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Binance Megadrop 2nd Project: What is Lista? – BSC NEWS

Binance Megadrop participants can gain early access to Lista's airdrop rewards by subscribing to BNB locked products.

Cryptocurrency exchange Binance hasannounced the introduction of Lista (LISTA), the second project on its token issuance platform,Binance Megadrop.

By subscribing to BNB-locked products or completing specific tasks in the Binance Web3 Wallet, users can gain early access to Listas airdrop rewards, making it an exciting opportunity for participants.

But what is Lista? Let's find out

Lista DAO operates as an open-source liquidity protocol, enabling users to earn yields on collateralized cryptocurrency assets such as BNB, ETH, and stablecoins. It also allows borrowing of its decentralized stablecoin, lisUSD.

The protocol employs a dual token model, comprising a destablecoin lisUSD and LISTA, with mechanisms for instant conversions, asset collateralization, borrowing, and yield farming. Initially native to the BNB Chain ecosystem, Lista DAO plans to expand to multiple blockchains.

A destablecoin is a new asset class within the crypto space, aiming to provide a more accurate representation of the current stablecoin landscape. The prefix de- stands for decentralized, indicating that these coins do not signify price volatility like traditional assets such as BTC.

Destablecoins utilize decentralized, liquid-staked crypto assets as collateral and do not aim for absolute price stability with fiat currencies. Despite not being fully volatile, destablecoins reportedly allow for some price fluctuations similar to regular fiat currencies with varying reference rates and interest rate parities.

Lista DAOs lisUSD is a decentralized, unbiased, collateral-backed destablecoin soft-pegged to the US Dollar. Users who collateralize their assets via Lista can take out a loan in lisUSD against their collateral.

lisUSD is generated, backed, and kept stable through collateral assets deposited into CeVault, functioning as the Lista collateral vault. This mechanism ensures that lisUSD maintains its value and liquidity in the market.

Users can borrow lisUSD by depositing collateral assets into CeVault within Lista. This process introduces lisUSD into circulation and provides users access to liquidity. Others can obtain lisUSD by buying it from brokers or exchanges or by staking lisUSD through LPs on external DEXs.

According to the Lista team, once generated, bought, or received, lisUSD can be used similarly to other cryptocurrencies for payments and transactions, enhancing its utility within the ecosystem.

Lista DAO offers several key features to its users:

Collateralization: Users can collateralize assets such as BNB.

Borrowing: lisUSD can be borrowed against the collateral.

Yield Farming: Users can farm lisUSD to earn yields.

Loan Repayment: Loans can be repaid with lisUSD plus borrowing interest, currently set at 0%.

Collateral Withdrawal: Users can withdraw their collateral after repaying the loan.

To ensure security and trust, the Lista team has renounced ownership of the contract and burned liquidity provider (LP) tokens. These tokens are sent to a burn address, making them irrecoverable and ensuring perpetual baseline liquidity for the token.

This approach protects against potential rug pulls and builds confidence within the community.

LISTA is the native fungible token of Lista DAO, used for governance and utility functions within the protocol. It provides economic incentives to encourage user contributions and participation within the Lista DAO ecosystem.

The token is designed to facilitate decentralized community governance and promote active engagement with the protocol, making it a crucial component of Listas operational model.

Listas tokenomics are designed to foster a robust ecosystem:

Total Supply: 1 billion LISTA tokens.

Initial Circulation: 230 million tokens.

Megadrop Incentives: 100 million tokens, representing 10% of the total supply.

Zero Transaction Fees: Ensures no additional fees for transactions.

LISTA provides economic incentives to encourage user contributions and participation. Users can earn LISTA tokens for their engagement with the protocol, such as depositing or staking with Lista DAO, performing transactions, and participating in governance activities.

LISTA facilitates decentralized community governance for the network. Holders of LISTA can propose and vote on governance proposals to determine future features, upgrades, and parameters of Lista DAO.

This includes decisions on revenue pool allocations, adding new vaults, and adjusting protocol parameters and fee levels. However, LISTA does not entitle holders to vote on the operation and management of Lista DAO, its affiliates, or their assets.

The introduction of LISTA on Binance Megadrop and its subsequent listing on the Binance exchange reflects a significant step for the project.

The total supply of LISTA tokens is set at 1 billion, with an initial circulation of 230 million, representing 23% of the total supply. The Megadrop incentives constitute 100 million tokens, which account for 10% of the supply.

Following the completion of the Megadrop, Binance will list LISTA on its cryptocurrency exchange, with further details regarding the listing plan to be announced separately.

To participate in the Megadrop, users need to utilize their active Binance Web3 Wallet to subscribe to BNB Locked Products on Binance Simple Earn. This subscription reportedly allows users to accrue scores, which are crucial for gaining access to the airdrop rewards.

Additionally, users can complete designated Web3 Quests to gain scores and receive a score multiplier in the Megadrop section of the Binance application.

Megadrop is designed to provide users early access to select Web3 projects before they are listed on Binance, integrating the exchanges Simple Earn feature with the Web3 Wallet, thus transforming the airdrop process.

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Binance Megadrop 2nd Project: What is Lista? - BSC NEWS

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Teneo Deposits 1.035M STRK To Binance Amid 3AC Liquidation Efforts – NullTX

In the latest development surrounding the liquidation of Three Arrows Capital (3AC), Teneo, the appointed liquidator, has made significant moves with their STRK holdings.

Over the past 24 hours, Teneo deposited another 1.035 million STRK tokens to Binance, valued at approximately $1.25 million at a price of $1.202 per token.

This follows a series of transactions over the past three days where Teneo has cumulatively deposited 2.18 million STRK to Binance, averaging $1.204 per token, amounting to $2.63 million.

Currently, Teneo holds 129.93 million STRK tokens, valued at $157 million, making it the second-largest non-team or exchange STRK-holding wallet. This strategic unloading of assets is part of the broader liquidation process to manage and redistribute 3ACs assets.

Interestingly, the price of STRK experienced a 6% drop following Vitalik Buterins recent claim of 845,000 STRK, worth $1.07 million. However, the market responded positively today with STRKs price pumping 6%, reaching up to $1.27.

The ongoing asset management and strategic sales by Teneo reflect the complexity and challenges involved in liquidating substantial crypto holdings. The fluctuating market responses highlight the delicate balance of maintaining value while offloading large amounts of tokens.

As the liquidation process continues, the actions of major stakeholders like Teneo and influential figures such as Vitalik Buterin will be closely watched by the market. The liquidation of 3ACs assets remains a pivotal event in the crypto space, impacting market dynamics and investor sentiment.

The market will continue to monitor how these significant transactions influence STRKs price and overall market stability. As Teneo progresses with the liquidation, the implications for STRK and the broader crypto market will be significant.

Disclosure: This is not trading or investment advice. Always do your research before buying any cryptocurrency or investing in any services.

Follow us on Twitter@nulltxnewsto stay updated with the latest Crypto, NFT, AI, Cybersecurity, Distributed Computing, andMetaverse news!

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BEVM unveils groundbreaking Taproot Consensus for decentralized Bitcoin Layer 2 solution – Cointelegraph

Cardiff, , May 26th, 2024, Chainwire On May 20, 2024, the Bitcoin Layer2 development team BEVM released the technical yellow paper titled "Taproot Consensus: A Decentralized BTC Layer2 Solution." This paper details the implementation of Taproot Consensus, leveraging native Bitcoin technologies such as Schnorr signatures, MAST, and Bitcoin SPV nodes to build a fully decentralized BTC Layer2 solution. Taproot Consensus represents a significant leap in native Bitcoin scalability, combining existing Bitcoin technologies innovatively without modifying Bitcoin's core code.

The yellow paper begins by highlighting Bitcoin's non-Turing complete nature and limited functionality for smart contracts. It argues for using Bitcoin's existing capabilities to build a decentralized Layer2 solution rather than modifying Bitcoin Layer1.

BEVMs Taproot Consensus combines Bitcoin's Taproot technology (Schnorr signatures and MAST), Bitcoin SPV light nodes, and the BFT PoS consensus mechanism to create a decentralized and consistent Layer2 network.

The Taproot Consensus architecture comprises three main components: Schnorr+MAST, Bitcoin SPV, and Aura+Grandpa.

In the BEVM system, each validator holds a BTC private key for Schnorr signatures. The aggregated public key forms a MAST tree, enabling BTC transfers and inscriptions to the threshold signature address. Validators act as Bitcoin SPV light nodes, synchronizing the BTC network state securely and permissionlessly. Aura+Grandpa ensures the Layer2 network's security and trustworthiness, with assets managed by BFT consensus.

The operating principle of Taproot Consensus is: "In the BEVM system, each validator holds a BTC private key for Schnorr signatures. The characteristic of Schnorr signatures enables efficient signature aggregation, thereby enhancing the system's security and efficiency. The aggregated public key Pagg, generated through the Musig2 multi-signature scheme, forms a large MAST (Merkle Abstract Syntax Tree). After generating the root hash of the MAST tree, validators perform BTC transfers and inscriptions to the threshold signature address generated by the MAST tree, enabling the submission of data from the BTC mainnet to the BEVM network. Each validator also acts as a Bitcoin SPV (Simplified Payment Verification) light node, allowing them to securely and permissionlessly synchronize the BTC network state."

The yellow paper also details the implementation of Schnorr signatures, MAST, Bitcoin SPV light nodes, and Aura+Grandpa, providing a comprehensive technical outline for those interested in Bitcoin technologies. It explains the Musig2 implementation and contrasts with other BTC Layer2 projects like Mezo, which uses the tBTC protocol. Unlike tBTC, which relies on a network of nine signatories, Taproot Consensus integrates multi-signature networks with BFT PoS consensus, achieving true decentralization.

Moreover, the yellow paper explains the implementation process of Musig2 and the differences between other BTC Layer2 projects like Mezo and Taproot Consensus. Mezo's underlying technical structure is based on the tBTC protocol, which uses Bitcoin multi-signature to construct a threshold signature network, offering strong consistency compared to traditional distributed networks. However, tBTC still relies on a network of nine signatories, whereas a truly decentralized system should be consensus-driven, combining multi-signature networks with BFT PoS (Byzantine Fault Tolerance Proof of Stake) consensus mechanisms. This is the difference between distributed networks and blockchains; distributed networks emphasize distribution but lack Byzantine fault-tolerant consensus, whereas blockchains, while also being distributed networks, are driven by Byzantine fault-tolerant consensus, achieving true decentralization. The Taproot Consensus solution adopts this more advanced design. By integrating Schnorr signatures, MAST, Bitcoin SPV light nodes, and Aura and Grandpa Byzantine fault-tolerant consensus mechanisms, it constructs a highly consistent and secure decentralized Layer2 scalability solution. This integration enhances the scalability and usability of the Bitcoin network and ensures the security and consistency of the BEVM network.

The BEVM team's technical yellow paper comprehensively describes Taproot Consensus, a Bitcoin Layer2 solution built entirely on native Bitcoin technologies. It respects and innovates on Bitcoin's original technological direction, making it a true evolution of native Bitcoin scalability technology. As the Bitcoin ecosystem evolves, solutions like Taproot Consensus will be crucial for its development, serving as major cornerstones for truly decentralized Bitcoin Layer2 solutions.

BEVM is the first fully decentralized, EVM-compatible Bitcoin Layer 2 solution. It allows Ethereum ecosystem DApps to operate on Bitcoin, using BTC as gas. BEVM enhances Bitcoin's utility by providing a secure and scalable platform for decentralized applications. The system integrates advanced consensus mechanisms, cross-chain interaction, and robust data integrity to ensure a seamless experience. BEVM aims to innovate within the Bitcoin ecosystem by offering increased scalability, security, and compatibility with popular Ethereum tools and applications.

For more information, users can visit BEVm's official website or follow BEVM on Twitter.

Tommie BEVM tommie@bevm.io

This publication is provided by the client. Cointelegraph does not endorse and is not responsible for or liable for any content, accuracy, quality, advertising, products, or other materials on this page. Readers should do their own research before taking any actions related to the company. Cointelegraph is not responsible, directly or indirectly, for any damage or loss caused or alleged to be caused by or in connection with the use of or reliance on any content, goods, or services mentioned in the press release.

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White House resists FIT 21 crypto legislation – is it too flawed? – Ledger Insights

Theres been a lot of coverage about the Financial Innovation and Technology for the 21st Century Act (FIT 21), which should receive a Congressional vote today. However, theres been little reporting about the details of the Act. While its a bipartisan Bill, some Democrats, the White House and the SEC oppose it. The Billsmajorprogress is recognizing that some digital assets shouldnt be regulated as securities. At the same time, it has several flaws and may need more work.

Update: as expected, a significant number of Democrats (71) voted in favor of the Bill, so it was approved with 279 votes in favor and 136 opposed.

Today the White House issued a statement saying, The Administration is eager to work with Congress to ensure a comprehensive and balanced regulatory framework for digital assets, building on existing authorities, whichwill promote the responsible development of digital assets and payment innovation and help reinforce United States leadership in the global financial system.

It added that itdoesntsee the Bill providing sufficient investment protections.

Meanwhile, the Bill isnotexpected to be heard in the Senatesoon, so there may be time to implement fixes.

To examine some of the flaws, we first need some context.

The Bill splits supervision of digital assets between the CFTC for digital commodities and the SEC for restricted digital assets.A keyrequirement to be classified as a digital commodity is some degree of decentralization. That includes the issuer not controlling the blockchain or protocol and not owning or influencing more than 20% of the digital commodity tokens or its votes, amongst other requirements.

The SEC would oversee the issuance of restricted digital assets. FIT 21 imposes disclosure rules similar to crowdfunding for token offerings of up to $75 million. Retail investors can participate, provided the investment doesnt amount to more than 10% of their income or assets.

While the Act attempts to draw lines between the CFTC and the SECs purview, itdoesnt entirely succeed,anditsmessy.

For example, to be classified as a digital commodity, the digital asset issuer must inform the SEC that it considers the digital asset to be decentralized and provide reasons. The SEC has 60 days to respond.

TodaySECChair Gary Gensler gavehis critique of the Bill. He has a point that there are rather a lot of digital assets. If hundreds or thousands of token issuers simultaneously made a decentralized declaration, the SEC wouldnt have the resources to review them all, so they automatically become digital commodities.

That could be problematic because digital commodities dont require reporting, whereas restricted digital assets require investor disclosures twice a year. Also, if a decentralized protocolis able tocoordinate governance, why shouldnt it also coordinate disclosures?

CongresswomanMaxime Waterswas also vocal in her criticism. She highlighted that the CFTC was never designed to oversee retail investments. Does it have the resources with 700 staff compared to the SECs roughly 5,000? Once a digital asset is classified as a digital commodity, the degree of oversight becomesratherlimited, which might lighten the supervision load.Additionally, once the digital asset becomes decentralized, instead of transferring the investor disclosure requirements to the governance system,theyfallaway.

While a key goal of the legislation is to sidestep the Howey Test under which the SEC classifies most digital assets as securities, lawyersDavis Polkarent convinced it succeeds. They believe the legislation leaves a backdoor for the SEC to continue to assert the Howey Test. Thats because of the way that FIT 21 defines an investment contract asset.

Additionally, the SEC is known to now consider Ether as a security because of its use in staking.Davis Polk also highlights thatthe Billsdefinition of a digital asset excludes any note.Hence, the SEC could claim staked assets are notes (securities) rather than digital assets ordigitalcommodities.

The same digital asset could simultaneously be considered a digital commodity and a restricted digital asset, depending on who owns it. Nowthatseems messy. The result is that two identical and otherwise fungible assets could be required to be traded on different systems and with different disclosure and other requirements, wrote Davis Polk.

All in all,FIT 21 seems like a step in the right direction.At the same time, it still needs a fair bit of work.

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White House resists FIT 21 crypto legislation - is it too flawed? - Ledger Insights

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Bitcoin – A serious threat to decentralization – Cointribune EN

Sun 26 May 2024 7 min of reading by Nicolas T.

The circus of inscriptions (ordinals, stamps, rune, etc.) is fading, but the damage is already significant. A look back at this nuisance that ruins the decentralization of bitcoin.

Inscriptions are data (a .jpeg file for example) that squat inside bitcoin transactions.

There are, for example, inscriptions related to what is called an ordinal, that is, a unique satoshi. The term ordinal comes from the expression ordinal theory which refers to the methodology of mapping these satoshis via virtual numbering.

This numbering is used to track satoshis from one transaction to another and thus know who their owners are. This tracking is done through software completely foreign to the bitcoin protocol. Everything relies on the ordinal explorer.

In other words, the data (jpeg/inscription) is not transferred from one transaction to another, as sometimes imagined. The inscription remains linked to the same original transaction (txid) within the same block.

Two things need to be explained first:

Firstly, making a bitcoin transaction means creating a utxo. This is a piece of code (a script) that mathematically ties a quantity of bitcoins to a bitcoin address (public key).

Secondly, the mechanics of transactions rely on a computer execution language called script. It is a very simple language with a very limited number of instructions.

These instructions are called opcodes. Think of them as small digital cogs. The most fundamental is OP_CHECKSIG. This opcode verifies that the signature provided in the transaction matches the bitcoin address in question.

Inscriptions (txt files, jpegs, etc.) are inserted into utxos of type P2TR and P2WPKH. They do this using a trick involving 3 opcodes: OP_FALSE, OP_IF, and OP_PUSH.

This combination of opcodes means that nothing really executes at the time of the transaction. However, the data contained in OP_IF is preserved forever in the blockchain.

And thats it.

When you think about it, inscriptions turn transactions into casino tokens. It then just takes attracting crypto addicts to pump & dump to make this attack self-financing.

Inscriptions have turned the financial incentive against bitcoin because pools and miners are encouraged to look the other way due to the lucrative transaction fees. So much so that the argument that transaction fees rule no longer holds water.

One of the problems is that these tens of millions of inscriptions bloat the blockchain. Some will argue that this is a non-issue since ordinals can be pruned. The reason being that they reside in the witness section of transactions which lightweight nodes do not need to validate blocks.

Sure, but full nodes (Full node) are required to keep them in memory. However, there will be unpleasant surprises if the number of full nodes dwindles too much compared to lightweight nodes (pruned nodes).

Heres the explanation for English speakers:

Another even more pressing problem is related to the stamps inscription protocol.

If ordinals can be pruned via a process called pruning, this is not possible in the case of the stamps protocol.

This time the data pretends to be public keys inside multiple multisig utxos.

[A multisig utxo means that multiple public keys are used to construct it.]

This type of extremely toxic inscription is already resulting in a phenomenal explosion in the total number of utxos. They have more than doubled in just one year. There are now over 230 million.

The unexpected consequence is a monstrous increase in the time required to set up a node. The latest tests by the founder of the Ocean pool are damning:

In 2022, I could set up a node in less than 48 hours with a simple Raspberry Pi 4. Now I use a Raspberry Pi 5 with a processor twice as powerful. And despite that, the process took more than 100 hours instead of 48 hours!

The situation is much worse than before. Its a difference of several orders of magnitude. This is not FUD. The more we turn a blind eye [to inscriptions], the more we accelerate the centralization of the bitcoin network.

At this rate, it will take 24 days to install a node in just a decade

Many believe that no arbitrary data should be found in the blockchain, period.

In general, inscriptions are tolerated if done intelligently. That is, without negative impact on bitcoins decentralization. These inscriptions use an opcode specifically created for this purpose: OP_RETURN.

OP_RETURN was created in 2014 to provide an alternative to more harmful techniques for inserting arbitrary data. And by the way, stamps are just a carbon copy of the counterparty protocol which led to the creation of OP_RETURN.

OP_RETURN offers a space limited to 83 bytes per transaction, enough to enter a SHA-256 hash (32 bytes) and an identification tag. The created utxos are special in that they cannot be spent. Lightweight nodes can therefore prune them entirely.

All this to say that some troublemakers deliberately do things in the worst possible way, which speaks volumes about their true intentions. Doubling the time required to install a node in less than a year should provoke an outcry.

Faced with the troubling inaction of Bitcoin Core, your humble servant strongly recommends using the BitcoinKnots client. This implementation of the Bitcoin client stands out due to a series of bug fixes using stricter filters.

If you are a miner, direct your hash harvest to @ocean_mining. This pool, founded by Luke Dash and Jack Dorsey, mines blocks almost without inscriptions.

Dont miss our latest article on Bitcoin Cores inaction: Bitcoin Core comes out of silence.

Maximize your Cointribune experience with our 'Read to Earn' program! Earn points for each article you read and gain access to exclusive rewards. Sign up now and start accruing benefits.

Bitcoin, geopolitical, economic and energy journalist.

DISCLAIMER

The views, thoughts, and opinions expressed in this article belong solely to the author, and should not be taken as investment advice. Do your own research before taking any investment decisions.

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Bitcoin - A serious threat to decentralization - Cointribune EN

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US House of Representatives Set To Vote On Decentralization Bill – Cryptonews

Last updated: May 21, 2024 13:39 EDT | 2 min read

The US House of Representatives will vote on the long-awaited Decentralization Bill, officially titled The Financial Innovation and Technology for the 21st Century Act (FIT21) this week. Experts believe this legislation could clarify and streamline cryptocurrency regulation for traders and investors in the US.

The US Decentralization Bill (HR 4763) is expected to be voted on on the House floor this week. Although it faces an uphill battle in the Senate and the possibility of a presidential veto, the effort represents the most important milestone in establishing a comprehensive US regulatory framework for digital assets.

The bills organizing principle is to clearly define the regulatory responsibilities of the Commodity Futures Trading Commission (CFTC) and the Securities and Exchange Commission (SEC) in regulating crypto transactions.

The division of responsibilities hinges on several factors, such as the decentralization and functionality of the digital assets associated blockchain system, how the asset was acquired, and the digital asset holders.

These factors determine whether a digital asset is classified as a restricted digital asset subject to SEC rules or a digital commodity under CFTC jurisdiction.

The FIT21 seeks to regulate digital assets from their inception. Before a functional system exists, SEC-style disclosure-based regulations would apply to transactions like ICOs.

Prospective buyers would receive disclosures to assess unproven digital assets.

Meanwhile, the Blockchain Association urged a full House floor vote on the U.S. Decentralization Bill in a letter addressed to House Speaker Mike Johnson and Minority Leader Hakeem Jeffries on May 20.

The letter, undersigned by prominent crypto firms including Ripple, Kraken, and Circle, emphasized the need for legislation that offers a framework for innovation, regulatory clarity for U.S. operators, and protection for users and consumers.

We, the undersigned, write today to express our support for a floor vote for H.R. 4763, the Financial Innovation and Technology for the 21st Century Act (FIT21), the letter stated. The undersigned represent the diverse blockchain and digital asset industry including technology startups, small business service companies, infrastructure providers, regulated institutions, and investors working together to support a pro-innovation national policy and regulatory framework.

In addition to dividing regulatory responsibilities, the US Decentralization Bill establishes a certification process for blockchain systems to be treated as decentralized entities. Once certified, the digital asset becomes a digital commodity, exempt from SEC regulation.

At this point, the regulatory framework shifts to the CFTC-style conduct standards. As a digital commodity, non-insiders can trade the digital asset freely on CFTC-regulated digital commodity exchanges and through CFTC-regulated spot transactions. Insiders also gain more flexibility in transacting in the digital commodity, though certain restrictions may still apply to specific insiders, such as issuers.

If the FIT21 Act passes, it will bring much-needed clarity to crypto regulations in the US. The SEC has been enforcing rules without clear guidelines, causing uncertainty and tension in the sector. The financial watchdog has gone up against every major crypto player in the country, alleging unlicensed operations and unregistered securities offerings.

Recall that the SEC filed a lawsuit against Coinbase in June 2023 for allegedly operating as an unregistered securities exchange, broker, and clearing agency. The exchange had, in turn, sued the SEC for crypto rulemaking refusal due to its constant crackdown on crypto firms. This also resulted in Coinbase Chief Legal Officer Paul Grewal rallying major exchanges to query SECs actions, which can have serious implications for the crypto industry.

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Taiko Launches First Based Rollup on Ethereum with Vitalik Proposing Inaugural Block – Taiwan News

QUICK TAKE:

NEW YORK and LONDON and SINGAPORE, May 27, 2024 /PRNewswire/ -- Taiko, a based rollup protocol designed to scale Ethereum natively, is now live on mainnet. This milestone was marked by Ethereum co-founder Vitalik Buterin proposing the first block, embedded with the names of all Taiko core contributors.

Quote from Ethereum's co-founder Vitalik Buterin:

Vitalik expressed his excitement and anticipation for Taiko's mainnet launch with this quote:

"I'm excited to see that Taiko is launching as a based rollup. Ethereum benefits from L2s taking a plurality of different approaches, and I appreciate them being among the first to go in this direction."

Taiko's launch on the Ethereum mainnet signifies a significant advancement in blockchain scalability. By leveraging the based rollup design, Ethereum block validators sequence transactions and blocks for Taiko, ensuring robust security and liveness guarantees from the base layer.

Quote from Ethereum Foundation's researcher Justin Drake:

Justin also praised Taiko's mainnet launch, highlighting its innovative solution to the centralized sequencing problem. He said:

"Taiko is based. It is making a leap forward in the decentralization, credible neutrality, and composability of rollups. The L2 is trailblazing based sequencing, a form of decentralized sequencing where L1 proposers are enrolled for L2 transaction ordering.

Based sequencing is IMO the ultimate form of decentralized sequencing. By reusing the Ethereum base layer, based sequencing is the simplest to deploy and the simplest to reason about.

Based sequencing also means credibly neutral shared sequencing. This is key to synchronous composability across rollups and ultimately key to fixing Ethereum fragmentation."

Quote from Taiko Labs' co-founder Daniel Wang:

After years of development, Daniel Wang shares what the launch of the network means to him, saying:

"We're thrilled to bring Taiko to the Ethereum mainnet. After more than two years of extensive development and testing, we are confident that Taiko offers a different rollup design, a securer and more efficient [Ethereum] scaling solution."

Trailblazers

To celebrate this momentous launch, and to thank the growing community of over 1 million users, participants will be rewarded for their engagement within the Taiko network and ecosystem. This campaign is aptly named Trailblazers and will distribute 100M TKO tokens (10% of the total supply). The campaign will be divided into seasons continually allowing newcomers and long-term supporters alike to get a slice of the large token allocation. More details on the campaign will be released in the coming days.

Path to Decentralization

Since its inception in 2022, Taiko has secured $37M in funding and developed theBased Contestable Rollup (BCR), which minimizes costs, strengthens decentralization and enhances security through a multi-proof system.

Taiko's development journey included seven testnets, each offering permissionless interaction. Initially, Taiko will act as the sole block proposer and prover for the first two weeks post-launch to ensure network stability. This phased approach prioritizes security and a smooth user experience.

After the network stabilizes, both proposing and proving blocks will become permissionless. Node running, an activity as important as proposing and proving, is already accessible to everyone.

"At this point, security and a smooth rollout is our top priority," Daniel Wang emphasized. "By stabilizing the network first, we ensure a reliable foundation before opening it up to broader participation."

The Taiko token (TKO) is needed for block proving as bonds, which means the token contract was deployed with the mainnet launch, however, the token will not begin to circulate outside the core nodes until the network has been deemed stable, which is estimated within a couple of weeks.

Taiko will be in the "training wheel mode" for a couple of years. Over this period, transferring ownership to a DAO and revoking all privileges from Taiko Labs and the core developers will be our primary goal.

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Taiko Launches First Based Rollup on Ethereum with Vitalik Proposing Inaugural Block - Taiwan News

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Exploring the effect of the centralization controversy around Cardano on the cryptocurrency market – The National – The National

Decoding the Cardano decentralization debate

Cardano has recently been in the spotlight due to its surge in popularity among cryptocurrency enthusiasts and traders. This interest has not come without controversy, leading to passionate debates about the platforms level of centralization and its potential impact on the ADA price.

The key argument in this controversy is the fact that, unlike other popular cryptocurrencies, a significant portion of Cardanos network is not decentralized. While Bitcoin and Ethereum operate on protocols that allow anyone to participate in the network and earn rewards, the Cardano network has seen a large percentage of its stake pools controlled by a few entities. This presents a risk of centralization, which goes against the fundamental principles of decentralization inherent in blockchain technologies.

Investor concerns over this centralization issue, coupled with broader market trends, have contributed to Cardanos ADA experiencing a significant drop in price, falling by as much as 30%. While there are certainly a number of contributing factors to this price decrease, its hard to ignore the increased scrutiny on Cardanos governance as a key element affecting investor sentiment.

When investing in the volatile and unpredictable world of cryptocurrencies, its important to consider a broad range of factors. While price movements provide valuable information, they only represent one dimension of a larger picture. The underlying technology, governance structure and market sentiment all play crucial roles in shaping a cryptocurrencys potential and its corresponding risk/reward ratio.

Thoroughly researching a cryptocurrency is an essential part of due diligence. This includes understanding the fundamentals of the technology, the motivations of its creators, and the potential risks associated with its operation. Investors need to be mindful of the aspects influencing market dynamics, ensuring they make informed decisions that align with their personal risk appetite.

The Cardano case underscores the importance of an in-depth understanding of the cryptocurrency landscape. Its a reminder that a prominent name and high market capitalization are not always indicative of a fully decentralized, secure and efficient blockchain network. And its this combination of decentralization, security and efficiency that often underpins a cryptocurrencys long-term viability and success.

As we navigate through the complexities of the crypto world, keeping a clear perspective and maintaining a disciplined approach is vital. By assessing the underlying factors that drive market sentiment and price movements, we can reveal investment opportunities otherwise hidden in the market noise and hype. Remember, the more informed your decisions are, the more likely you are to achieve your investment goals.

Jake Morrison is an insightful cryptocurrency journalist and analyst, renowned for his deep understanding of the volatile and fascinating world of digital currencies. At 30 years old, Jake combines a background in Computer Science, with a degree from a reputable tech college, and a passion for decentralized finance, making him a prominent figure in the crypto journalism landscape.

Starting his career as a software developer with a focus on blockchain technologies, Jake quickly realized that his true calling lay in educating others about the potential and pitfalls of cryptocurrencies. Transitioning to journalism, he now serves as a leading voice for a major online financial news platform, specializing in the crypto category.

Jakes articles are a blend of technical analysis, market predictions, and feature stories on the latest in blockchain innovation. He has a talent for breaking down complex crypto concepts into understandable terms, making his writing accessible to both seasoned traders and crypto novices alike. His coverage spans a wide range, from Bitcoin and Ethereum to lesser-known altcoins, as well as the evolving regulatory landscape surrounding digital currencies.

What sets Jake apart is his critical approach to the hype that often surrounds the crypto space. He emphasizes the importance of due diligence and risk management, providing his readers with the tools they need to navigate the market intelligently. His investigative pieces on crypto scams and security breaches have been instrumental in raising awareness about the importance of security in digital asset investments.

Beyond his writing, Jake is an active participant in crypto conferences and online forums, where he shares his expertise and engages with the community. He also hosts a popular podcast that delves into the latest crypto trends, featuring interviews with leading figures in the blockchain space.

Jakes commitment to transparency and education in the cryptocurrency world has made him a trusted source of information and analysis. Through his work, he aims to foster a more informed and cautious approach to cryptocurrency investment, contributing to the maturity of the space.

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Exploring the effect of the centralization controversy around Cardano on the cryptocurrency market - The National - The National

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Ether ETFs will ‘destroy ethos of crypto,’ says DeFi exec – Cointelegraph

While the community celebrates the approval of spot Ether exchange-traded funds (ETFs) in the United States, one industry executive has criticized the centralized nature of these products.

The emergence of cryptocurrencies like Bitcoin (BTC) and Ether (ETH) has revolutionized finance and removed the need for intermediaries, allowing the transfer of funds without relying on a central authority.

On the other hand, with the introduction of ETFs, cryptocurrencies are at risk of becoming less centralized, according to Avantgarde Finance founder Mona El Isa.

ETF issuers are placing outdated technology back into crypto products and undermining its purpose, just to stay relevant, El Isa told Cointelegraph.

She noted that the Ether ETF sparks interest from traditional finance (TradFi) because the ETF structure and regulations are familiar territory, and it speaks the language of conventional finance.

However, accessing Ethereum through an ETF misses the core benefits of Ethereums decentralized and disintermediated design, El Isa stated.

According to the executive, the newly approved product will see some adoption, but investors are likely to eventually prefer self-custody over holding ETFs as it offers more benefits. She said:

Noncustodial or self-custodial crypto wallets allow users to own Bitcoin by taking full responsibility for holding the private key or the actual assets. Unlike self-custodial solutions, spot crypto ETFs do not allow investors to hold the cryptocurrency as they rely on third-party custodians like Coinbase.

Some industry execs agreed that the Ether ETF approval sparked both investor excitement and decentralization debate.

As Buterin himself addresses the issues faced by Ethereum though, such as MEV and liquid staking, there is no doubt that a long-lasting battle lies ahead to maintain the balance and ensure Ethereum remains as decentralized and democratic as possible, Bybits head of financial products Hao Yang told Cointelegraph.

Related: Ethereum ETF approvals becoming giant political issue Joseph Lubin

He also expressed optimism over the future of the crypto industry in the context of the latest approvals, saying:

El Isa isnt the only one skeptical of crypto ETFs due to concerns about centralization.

Josef Ttek, a Bitcoin analyst at the hardware crypto wallet firm Trezor, previously argued that spot Bitcoin ETFs may take investors further away from self-custody or even create millions of unbacked Bitcoin.

Trezor CEO Matej Zak also argued that storing an ETFs underlying cryptocurrency on platforms like Coinbase makes spot crypto ETFs vulnerable to hacks.

At the same time, issuers believe there is no direct conflict between self-custody and spot crypto ETFs.

Magazine: Bybits Notcoin listing debacle, China firms profits up 12-fold after crypto buy: Asia Express

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Ether ETFs will 'destroy ethos of crypto,' says DeFi exec - Cointelegraph

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Unlocking the Capabilities of Chainlink in Ensuring Smart Contract Reliability – Siliconindia.com

This article explores smart contract reliability in blockchain, emphasizing their pivotal role in automating agree- ments for seamless decentralized applications. Dependable smart contracts are crucial, prompting a compre- hensive examination. Chainlink, a decentralized oracle network, is central to enhancing smart contract reliability. Understanding smart contracts as self-executing entities on blockchain structures highlights their significance in fostering trust. Chainlink's role as a bridge between smart contracts and real-world data is crucial. The article unveils Chainlink's potential, examining its architecture, security measures, real-world applications, and challenges. The aim is to fortify smart contract reliability discourse. In the dynamic blockchain landscape, systems like "Astral Edge" emerge, offering users creative solutions for online investments.

Oracles are entities facilitating communication between blockchains and external sources. They play a crucial role in ensuring smart contracts receive accurate, real-world data.

Smart contracts face challenges in accessing real-world data, creating a need for oracles. The execution and verification of data become complex without a reliable intermediary.

Oracles act as bridges, providing smart contracts with external information. This ensures the seamless integration of real-world data into blockchain-based applications.

The trust and security of smart contracts heavily depend on the accuracy and reliability of data provided by oracles. A compromised oracle could undermine the entire smart contract system.

Chainlink's architecture is designed to be decentralized and tamper-resistant. Nodes, the fundamental components, work collectively to provide reliable data to smart contracts.

Chainlink's nodes retrieve data from various sources, ensuring decentralization. This decentralized approach enhan- ces reliability by mitigating the risk of a single point of failure.

Chainlink employs a unique approach to data aggregation and validation, ensuring the accuracy and integrity of information provided to smart contracts.

The tamper-resistant nature of Chainlink's oracle network is crucial for maintaining the trustworthiness of data. This resilience makes it a robust solution for enhancing smart contract reliability.

Chainlink incorporates robust security mechanisms to safeguard its oracle network. These measures include a reputation system for oracle nodes and protocols for data integrity.

The reputation system evaluates the reliability of oracle nodes, promoting accountability. Nodes with a strong reputation are more likely to be chosen for data retrieval.

Ensuring the integrity and accuracy of data is a priority for Chainlink. This is achieved through cryptographic methods and consensus mechanisms among nodes.

Chainlink actively addresses potential vulnerabilities in smart contracts and oracles. Continuous improvements and updates contribute to a more secure and reliable ecosystem.

Chainlink has found success in diverse industries, demonstrating its adaptability and reliability. Explore notable use cases where Chainlink has addressed specific challenges.

Discover how Chainlink has been applied in different scenarios, providing solutions to unique challenges in decen- tralized applications.

Chainlink's collaborations and partnerships have expanded its reach and influence. Explore how these partnerships leverage Chainlink's capabilities to enhance smart contract reliability.

The practical applications of Chainlink offer valuable lessons for the broader blockchain community, shedding light on effective strategies for ensuring smart contract reliability.

Delve into the potential evolution of Chainlink and decentralized oracle networks. Analyze upcoming features and improvements outlined in Chainlink's roadmap.

Explore the role of Chainlink in emerging technologies such as DeFi and NFTs. Understand how it continues to shape and influence the broader blockchain ecosystem.

Predict how Chainlink's growth and development may impact the broader blockchain landscape, influencing the adoption and integration of decentralized oracle networks.

Evaluate criticisms and controversies surrounding Chainlink, addressing concerns raised by the blockchain commu- nity. Provide a balanced perspective on potential drawbacks.

Explore community concerns regarding transparency, accountability, and potential drawbacks of Chainlink's app- roach to ensuring smart contract reliability.

Examine potential regulatory challenges faced by Chainlink and decentralized oracle networks. Understand how the project aims to navigate regulatory landscapes globally.

Discuss the importance of transparency and accountability in the operation of Chainlink's oracle network. Highlight efforts made by Chainlink to address concerns and maintain trust.

In conclusion, the exploration of Chainlink's potential in bolstering smart contract reliability reveals crucial insights for the broader blockchain ecosystem. Emphasizing the significance of reliable smart contracts, this analysis underscores the pivotal role Chainlink plays in ensuring the integrity and security of decentralized applications. Furthermore, a call for continued research and development in decentralized oracle networks is made, highlighting the ongoing efforts to advance the reliability and overall robustness of smart contracts. Closing thoughts center on the future of smart contracts, acknowledging the transformative impact Chainlink has had and emphasizing its ongoing role in shaping the evolution of blockchain technology. The narrative concludes with a recognition of the continuous pursuit of improvement in reliability as a key element in the ever-evolving landscape of decentralized technologies.

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Unlocking the Capabilities of Chainlink in Ensuring Smart Contract Reliability - Siliconindia.com

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