Ethervista (VISTA) is a sustainable DEX with unique ETH-based LP rewards that foster long-term engagement over short-term gains for liquidity providers.

 (DEX) back in 2018 changed the entire landscape of the 

 (DeFi) industry. Thanks to the AMM-based setup, liquidity levels on DEXs have risen sharply, and the efficiency of coin swaps has skyrocketed. Nevertheless, crypto trading using AMM pools has its drawbacks, along with the numerous benefits this model has ushered in.

Among the main cons of AMM DEXs is the short-term approach adopted by many 

 (LPs) and token issuers. Since AMM DEXs pay out LP rewards denominated in the tokens of the pool, many LPs are eager to quickly withdraw their liquidity and sell the tokens at the first sign of volatility. This is understandable, as many of these tokens are highly volatile and may crash and burn quickly, falling victim to the powerful forces driving the crypto market. The same risk of pool assets becoming worthless often drives token issuers to withdraw liquidity and support for their tokens as well. In addition, another drawback of AMMs is the lack of meaningful long-term incentives provided to LPs and token creators.

Ethervista (VISTA) is a new DEX platform that aims to resolve the inherent deficiencies of the AMM trading model. The platform pays out LP rewards in ETH, and distributes the rewards after accumulating them in a dedicated pool so that LPs and token issuers are incentivized by genuine, long-term trading activity in swap pools, rather than by the short-term price movements of tokens in these pools.

 (VISTA) is a new-generation DEX platform on the Ethereum (ETH) blockchain that uses a unique LP rewards distribution model in which LPs and token creators are paid in ETH, based on a mathematical model that ensures fair value for their contributions.

 Ethervista aims to address the key inefficiencies of the standard AMM trading model, particularly the issue of rewards paid out in 

In a standard AMM like Uniswap, LPs earn fees denominated in the pool's token. These fees are generated from trading activity in the pool to which the LP contributes its funds. The key problem with this model is that the asset used for the fee payments — typically an ERC-20 token — is often a highly volatile or obscure cryptocurrency whose origins or future value may be questionable. This drives many LPs away from contributing to pools made up of low-cap, volatile tokens.

Ethervista collects and distributes LP rewards exclusively in ETH, the native cryptocurrency of the Ethereum blockchain. The market's second-highest-capped crypto, ETH is a widely trusted asset that provides greater stability and security than the many tokens used for LP rewards on AMM DEXs.

Ethervista also offers staking rewards denominated in ETH via its 

 services to users locking ERC-20 and LP tokens. Its platform’s operations launched on Ethereum in September 2024.

Ethervista allows any user to configure and launch a 

, specifying a custom fee structure for token buy-and-sell operations. Users can also launch tokens using the app's interface. Partial revenues collected from a pool go to LPs contributing liquidity, while the protocol also collects an additional fee for its treasury and reward distribution model. 

The custom nature of each pool is a drastically different concept from the one used on popular AMM DEXs. In a typical AMM, a fixed fee rate for LP rewards is preset by the platform. At best, you can choose from a few fee tiers, but there isn’t complete flexibility in this regard. On Ethervista, pool creators have much more freedom in terms of setting their preferred fee levels.

Ethervista accumulates revenue collected from the trading activity in a pool and distributes it in ETH to LPs and token creators, based on a mathematical formula — the 

The Euler model employed by Ethervista recalculates the pooled ETH funds for a swap pair following each transaction. It's designed to reward each beneficiary fairly, based on their contributions to the pool over time. Beneficiaries include LPs, token creators and 

The Euler model is designed to incentivize long-term, fair contributions to a pool, reducing the likelihood of short-term focused behavior that many LPs exhibit in traditional AMMs. Another goal of the Euler model is to minimize 

Pool creators need to specify four custom fees when launching a new pool: 

The fees are specified in USD and are recalculated by the protocol in ETH using an on-chain 

There's also an additional fee of $1 per swap transaction that goes to the project's treasury to fund ecosystem development.

 is a component of Ethervista that’s dedicated to 

. It allows users to launch and trade meme coins, similar to the manner in which platforms like 

 operate. Etherfun offers a highly affordable way of creating meme coin assets, as token launches cost only about $1–$2.

If the token creator prefers not to cover the initial deployment costs, the first buyer for the asset can step in and cover the costs. As a reward for covering deployment costs, the first buyer is then entitled to 2% of the meme coin's pool fees.

Etherfun uses a bonding curve model — somewhat similar to the one employed by Pump.fun — whereby the price of an asset follows a specific trajectory, based on the token's buy and sell activity. Etherfun's bonding curve target for a token is set at $4,000, or just one-third of Pump.fun's $12,000. This helps accelerate development for new token projects, providing more realistic success targets for meme coin creators.

VISTA, Ethervista’s native cryptocurrency, is an 

 token launched on Ethereum in early September 2024. Unlike ETH, VISTA isn't used for LP provider rewards or other protocol and liquidity providers' incentives derived directly from Ethervista's trading operations. 

 some VISTA after each transaction using the ETH funds generated from trading activity. The continual decrease in VISTA's supply should lead to its price appreciation, making it a value-compounding deflationary currency.

Upon its launch, VISTA had a total supply of 1 million. The burn mechanism has gradually reduced its supply to 962,287 as of Nov 10, 2024. The supply is expected to slowly trend lower over time, as the Ethervista platform buys and burns the token in line with transaction activity.

 — a decentralized trading platform that supports nine popular blockchains, including Ethereum, Solana (SOL), Arbitrum (ARB) and Avalanche (AVAX). To buy the token, first navigate to the 

: Please ensure that you have a wallet connected to the platform.) Bybit Web3 DEX Pro supports several wallet apps, including Bybit’s Cloud Wallet and Keyless Wallet, in addition to third-party wallets.

In the left pane of the DEX Pro interface, type the name of the token into the search box and select it in the search results just underneath it.

When you land on VISTA's page, simply click on the green 

 button in the top right corner. You'll then be able to select a cryptocurrency that you would like to use to buy VISTA.

As of Nov 14, 2024, the VISTA token is trading at $24.05, which is 67.9% lower than its ATH of $74.91 on Nov 1, 2024 and 457.2% higher than its ATL of $4.32 on Oct 9, 2024.

Long-term price forecasts for VISTA are generally bullish.DigitalCoinPrice 

 rate of $58.37 in 2025 and $173.19 in 2030, whileCoinCodex 

 to hit $113.38 in 2025 and $110.43 in 2030.

Ethervista is an innovative departure from the standard AMM concept, offering LP providers rewards boosted through long-term genuine participation, rather than short-term maneuvering. The distribution of rewards in ETH — rather than volatile ERC-20 tokens — is a rare feature that will certainly be appreciated by DeFi traders, and may also attract significant numbers of new liquidity providers to the platform. 

While Uniswap started the AMM revolution back in 2018, Ethervista may have just initiated a completely new chapter in AMM history by offering LPs and token issuers greater stability and long-term value than ever before.

Intermediate

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Ethervista (VISTA): A Game Changer for DEX Sustainability

Blackrock’s BUIDL, the largest tokenized Treasury fund, has expanded to five new blockchains: Aptos, Arbitrum, Avalanche, Optimism, and Polygon. 

Daily Top Performer — Near Protocol (NEAR)

The S&P 500 fell 0.6% as Fed Chair Powell’s comments on delaying rate cuts, along with a stronger-than-expected October core PPI, lowered December cut odds from 82.5% to 48%.  Coindesk Indices, an index measuring broader cryptocurrency market performance was down  by 2.55%, with Bitcoin and Ether dropping by 2.49% and 1.17%, respectively in the past 24 hours.

Today’s top performer is NEAR, which surged 7.9% after Deutsche Telekom joined the NEAR Protocol to boost decentralization and user-owned AI.

Near Protocol (NEAR), launched on April 2020, is a decentralized platform using sharding for efficient app development and operation, similar to Amazon Web Services but with a distributed network and its own cryptocurrency, NEAR token. Deutsche Telekom’s subsidiary, Telekom MMS, has 

 NEAR Protocol’s Enterprise Node Operator program, becoming the first telecom to run a validator. The partnership aims to enhance NEAR’s decentralization, scalability, and support for user-owned AI, while strengthening data sovereignty and security.

Check Out the Latest Prices, Charts, and Data of 

Blackrock’s BUIDL, the largest tokenized Treasury fund, has 

 to five new blockchains: Aptos, Arbitrum, Avalanche, Optimism, and Polygon. The fund, which launched in March and has a $544 million market capitalization, will also be supported by Ondo for instant withdrawals and settlements. BUIDL’s expansion reflects Blackrock's efforts to capitalize on the growing real-world asset market, with discussions underway to use BUIDL as collateral for futures trading.

Yesterday, the BTC Spot ETF saw an outflow of $527.2 million, with $69.6 million from GBTC and $457.6 million from non-GBTC sources.

, each with unique tasks. For the Rightsfually Badge, complete social tasks and mint it. The PlayArts Badge involves connecting a wallet and creating art, while the Punkga Badge requires enrolling and task completion. The Solo Badge asks users to follow on Twitter and create a song. To claim the Wand Badge, complete social tasks and deposit IP, and for the Standard Protocol Badge, trade assets four times. The Mahojin Badge requires generating and publishing images, and the 1Combo Badge involves task completion and minting a Combo. More badges are expected soon!

Beginner

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Blackrock Expands BUIDL Tokenized Treasury Fund to Five New Blockchains

MemeFi is a web3 social gaming platform that combines strategic clan warfare with tradeable player achievements. Learn more here.

Meme culture and blockchain gaming have collided in MemeFi, creating one of 

's fastest-growing social gaming platforms. With over 50 million players already engaged in its ecosystem, MemeFi has transformed simple gameplay mechanics into community-driven experiences.

Interested in learning more? Let's dive in to learn what makes MemeFi unique, learn how you can participate in its thriving community and see how MEMEFI and PWR tokens drive this dynamic gaming ecosystem.

 is a web3 social gaming platform that combines strategic clan warfare with tradeable player achievements. It operates via a browser-based game and Telegram mini app on which players compete and earn together.

MemeFi's story began in April 2024 when a group of blockchain developers saw an opportunity to transform meme culture into interactive gameplay. Drawing inspiration from the viral success of 

 (PEPE), they built a platform that turned meme enthusiasm into shared gaming experiences.

The concept resonated immediately, attracting over 50 million users drawn to its unique blend of social gaming and earning potential. In October 2024, MemeFi marked a major milestone by partnering with 

 to become the first Telegram mini app to integrate with the Sui blockchain.

MemeFi is on a mission to transform blockchain gaming through four key innovations:

These pillars work together to fulfill MemeFi's ultimate vision of a social gaming ecosystem where memes, community and rewards create genuine value for players.

The MemeFi ecosystem uses the following interconnected mechanisms to create a unique social gaming experience.

MemeFi's social mechanics are founded on its unique key system. Players can purchase keys linked to specific characters, with values increasing along a bonding curve to reward early supporters. Players discover investment opportunities by tracking top performers, trending players and newcomers using the 

Holding keys earns players a share of character winnings, creating a symbiotic relationship that rewards both investors and active players. As successful players attract more key holders, they generate additional revenue through trading, thereby incentivizing skill and strategic investment.

Community engagement thrives through MemeFi's clan system, in which players unite under meme-themed banners. These clans are more than just social groups — they're economic and strategic units that coordinate for greater rewards.

Members participate in collaborative raids and missions, sharing resources and rewards based on contribution. Daily clan raids create opportunities for inter-clan competition as strategic coordination and active participation determine success.

MemeFi uses a dual-token system designed for balanced gameplay and economic stability.

These systems work harmoniously to create an ecosystem in which social gameplay drives real value. Through active gaming, wise investments and/or clan leadership, players have multiple paths to success — all supported by a balanced token economy.

MemeFi offers two distinct ways to play and earn: the strategic depth of 

 represents the platform's flagship browser-based experience, where strategic gameplay meets social interaction. Players enter a vibrant meme-filled universe where they can create unique characters, battle in PvP and PvE scenarios and rise through the ranks to become influential memelords.

The platform's key trading system adds an investment layer to gameplay, letting players profit from supporting successful gamers. Through daily missions, boss battles and clan raids, players can earn MEMEFI tokens while building their reputations in the community.

 is its clan warfare system. Players join forces in themed clans to participate in coordinated raids and territory battles. Under the leadership of elected memelords, clans compete for resources and glory, with rewards distributed based on member contributions.

 reimagines Telegram gaming through innovative tap-to-earn mechanics. It’s set in the same rich universe as 

, where players battle increasingly challenging meme-inspired bosses while managing their energy and resources.

The game stands out through its extensive progression system. Players can boost their power, unlock automated features and participate in special events. With daily missions, clan activities and an incentivized leaderboard, 

 creates multiple paths to earn while maintaining engaging gameplay.

MemeFi's token airdrop (launching November 12, 2024) will distribute tokens to its most engaged players. With 85% allocated to Telegram users and 5% to web3 participants, the airdrop rewards those who have helped build the platform.

Qualification for Telegram users comes from active gameplay and purchases, while web3 participants earn eligibility through testnet involvement, 

 holdings and GAL staking. This strategic distribution approach ensures MemeFi's tokens reach the hands of its most valuable community members.

The platform's development strategy unfolds across the following three key phases.

Focus on token launch, gaming mechanics and economic infrastructure. Key milestones include the token generation event (TGE), introducing staking and burning mechanics, implementing an ML-powered advertising network and expanding the crafting system.

Broaden ecosystem reach through multichain support and DeFi integration. Major developments include launching a meme coin battle platform, establishing prediction markets on Telegram, creating meme coin indexes and expanding the brand into NFTs, comics and merchandise.

Target mainstream audiences through mobile, PC and console gaming markets. Plans include launching standalone apps on iOS and Android, developing real-life meme coin initiatives and further expanding the gaming ecosystem.

The MEMEFI token sits at the heart of the platform's ecosystem, enabling governance, transactions and rewards. With a fixed supply of 10 billion tokens, its distribution heavily favors community participation:

Of MemeFi’s max supply of 10B tokens, 90% is allocated to community and gameplay, powering user rewards and ecosystem development. The remaining 10% is strategically distributed across exchange listings (5.5%), seed investors (1.5%), early adopters (1%), strategic initiatives (1%) and partners (1%).

To protect token value and ensure sustainable growth, team allocations follow an 18-month vesting schedule with a 12-month cliff period.

With MEMEFI's launch approaching in November 2024, various crypto analytics platforms have shared their outlook for the token. Bitrue 

 of $0.06–$0.10 by the end of 2024, while Coin Gabbar suggests a 

The long-term outlook appears optimistic, with Bitrue forecasting growth to $0.50–$1.00 in 2025. Coin Gabbar offers a more measured prediction of $0.050–$0.50. Both platforms cite MemeFi's 50 million user base and substantial community token allocation (85%) as key growth factors.

However, as with all crypto predictions, these forecasts should be viewed as speculative, with actual performance dependent on user retention, market conditions and the platform's ability to execute its road map.

Looking to trade MemeFi tokens? Bybit now offers MEMEFI on Pre-Market Perpetuals. To get started, you’ll first need to create a Bybit account, then fund it with cryptocurrency and navigate to the 

MemeFi shows significant potential in the evolving GameFi landscape, though investors should carefully weigh both its strengths and potential drawbacks before making investment decisions.

While MemeFi's unique social mechanics and large user base set it apart from traditional GameFi projects, potential investors should 

 and invest no more than they can afford to risk.

 Telegram battles to strategic clan warfare, MemeFi is changing the way we think about crypto gaming. With 50 million players already embracing its innovative key system and collaborative gameplay, MemeFi's vision of turning players into stakeholders could reshape the future of blockchain gaming.

memefi.png

MemeFi (MEMEFI): Fusing Play With Social Tech

In this tutorial, we’ll explore how you can complete a series of tasks in Game7 for Bybit Web3 Airdrop Arcade.

In this tutorial, we’ll explore how you can complete Game7 tasks for Bybit Web3 Airdrop Arcade. 

Task 1: Create a Game7 Account and Create Your Avatar

button. This button is located both in the middle of the homepage and at the bottom left corner of the screen.

(Eyes, Eyebrows, Hair, and Facial Hair). Once you’re done, click 

to finalize. Please note that currently, DNA traits cannot be changed once saved.

Task 2: Explore the 6 Pillars of the Game7 Nation

 to explore the 6 pillars of the Game7 Nation.

Repost the post to show your support for the Game7 campaign.

game7 tutorial.png

How to Complete Game7 Tasks for Bybit Web3 Airdrop Arcade

Blockchain

The popularity of cryptocurrency and blockchain has been growing exponentially, significantly increasing the number of users and transactions. This has caused infrastructural bottlenecks for blockchain network operations. To achieve mainstream adoption, the industry needs to look for solutions to resolve its scalability issues in order to cater to the burgeoning numbers of users, transactions and data.

Two of the main solutions employed by the industry include Layer 1 and Layer 2:

In this article, we’ll be exploring the 

, and how to help blockchains achieve scalability. 

 refers to the conundrum of a blockchain simultaneously achieving the following three characteristics:

It’s argued that any system can only achieve two out of the three characteristics, forcing it to give up on one.

Typically, blockchains have struggled with the blockchain trilemma. Let’s take a look at a few prominent examples.

Ethereum is decentralized and highly secure, with approximately 

 validators. It’s nearly impossible to attack Ethereum’s blockchain, as it would require an attacker 

 of the validators in order to compromise the network. However, this comes with a trade-off in scalability, which is why Ethereum’s network fees rocket during times of high activity.

In contrast to Ethereum, BNB Chain only allows a maximum of 

. It’s therefore apparent that BNB Chain isn’t decentralized. However, this allows it to achieve a high degree of security and scalability. 

The definition of the word “scalability” varies from expert to expert. However, at its core,

 refers to a system’s capacity to offer a rich experience to every user, irrespective of the total number of users at any given time.

 refers to the number of transactions a system handles per second. While companies/payment channels like Visa process nearly 20,000 

 with the VisaNet electronic payment network, Bitcoin’s

The difference in capacity might be shocking, but there’s a simple explanation behind it. Bitcoin adopts a decentralized system, while VisaNet runs on a centralized system. The former utilizes more processing power and time to safeguard the privacy of its users. Each data transaction has to go through multiple steps, including acceptance, mining, distribution, and validation by a node network.

With cryptocurrency expected to become an imperative force in the business world, blockchain developers are trying to increase the scope of blockchain handling. By creating blockchain layers and optimizing Layer 2 scaling, they want to speed up processing times and ramp up the number of TPS.

Let’s use Ethereum as an example. In blockchain technology, a consensus mechanism is a fault-tolerant system that allows agreements on a single network state in distributed nodes. These

 ensure that all nodes agree on transactions and are synchronized. This makes the Ethereum chain immensely difficult to overwrite or attack.

Due to the stability and security of Ethereum, the

 began, leading individuals to create cryptocurrencies and decentralized applications (

) on the blockchain. Consequently, there was an influx of users and an uptick in the number of transactions made on Ethereum. As the system became clogged, the transaction fee — or 

 paid to parties processing transactions on Ethereum’s network — increased.

When a blockchain network is clogged, pending transactions end up in the memory pool and take more time to process. To tackle this, miners start prioritizing transactions that have higher gas prices in order to confirm them. This further raises the minimum cost required to make a transaction.

The cycle of price increment gets to a point where gas fees skyrocket, making the situation worse for everyone. Layer 2 scaling is aimed at providing a solution to this problem and lowering the costs of transactions.

Layer 1s are the primary blockchain network on which other blockchains and DApps are built on. They are able to support transactions and operations that are conducted on the blockchain. To improve scalability, a Layer 1 will have to make direct changes to the blockchain’s code or architecture. Examples include enhancing the speed of block confirmation or increasing the data-containing capacity of a block.

Ethereum, Binance Smart Chain and Solana are the most prominent Layer 1s.

Let’s take a look at some Layer 1 scaling solutions.

 (PoW). Even though a PoW system is highly secure, it can be slow. This is because it requires substantial computing power to solve cryptographic algorithms. Ethereum started off with a PoW consensus mechanism, which led to severe network congestion when a large number of users came onto the Ethereum network.

Ethereum has since switched over to use a 

, and now processes and validates new blocks by consensus from the network. This switch has allowed Ethereum to change its speed from 

. This is achieved while retaining decentralization and security.

Layer 1 scaling solutions are usually introduced by the blockchain’s development team. Forking a chain means upgrading or adjusting a blockchain. There are 2 types of forks: 

Soft forks are architectural changes that are compatible with the existing blockchain. On the other hand, hard forks are changes to the blockchain architecture that is distinctly different from the existing one. 

, which helped increase the network’s performance from approximately 1,600 transactions per block to 3,000.

Whereas larger changes to be made to the blockchain, such as increasing Bitcoin’s block size to 8MB, requires a hard fork. This will create two versions of Bitcoin, one updated and one old network.

 is one of the scaling techniques that divides large transaction sets into smaller data sets known as "shards". The network processes these network shards concurrently in parallel, enabling sequential work on several transactions rather than having a network process each and every transaction sequentially. This is a faster and more effective mechanism.

Furthermore, rather than keeping a copy of the blockchain in its entirety, each network node is assigned to a certain shard. Individual shards exchange addresses, balances, and general states utilizing cross-shard communication protocols while also providing proofs to the mainchain.

Examples of blockchains that have integrated sharding are Ziliqa and Tezos.

However, it should be noted that Sharding is experimental and no Layer 1 has successfully implemented it yet.

A Layer 2 enhances the scalability and efficiency of a blockchain protocol by running on top of it. It will enable transactions away from Layer 1 using an external, parallel network.

To finish the transaction results, Layer 2s takes bundles of transactions from the main chain, processes them on their behalf, and then bundles the transactions back into Layer 1. The Layer 1 blockchain becomes less crowded and ultimately more scalable by abstracting the majority of data processing to auxiliary architecture.

Prominent examples of Layer 2s are Polygon, Optimism, Arbitrum, zkSync and Bitcoin’s Lightning Network.

Here are some of the Layer 2 scaling solutions.

Nesting is one of the Layer 2 scaling solutions whereby a blockchain protocol houses other blockchains within or on top. The nested blockchain architecture typically involves a main blockchain that sets rules and parameters for a broader network, while executions are undertaken on an interconnected web of secondary chains.

The nested chain comprises both parent and child chains. The parent chain will delegate to the child chains to perform the transaction. The transactions will be carried out by the child chains, who will then inform the parent chain of the outcome. The parent chain will provide Layer 1 with the outcome once the transactions have been completed. 

Unless it becomes required for dispute resolution, the underlying base blockchain does not participate in the network operations of nested chains. Because everyone is working together, it is one of the greatest scaling methods and is quicker. The division of labor in this paradigm lessens the processing load on the mainchain, improving scalability tremendously.

An example of this is the OMG Plasma Project, which acts as a Layer 2 blockchain for Ethereum to ensure cheaper and quicker transactions.

Two-way communication between a blockchain and off-chain transactional channels can be facilitated through a state channel. The state channel is essentially a network-adjacent resource which carries out activities using a 

 mechanism, without the need for validation by nodes of the Layer 1.

Transactions can be executed without having to submit transaction data to Layer 1. Once the transactions have been completed, the final state of the channel will be sent to Layer 1 for validation. This mechanism allows to improve transaction speed and increases the overall throughput of the network.

State channels feature unmatched speed and privacy. Without the need to route through third parties such as miners, state channels are one of the best existing scaling solutions.

Both Raiden Network on Ethereum and Lightning Network on Bitcoin are examples of state channels. Both of these use state channels that are executed by hashed timelock contracts (HTLCs). While the Lightning Network allows users to complete a lot of microtransactions in a short amount of time, the Raiden will also let users run smart contracts through their channels.

State channels like Lightning Network are also entirely secure, since only the participants know about the transactions. On the flip side, the Ethereum Layer 1 blockchain records all transactions in a publicly auditable ledger.

Large batch transactions frequently use sidechains, which are distinct blockchain networks with their own sets of validators (and consensus mechanisms), which coexist with a Layer 1 to improve its speed and scalability.

With a sidechain design, the Layer 1’s main responsibilities are to uphold general security, validate batch transaction records, and settle conflicts. Once the sidechain has finished processing transactions from the main chain, assets are locked. Also, the majority of sidechains have a federation or other independent third party that double-checks to see if there are any irregularities in the activities between the mainnet and the sidechain. Either smart contracts or a collection of humans can make up the federation.

There are two main difference between sidechains and state channels:

Blockchain Layer 1 vs. Layer 2: The Essentials

Grab Up to 5,000 USDT in Rewards

Grab Up to 5,000 USDT in Rewards