KrypCore Web3
PlatformSupportSDK
  • 👋Welcome to Krypcore Web3
  • Introduction
    • Overview
    • Product Architecture
    • Supported Networks
  • Product Overview
    • Key Concepts
    • Unified SDK / APIs
      • Benefits of a Unified Model
      • KrypCore Web3 SDK
      • KrypCore Web3 APIs
    • Infrastructure
      • Blockchain Endpoints
        • Adding network to Metamask
      • Storage Endpoints
      • DID Service Endpoints
    • Core Services
      • Wallets
        • Choosing the right wallet for your Dapp
        • Custodial Wallet
        • Self Managed Wallet
        • MPC Wallet
        • Developer Wallet
        • Smart Contract Wallet
      • Smart Contracts
        • Deploy from Templates
          • Templates Explained
            • ERC 20
            • ERC 721
            • ERC 1155
            • ERC20DAO Token
            • TokenERC20
        • Deploy your own contract
        • Deploy Contract
        • Load Contract
      • NFT
        • Creating a collection
        • Minting NFTs
      • FT
        • Creating an ERC-20 token
      • DIDs
      • Storage
    • Add on Services
      • Datalake
      • Gasless
        • Integration Steps
        • Considerations and Best Practices
  • API Reference
    • KCW3 APIs Explained
    • Infrastructure APIs
      • Ethereum JSON RPC APIs
        • eth_accounts
        • eth_blockNumber
        • eth_call
        • eth_chainId
        • eth_estimateGas
        • eth_feeHistory
        • eth_gasPrice
        • eth_getBalance
        • eth_getBlockByHash
        • eth_getBlockByNumber
        • eth_getBlockReceipts
        • eth_getBlockTransactionCountByHash
        • eth_getBlockTransactionCountByNumber
        • eth_getCode
        • eth_getFilterChanges
        • eth_getFilterLogs
        • eth_getLogs
        • eth_getProof
        • eth_getStorageAt
        • eth_getTransactionByBlockHashAndIndex
        • eth_getTransactionByBlockNumberAndIndex
        • eth_getTransactionByHash
        • eth_getTransactionCount
        • eth_getTransactionReceipt
        • eth_getUncleCountByBlockHash
        • eth_getUncleCountByBlockNumber
        • eth_hashrate
        • eth_maxPriorityFeePerGas
        • eth_mining
        • eth_newBlockFilter
        • eth_newFilter
        • eth_newPendingTransactionFilter
        • eth_signTransaction
        • eth_syncing
        • eth_uninstallFilter
        • eth_unsubscribe
        • eth_sendRawTransaction
        • net_listening
        • net_peerCount
        • net_version
        • txpool_content
        • txpool_inspect
        • txpool_status
        • web3_clientVersion
        • web3_sha3
      • IPFS HTTP Client APIs
        • How to
        • HTTP API methods
          • add
          • block_get
          • block_stat
          • cat
          • dag_get
          • dag_import
          • dag_put
          • dag_resolve
          • get
          • pin_add
          • pin_ls
          • pin_rm
          • pin_update
          • version
          • block_put
    • Core Service APIs
      • Wallet Manager APIs
        • Self Managed Wallet
          • Setup SM Wallet
          • Create Wallet
          • Get Wallet balance
          • Sign Message
          • Verifies Signature off chain
          • Deploy Contract
          • Submit Transaction
          • Estimating Gas Price
          • Call Contract Method
          • Sign and Submit Gasless Transaction
        • Developer Wallet
          • Generate Keys
          • Deploy Contract
          • Call Contract
          • Get Balance
          • Sign And Submit Gasless Txn
          • Create And Execute Txn
          • Sign EIP712 Txn
          • Verify Signature OffChain
          • Sign Message
          • Sign TxHash
          • Estimate Gas
        • Smart Contract Wallet APIs
          • Create Wallet
          • Get All SC Wallet Details
          • GenerateUserOp
          • SubmitUserOp
      • DID Manager APIs
        • Create issuer Profile
        • Create Subject Profile
        • Create Verifiable Credentials
        • Create Verifiable Presentation
        • List Issuer Profile
        • List Subject Profile
        • List Verifiable Credential
        • List Verifiable Credential Templates
        • Verify Verifiable Credential
        • Revoke Verifiable Credential
        • Delete Issuer Profile
        • Resolve DID
      • NFT Studio APIs
        • Create NFT Collection
        • Get all NFT Collections details created by a user
        • Get a NFT collection details created by a user
        • Mint NFT
        • Get all Minted NFT details in a smart contract
      • FT Manager APIs
        • Create ERC20Token
        • Get all Fungible Token details created by user
        • Get a Fungible Token details created by user
        • Mint ERC20 Token
        • Approve ERC20Token
        • Transfer ERC20 Token
        • Burn ERC20Token
        • Get Total Supply
        • Get Balance of an user address
      • Storage Manager APIs
        • Upload file to IPFS Storage
        • Get File Details
        • Download Files from IPFS
        • Update Pin status
      • Gasless API
        • Get Transaction Payload
        • Send Transaction
        • Create Gas Request
        • Add Whitelisted Contract Linked to DApp
        • List All Whitelisted Contracts
        • List All Protocol Configs
        • List All Funded Transactions
        • Update Configured Gas Limit
        • Deactivate Whitelisted Contract
        • Get Protocol Config using userId and ChainId
        • Sign And Submit Gasless Txn Using (Dev wallet)
        • Sign And Submit Gasless Txn Using (kms wallet)
    • Add On APIs
      • Gasless Transactions APIs
      • Datalake APIs
  • SDK Reference
    • Getting Started
    • SDK Architecture
    • Wrapper Packages
    • Power Methods
      • Wallet Suite
      • Utils Suite
    • Core Service Methods
      • Custodial Wallet Kit
      • DID Kit
      • NFT Kit
      • FT Kit
      • Storage Kit
  • faq
    • Platform FAQs
    • API FAQs
    • SDK FAQs
  • Releases
    • Latest Updates
    • Release Notes v1.0.0 Beta
    • Release Notes v1.0.0
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  1. Product Overview
  2. Core Services
  3. Smart Contracts

Deploy your own contract

In addition to deploying contracts from predefined templates, the Smart Contract Studio in KrypCore Web3 allows you to deploy custom Solidity contracts. This gives you the flexibility to create and deploy smart contracts tailored specifically to your project's unique requirements.

To deploy a custom Solidity contract, follow these steps:

  1. Write Your Contract: Develop your Solidity contract using your preferred development environment. You can write the contract code from scratch or leverage existing contracts as a starting point. Ensure that your contract code adheres to the Solidity syntax and best practices.

  2. Compile and Test: Before deploying your contract, it is recommended to compile and test it locally to ensure its correctness and functionality. Use a Solidity compiler or development tools to compile your contract and perform comprehensive testing to identify any potential issues or bugs.

  3. Upload Contract: Once you are satisfied with your contract's code and functionality, navigate to the Smart Contract Studio in KrypCore Web3. Choose the option to deploy a custom Solidity contract and upload your contract file in the appropriate format (e.g., .sol file).

  4. Configure Deployment Settings: Provide the necessary deployment settings for your contract, such as constructor arguments, contract name, version, and other required parameters. The Smart Contract Studio guides you through the configuration process, ensuring you input the correct values for a successful deployment.

  5. Select Chain: Choose the blockchain network on which you want to deploy your custom contract. The Smart Contract Studio supports a variety of blockchain protocols, allowing you to deploy your contract on the chain that aligns with your project requirements.

  6. Validate and Deploy: The Smart Contract Studio performs validation checks to ensure the accuracy and completeness of the contract and its configuration. If any issues are detected, the studio alerts you to address them before proceeding with the deployment.

  7. Confirm and Deploy: Review the contract details and deployment settings to ensure they are accurate. Once you are confident, confirm the deployment, and the Smart Contract Studio initiates the contract deployment process. You will receive relevant information, including the contract address and transaction details.

Deploying custom Solidity contracts using the Smart Contract Studio gives you the flexibility to create contracts tailored to your specific needs. It allows you to leverage the full power and expressiveness of Solidity to implement complex business logic and innovative features in your contracts.

For detailed instructions on deploying custom Solidity contracts using the Smart Contract Studio, refer to the comprehensive documentation and tutorials available in the KrypCore Web3 documentation.

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Last updated 1 year ago

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