally intensive tasks will primarily be handled by block builders and ZK provers, allowing ordinary validators to perform lightweight checks. This development creates conditions for increasing the gas limit and overall throughput.

Ethereum's roadmap currently remains in Phase 0, which involves voluntary validation. It is projected to enter Phase 1 in 2026, where some validators will switch to ZK verification, and progress to Phase 2 in 2027, mandating block producers to generate ZK proofs for comprehensive ZK execution.


#Ethereum #ZeroKnowledgeProofs #Blockchain #Scaling #Validators #ProofOfWork #ProofOfStake #TPS #Devconnect #LeanExecution #EthereumBesu #GasLimit #Throughput #BlockchainInnovation #Crypto #ETH
πŸš€ Syscoin Promotes Next-Gen Agent Tooling on Robust Infrastructure

Crypto KOL Simon Hayes posted on X about Syscoin's latest initiative to develop next-generation agent tooling. The platform emphasizes its infrastructure, which is secured by Bitcoin's Proof of Work (PoW) and offers instant finality. This move is part of Syscoin's ongoing efforts to enhance the security and efficiency of blockchain technology. The focus on robust infrastructure aims to attract developers interested in building durable and reliable applications. Syscoin's integration of Bitcoin's PoW is intended to provide a secure foundation for these advancements.

#Syscoin #NextGenAgentTooling #Crypto #Blockchain #Bitcoin #ProofOfWork #Infrastructure #Security #Efficiency #Developers #BlockchainTechnology #BTC #SYS
πŸš€ Psy Protocol Achieves Record 521,000 TPS on Proof-of-Work Network

Psy Protocol has announced a significant achievement in decentralized system throughput, reaching 521,000 transactions per second (TPS) on its proof-of-work network. According to ChainCatcher, this test was supported by Google Cloud, with all transactions verifiable on-chain. The complete data and cryptographic proofs have been open-sourced for independent auditing.

The team emphasized that this milestone was achieved without compromising decentralization, security, or privacy. They have also offered a $100,000 bounty for anyone who can invalidate the results. Carter Feldman, the founder of Psy Protocol, stated, β€œThis is not a testnet demonstration or theoretical calculation; every result is verifiable.”

The test highlights the infrastructure capabilities for future AI agent economies, enabling high-frequency micropayments, continuous clearing markets, and large-scale AI collaboration. Psy Protocol has overcome traditional blockchain throughput limitations through parallel state architecture, client-generated proofs, recursive zero-knowledge proofs, and horizontal scaling design.

The complete verification data and methodology have been open-sourced, allowing users to verify the results independently.


#PsyProtocol #TPS #ProofOfWork #GoogleCloud #Decentralization #Security #Privacy #Blockchain #AI #Micropayments #ZeroKnowledgeProofs #Scaling #OpenSource #IndependentAuditing #AIeconomy #Bounty #CryptographicProofs
πŸš€ SHA-256 vs. Scrypt Mining in 2026: Key Differences in Hardware and Revenue

In 2026, the mining ecosystems of SHA-256 and Scrypt exhibit distinct differences in terms of hardware requirements, revenue structures, and associated risks. According to NS3.AI, these two proof-of-work algorithms cater to different segments of the cryptocurrency mining industry. SHA-256, primarily used for Bitcoin mining, demands specialized hardware known as ASICs, which are designed for high efficiency and performance. In contrast, Scrypt, often associated with Litecoin, allows for more flexibility in hardware, enabling the use of both ASICs and GPUs.

The revenue structure for miners also varies between the two algorithms. SHA-256 miners typically benefit from higher rewards due to Bitcoin's market dominance and value. However, this comes with increased competition and operational costs. Scrypt miners, while potentially facing lower rewards, may experience less competition and reduced costs, offering a different risk-reward balance.

As the mining landscape continues to evolve, understanding these differences is crucial for miners looking to optimize their operations and manage risks effectively.


#SHA256 #Scrypt #Cryptocurrency #Mining #Bitcoin #Litecoin #ASIC #GPU #ProofOfWork #CryptoRevenue #CryptoMining2026 #MiningHardware #MiningRisks #BTC #LTC
πŸš€ Bitdeer Expands into Scrypt Mining with SEALMINER DL1 Air Launch

Bitdeer has introduced the SEALMINER DL1 Air, a new mining machine designed for Litecoin and Dogecoin. According to NS3.AI, this air-cooled device is optimized for the Scrypt algorithm, offering a performance of 25 GH/s with an efficiency of 149 J/GH. This launch marks Bitdeer's expansion from Bitcoin-centric mining equipment to include hardware for Scrypt-based proof-of-work networks. Following the announcement, BTDR shares experienced an approximate 8% increase.

#Bitdeer #SEALMINERDL1Air #ScryptMining #Litecoin #Dogecoin #NS3AI #Bitcoin #ProofOfWork #MiningHardware #BtdrShares #BTC #DOGE #LTC