Harga GasGAS

Feeling tingly. They're about to nuke bears and gas the market

For years, developers have faced a difficult trade-off. Deploy on a high-performance L1 and sacrifice Ethereum's security, or build on Ethereum and contend with its limited throughput. This monolithic bottleneck has stifled the growth of complex applications that require both elite performance and deep liquidity to function. Eclipse challenges this paradigm with a modular framework that unbundles the blockchain. By enabling developers to pair the hyper-efficient Solana Virtual Machine (SVM) with the unmatched security of Ethereum, Eclipse creates a new, unconstrained design space for scalable applications that don't have to compromise. ❍  What is Eclipse? Eclipse is an Ethereum Layer 2 designed for building powerful, high-performance dApps. It achieves this by combining the best components from across the crypto landscape into a single, cohesive stack. At its core, Eclipse rollups use the Solana Virtual Machine (SVM), which allows for parallel processing and much faster transaction speeds than traditional blockchains. For developers, this means: if you know how to build on Solana, you already know how to build on Eclipse. Suppose You are building a custom vehicle. Eclipse takes the supercharged engine from a race car (the SVM), places it inside the chassis of the world's most secure armored truck (Ethereum for security), and attaches a massive, ultra-lightweight cargo trailer for data (Celestia). The result is a machine with unprecedented speed, ironclad security, and remarkably low operational costs. ❍  How Does It Work? The architecture of Eclipse is a masterclass in modular efficiency. Instead of a single chain doing all the work, tasks are distributed to specialized layers. The lifecycle of a transaction clearly shows this separation of concerns: 🔺 Execution with the SVM: Your transaction is first processed by the Solana Virtual Machine. Because the SVM can handle transactions in parallel: much like a multi-core processor in a computer. It avoids the bottlenecks common in other systems, leading to high throughput and speed. 🔺 Data Posting to Celestia: Once processed, the data for your transaction is posted to the Celestia network. As a specialized Data Availability layer, Celestia is purpose-built to store data cheaply and efficiently, which is the key to keeping transaction fees super low. 🔺 Settlement & Security on Ethereum: Finally, a cryptographic proof of the transactions is sent to Ethereum. Ethereum acts as the ultimate source of truth, verifying the proofs and securing all user funds with its vast, decentralized network of validators. This final step is what gives an Eclipse rollup its foundational security. ❍  Why It's Important ?  🔼 Solana-Level Speed on Ethereum Eclipse brings the high-speed, parallel-processing power of the SVM to the Ethereum ecosystem. This allows developers to build applications previously thought impossible on Ethereum due to performance limitations, all while inheriting its security and liquidity. 🔼 Dramatically Lower Costs By offloading data storage to Celestia, Eclipse drastically cuts transaction fees. This makes dApps built on Eclipse economically viable for a much wider range of uses and accessible to more users, especially for high-volume applications like gaming or social media. 🔼 Sovereign, Purpose-Built Chains Eclipse allows developers to launch their own dedicated rollups. This gives them control over their environment, free from the network congestion and "noisy neighbor" problems of shared blockchains, enabling them to create truly optimized user experiences. ❍  Should You Buy Eclipse $ES Token ?  The ES token is not just a speculative asset; it is the economic lifeblood of the Eclipse ecosystem. It is designed with several critical functions that ensure the network's operation, security, and decentralization. The primary ES use case categories are: 🔼 Gas and Transaction Fees: The most fundamental utility of $ES is to serve as the network's gas token. Just as you need ETH to pay for transactions on Ethereum, users and developers will need ES to pay for computations, smart contract deployments, and asset transfers on the Eclipse network. This creates a constant, organic demand for the token directly tied to network activity. 🔼 Governance: ES token holders will be empowered to participate in the governance of the Eclipse protocol. This means they can propose and vote on key decisions, such as protocol upgrades, changes to the fee structure, and the allocation of ecosystem funds. 🔼 Decentralizing the Sequencer: In a Layer 2 rollup, a "sequencer" is responsible for ordering and bundling transactions before submitting them to the main chain. Eclipse plans to decentralize this role by implementing a system where operators can stake ES tokens to become a sequencer. In return for their service of securing the network, these stakers will earn a share of the transaction fees, creating a powerful economic incentive.

Can you guys hush with the flippening talk? Far too early for that chatter. You can start above 0.1 btc Btw and for the record IF (huge if) ETH even flips BTC, even for 1 second...sell everything. Sell all your eth immediately. Don't even leave gas money in the wallets,

🔹 Ultra-fast transactions 🔹 Minimal gas fees 🔹 Smart contract-ready 🔹 Community-first governance $C isn’t just another token – it’s the backbone of a decentralized future. #CryptoWithPurpose #Web3 #Ccoin

9/ J: Artists often struggle with L1 vs L2 minting - they’re not sure what to choose. Let’s assume you’re an artist - what would you do and where would you mint your art? 6529: This is easy. People should use the right tool for the job (subject to their economic constraints): 1/ Low volume, “important”, “expensive” work should be on L1 for now, as the gas costs are still affordable relative to the cost of the NFT. To date, all the high value 1/1, generative and PFP sales have been on L1 as the provenance is better for high value work. 2/ Experimental or programmable NFTs (that use on-chain transactions heavily) should be on an L2 Over time, more NFTs will migrate to L2s due to gas costs, but today there is still a window of affordability to mint into mainnet. Of course, like all “art rules,” nothing is set in stone and people should do what they like. For me personally, I have minted all my art so far on L1 because it is in category 1.