Layer 2 Blockchain Features
Experience the evolution of blockchain with our Layer 2 Blockchain Development. Scaling seamlessly from Ethereum compatible blockchain, it offers lightning-fast transactions, reduced fees, and a rebranded explorer for a fresh look. MetaMask integration, native coin bridging, and full Ethereum compatibility make it a game-changer for DeFi, NFTs, and more. With automatic MetaMask setup and impressive TPS of up to 100k, our solution is your ticket to the future of decentralized innovation. Join us on this journey as we redefine what's possible in the world of blockchain technology.
- Layer 2 Blockchain scale from Ethereum compatible blockchain
- Re-branding for explorer (change logo and color)
- Block explorer with backend and frontend
- MetaMask for Wallet
- Predefined time of blocks.
- Native coin Bridge from layer 1 to layer 2
- Fully compatible with MetaMask: just change the network.
- Fully compatible with all Ethereum's contracts and dapps.
- Web3, GameFi, Metaverse, Smart contract, decentralized application, and toolset interoperability with Ethereum and similar EVM chains.
- The ecosystem is expanding to accommodate many forms of secure peer-to-peer and microtransactions, conference and community currencies, DeFi, NFTs, DAOs, games, and more.
- Automatically configure Metamask Wallet with a single click.
- Provide Blockchain API .
- Blockchain uses Go
- Explorer uses Elixir & postgreSQL
- EVM uses go ethereum
- Faucet & status monitoring uses ReactJS
Polygon ZK-EVM Layer 2 Solution (CDK rollup or CDK validium)
- Timeline: 1 month
- Pricing: $13,000
Create tokens from your own chain using our own standard smartcontract template
- 1 token: $200
- > 5 tokens: $160
- > 10 tokens: $120
- > 20 tokens: $100
Create transactions for your blockchain
This can help your blockchain looks better and more impressive with a certain number of transactions generated
- 10k transactions: $500
- 50k transactions: $1,000
- 100k transactions: $1,500
Create new miners for your blockchain:
- 1 miner: $300
- > 5 miner: $200
- >10 miner: $150
- > 20 miner: $120
Layer 2 CHAIN WILL NEED 6 SERVERS RUN AS BELOW:
MAINNET
- Server 1: 8CPU 16GBRAM 260GBSSD - Ubuntu 20.04.6 LTS. Cost: $110/month
- Server 2: 8CPU 16GBRAM 260GBSSD - Ubuntu 20.04.6 LTS. Cost: $110/month
- Server 3: 8CPU 16GBRAM 260GBSSD - Ubuntu 20.04.6 LTS. Cost: $110/month
TESTNET
- Server 1: 8CPU 16GBRAM 260GBSSD - Ubuntu 20.04.6 LTS. Cost: $110/month
- Server 2: 4CPU 8GBRAM 80 GBSSD - Ubuntu 20.04.6 LTS. Cost: $50/month
- Server 3: 4CPU 8GBRAM 80 GBSSD - Ubuntu 20.04.6 LTS. Cost: $50/month
Total cost: $540/month.
WE RECOMMEND THAT YOU SHOULD USE OUR SERVER SERVICES AT CHAINKLOUD.COM TO HAVE MORE DEDICATED SUPPORT:
- Servers are already set up with proper environment for blockchain fast deployment
- VinDAX support to renew your SSL
- VinDAX support to do blockchain operation maintenance by our dedicated first-class developers at no cost
- Chainkloud connects with blockchain monitoring tools, tracking and notifying of irregularities pertaining to your blockchain on Chainkloud's server. Active Blockchain Monitoring Tool(c) - ABMT(c) will scan every day and send you an email with the blockchain's state.
Check how to rent server on Chainlkoud here
- 1. Logo (around 800 x 300 ) -> for us to do the rebranding for explorer. This sample will help you to provide correct logo
- 2. Provide these criteria for building blockchain:
- Time between each block
- Block explorer domain
- Scan: https://op.vindax.com
- Bridge: https://bridge.vindax.com/deposit
- Bridge: https://apachebridge.neva.network
- Scan: https://apachescan.neva.network
- RPC: https://apachebridge.neva.network/l2rpc or https://apache.neva.network
Layer 1 will serve as the foundational chain for building Layer 2. Popular choices for Layer 1 include Ethereum and other POA EVM chains.
We utilize the OP Stack for building Layer 2 chains, leveraging its advantages for L2 consensus derived from the parent Layer 1 chain's consensus. For more details, visit Optimism's OP Stack and Optimism Community Docs.
Without transactions, just maintaining block creation, nodes will consume about 0.5 - 1 ETH daily. This cost increases with transaction volume on your chain.
Define crucial parameters for your Layer 2 build here.
Adding nodes enhances network robustness and RPC performance but does not directly increase the chain owner's revenue. Transaction fees on Layer 2 are usually collected by a single admin address. More nodes improve load balancing, redundancy, and overall performance, which indirectly benefits the ecosystem.
Layer 2 solutions are off-chain technologies built on top of Layer 1 blockchains, aiming to alleviate scaling issues and data bottlenecks. They're akin to efficient prep stations in a restaurant kitchen, enabling a higher rate of transactions per second and improving user experience. Examples include Ethereum's Optimistic and zero-knowledge rollups, with platforms like Arbitrum, Optimism, Loopring, and zkSync.
Fees are stored in a contract, and the owner can withdraw once the balance reaches 2 ETH.
The network comprises several components: op-geth and op-node (which every node must run), op-batcher (publishes Sequencer transaction and block data to L1), and op-proposer (publishes L2 transaction results to L1). Further setup details are available at Optimism's documentation.
Running a Layer 2 blockchain involves critical operational aspects, particularly ensuring that the batcher node and proposer node are continuously funded with Ether (ETH). These nodes play vital roles in processing and validating transactions between Layer 1 (L1) and Layer 2 (L2). Without adequate ETH supply:
1. Transaction Processing: The batcher node aggregates multiple L2 transactions and submits them to L1. Insufficient ETH can disrupt this process, leading to delays or failures in transaction processing.
2. State Commitment: The proposer node commits the L2 state to L1. Without ETH, it cannot perform this essential task, which could lead to inconsistencies and errors in the chain's operation.
3. Chain Continuity and Stability: Regularly topping up these nodes with ETH ensures they can continuously operate, maintaining the flow of transactions from L1 to L2 and vice versa. Neglecting this result in operational errors for the chain, in details, reindex will happen and old transaction can disappear
