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πŸš€ Revox AI Network Launches Smart Wallet to Enhance Blockchain Interactivity

According to Odaily, modular AI network REVOX (revox.ai) has announced the launch of its new product, Smart Wallet. This innovative wallet aims to unlock the potential of blockchain composability through LLM technology, creating a new paradigm for user interaction with DeFi and Web3 ecosystems. Smart Wallet enables users to perform various operations such as multi-chain wallet connection and management, on-chain asset and off-chain data access, and complex DeFi process transactions through natural language interaction commands.

REVOX plans to cover major DeFi scenarios by integrating mainstream protocols, including cross-chain bridges, decentralized exchanges (DEX), and derivatives trading. The goal is to create a consumer-friendly DeFi experience.


#Revox #AINetwork #SmartWallet #Blockchain #DeFi #Web3 #Composability #LLM #MultiChain #DecentralizedExchanges #CrossChain #DerivativesTrading
πŸš€ T1 Protocol Secures Pre-Seed Funding To Address Ethereum Challenges

According to PANews, T1 Protocol, a layer-2 blockchain protocol, has announced the completion of its pre-seed funding round. The round saw participation from notable investors including a16z Crypto, BreedVC, and several prominent figures such as Benedikt BΓΌnz, Sam Kazemian, Amir Bandeali, Eric Chan, Kartik Talwar, Kubi Mensah, and Meltem Demirors. The specific amount raised has not been disclosed. T1 Protocol aims to tackle the issues of fragmentation and composability within Ethereum. Additionally, the protocol will be part of the a16z Crypto Startup Accelerator (CSX).

#T1Protocol #Ethereum #Layer2 #PreSeedFunding #Blockchain #Investment #Composability #Fragmentation #a16zCrypto #StartupAccelerator
πŸš€ Ethereum's Future: Fragmentation To Become Its Greatest Strength

According to Odaily, David Hoffman, the founder of Bankless, recently shared insights on the X platform regarding Ethereum's evolving landscape. He highlighted that Ethereum's current perceived weakness, fragmentation, is poised to transform into its greatest strength, composability.

Hoffman elaborated on how Ethereum's future will enable blockchains to integrate seamlessly, akin to Layer 1 smart contracts. This evolution will allow new blockchains to merge effortlessly into the Ethereum economy, marking a significant shift in the blockchain ecosystem. The transition from fragmentation to composability is expected to enhance Ethereum's adaptability and integration capabilities, fostering a more interconnected blockchain environment.

This development is anticipated to redefine how blockchains interact within the Ethereum network, paving the way for innovative applications and solutions. As Ethereum continues to evolve, its ability to support a diverse range of blockchains will likely strengthen its position in the cryptocurrency landscape, offering new opportunities for developers and users alike.


#Ethereum #fragmentation #composability #blockchain #Layer1 #smartcontracts #integration #cryptocurrency #developers #innovation #ETH
πŸš€ Ethereum Researcher Proposes New Native Rollup Design

According to Odaily, Ethereum researcher Justin Drake has introduced a new rollup design called 'native rollups' on the ethresearch forum. This design relies on Ethereum L1 validators for proof, focusing on state transition functions and verification. Unlike Optimism Rollup and zk-Rollup, which offload computational tasks to L2 and use fraud or zk-proof systems to generate state roots and proofs, native rollups aim to simplify the process.

Traditional rollup systems often face issues due to complex proof systems that are prone to errors and vulnerabilities, leading to centralized rollup sequencers. Concerns over sequencer centralization have prompted designs like Taiko's 'based' rollups, which also depend on Ethereum L1 validators for sequencing.

Drake's proposal suggests introducing 'execution' precompiles, hardcoded functions in the EVM, to verify user transaction state transitions. Native rollups offer two significant advancements: eliminating the need for costly miner prover networks and specialized GPU hardware, as L1 validators will handle proofs; and removing the necessity for complex governance structures, such as trusted security councils, to approve contract upgrades for EVM equivalence.

By inheriting Ethereum L1's security, native rollups become 'trustless.' Additionally, like based rollups, native rollups benefit from 'synchronous composability' without being constrained by the 12-second block time. Thanks to 'execution' precompiles, L1 validators only need to verify zk proofs without performing the computations themselves.


#Ethereum #Rollup #NativeRollups #JustinDrake #L1Validators #StateTransitionFunctions #Verification #Trustless #Composability #EVM #Blockchain #Decentralization #ETH
πŸš€ Indonesia to Launch Digital Rupiah by 2030

According to PANews, the Bank of Indonesia is set to introduce a digital version of the Indonesian rupiah, known as Rupiah Digital, as part of its Sekuritas Rupiah Bank Indonesia (SRBI) initiative. The rollout is planned to occur in phases, with completion targeted by 2030.

The central bank's strategy involves a gradual implementation, beginning with trials for digital securities issuance, transfers, and withdrawals between 2025 and 2026. Further testing will take place from 2027 to 2028, focusing on monetary operations and financial market transactions. Advanced features such as programmability, composability, and tokenization are expected to be introduced between 2029 and 2030.

The digital rupiah will be built on distributed ledger technology, as outlined in the Bank of Indonesia's 2030 Payment System Blueprint.


#Indonesia #digitalrupiah #RupiahDigital #BankofIndonesia #SRBI #paymentSystem #distributedledgertechnology #monetaryoperations #financialmarkettransactions #tokenization #programmability #composability #2030
πŸš€ Tokenization of Stocks May Gradually Benefit Crypto Markets

According to BlockBeats, Greg Cipolaro, NYDIG's Global Head of Research, stated in a report that while tokenization of stocks might not immediately yield significant benefits for the crypto market, its advantages could gradually become apparent with better integration into blockchain systems.

Cipolaro noted that networks supporting these assets, such as Ethereum, initially offer modest returns. However, as accessibility, interoperability, and composability improve, the benefits are expected to grow. He mentioned that initial gains primarily come from transaction fees generated by trading tokenized assets, and the blockchains hosting these assets will experience enhanced network effects due to storage demands.

In the future, these real-world assets might integrate into decentralized finance ecosystems, serving as collateral for loans, lendable assets, or trading targets. Cipolaro emphasized that this evolution requires time, technological advancements, infrastructure development, and regulatory progress.

He also pointed out the challenges in creating tokenized assets with composability and interoperability due to their diverse forms and functions, spread across public and private networks. For instance, the private blockchain Canton Network, developed by Digital Asset Holdings, currently hosts $380 billion in tokenized assets, representing 91% of the total 'representation value' of real-world assets. Meanwhile, Ethereum, the most mainstream public blockchain, has deployed $12.1 billion in real-world assets.

Cipolaro highlighted that even on open networks like Ethereum, the design of tokenized assets can vary significantly. These assets often fall under the category of securities and still rely on traditional financial structures such as brokers, KYC/accredited investor certifications, whitelisted wallets, and transfer agents. However, he noted that companies are leveraging blockchain technology to achieve advantages like near-instant settlement, 24/7 operations, programmable ownership, transparency, auditability, and optimized collateral efficiency.


#Tokenization #Stocks #CryptoMarkets #Blockchain #Ethereum #DecentralizedFinance #DigitalAssets #TransactionFees #Interoperability #Composability #Securities #KYC #ProgrammableOwnership #Transparency #CollateralEfficiency #ETH
πŸš€ Tokenization of Real-World Assets: Potential Long-Term Benefits for Blockchain Networks

According to Odaily, Greg Cipolaro, Global Head of Research at NYDIG, has highlighted the limited immediate benefits of tokenizing real-world assets (RWA) like stocks for the crypto market and blockchain networks. However, he suggests that as accessibility, interoperability, and composability improve, the long-term value of these assets is expected to gradually unfold.

Cipolaro notes that in the short term, blockchain networks primarily benefit from transaction fees generated by tokenized assets and the network effects accumulated from hosting these assets. As tokenized assets become more integrated into the blockchain ecosystem, their use as collateral, lending assets, or trading targets in DeFi scenarios will significantly enhance the benefits for related networks.

He emphasizes that tokenization is becoming a crucial trend. With regulatory environments becoming clearer and infrastructure improving, the use cases for RWAs like stocks on the blockchain are expected to expand. However, the current forms of tokenized assets vary greatly, and most still rely on compliance structures within the traditional financial system, such as KYC, whitelisted wallets, and transfer agents, which limit their composability.

Cipolaro also points out that while the economic impact on traditional crypto assets is not yet significant, if future regulations become more open and tokenized assets achieve broader democratic access, their coverage and ability to capture value on-chain will be greatly enhanced, warranting continued attention from investors.


#Tokenization #RealWorldAssets #BlockchainNetworks #CryptoMarket #DeFi #Lending #Collateral #Interoperability #Composability #TransactionFees #RegulatoryEnvironments #FinancialSystem #KYC #WhitelistedWallets #Investors
πŸš€ Crypto Industry Shifts Focus to Banking-Style Services

According to PANews, the cryptocurrency sector is transitioning from infrastructure development to offering 'new banking' style applications, emphasizing payments, lending, and stablecoins. Projects like Polygon and ether.fi are integrating on-chain self-custody features with traditional financial experiences, aiming to provide banking-like products without requiring users to understand the underlying technology. Messari highlights that while this trend holds significant potential, there is currently a high degree of similarity among crypto cards and payment products. Industry experts generally believe that genuine user growth will stem from on-chain native, composable financial experiences.

#CryptoIndustry #BankingStyleServices #Cryptocurrency #Payments #Lending #Stablecoins #OnChain #SelfCustody #TraditionalFinance #CryptoCards #UserGrowth #Composability #FinancialExperiences #POL #ETHFI
πŸš€ Arcium Launches Mainnet Alpha on Solana

Arcium has launched its mainnet Alpha version on Solana, transitioning its encrypted computing network from a test environment to early production infrastructure. According to PANews, this project aims to power encrypted capital markets on public blockchains, allowing developers to build verifiable and composable applications while keeping data fully encrypted.

The first application to go live on this network, Umbra, has simultaneously launched its 'private mainnet.' It has constructed a shielded financial layer on Solana through a phased rollout, initially offering shielded transfers and encrypted exchange functions. Access will be limited initially, with 100 users allowed per week and a deposit limit of $500. The access scope and limits are expected to expand in February.


#Arcium #MainnetAlpha #Solana #EncryptedComputing #PublicBlockchains #VerifiableApplications #Composability #Umbra #PrivateMainnet #ShieldedFinancialLayer #EncryptedTransfers #EncryptedExchange #BlockchainDevelopment #SOL
πŸš€ Fluent's Blended Execution Enhances Blockchain Interoperability

Fluent, a zk-rollup Layer 2 project, is advancing blockchain composability by allowing different virtual machines (VMs) from various chains to function together on a single chain. According to NS3.AI, this method, known as 'Blended Execution,' seeks to address interoperability issues between ecosystems like Ethereum and Solana, which utilize different VMs. Fluent is also dedicated to developing practical on-chain user environments, backed by initiatives such as a reputation aggregator and an ecosystem accelerator.

#Fluent #zkrollup #Layer2 #blockchain #composability #virtualmachines #interoperability #Ethereum #Solana #BlendedExecution #ecosystem #reputationaggregator #ecosystemaccelerator #ETH #SOL