User Workflow

Hubric Node is designed to provide a streamlined, intuitive, and secure workflow that abstracts complex smart contract development processes into a structured, no-code experience. This workflow ensures that users can deploy production-ready smart contracts efficiently while maintaining transparency and control.

7.1 User Onboarding

The user workflow begins with platform access and wallet connection.

Steps:

  1. User accesses the Hubric Node platform

  2. User connects a supported Web3 wallet (e.g., MetaMask or other EVM-compatible wallets)

  3. Network selection is displayed (Ethereum or supported EVM networks)

  4. Platform checks wallet compatibility and network status

Outcome: User identity is established through wallet authentication without centralized account creation.

7.2 Template Selection

After onboarding, users choose a smart contract template aligned with their intended use case.

Available Categories:

  • ERC20 Token

  • NFT

  • DeFi (Staking, Crowdfunding, Escrow, Airdrop)

  • Governance

  • Security (MultiSig)

Steps:

  1. User browses template library

  2. User selects a template (e.g., ERC20 Token Template)

  3. Template overview and supported modules are displayed

Outcome: User selects a complete, production-ready contract blueprint.

7.3 Parameter Configuration

Users configure the selected template through a guided, no-code interface.

Configuration Types:

  • Token metadata (name, symbol, decimals)

  • Supply and distribution parameters

  • Administrative roles and permissions

  • Optional modules (mint, burn, pause, etc.)

  • Time-based rules and constraints (where applicable)

System Validation:

  • Required fields must be completed

  • Invalid values are blocked

  • Incompatible module combinations are prevented

Outcome: All contract logic is defined through validated parameters without code exposure.

7.4 Pre-Deployment Review

Before deployment, Hubric Node provides a full summary of the configuration.

Review Includes:

  • Template and node composition

  • Selected modules and permissions

  • Token supply and admin controls

  • Estimated deployment gas cost

  • Network and wallet confirmation

Steps:

  1. User reviews configuration summary

  2. User confirms understanding of irreversible deployment

  3. User approves readiness to deploy

Outcome: User explicitly acknowledges and confirms the final contract setup.

7.5 Contract Deployment

Deployment is executed via the user’s connected wallet.

Steps:

  1. User initiates deployment

  2. Wallet prompts transaction signing

  3. Smart contract is broadcast to the blockchain network

  4. Deployment transaction is confirmed on-chain

Outcome: Smart contract is successfully deployed and immutable.

7.6 Post-Deployment Output

Once deployment is complete, Hubric Node provides clear outputs and next steps.

Outputs:

  • Smart contract address

  • Transaction hash

  • Network explorer link

  • Contract metadata summary

Optional Actions:

  • Contract verification guidance

  • Token import instructions for wallets

  • Integration with additional templates (staking, governance, etc.)

Outcome: User gains immediate access to the deployed contract.

7.7 Contract Management (Ongoing)

After deployment, users can manage their contracts based on enabled permissions.

Management Actions (If Enabled):

  • Mint additional tokens (Mint Module)

  • Burn tokens (Burn Module)

  • Pause or resume transfers (Pause Module)

  • Update admin roles (Access Control Module)

  • Execute MultiSig approvals

Outcome: Operational control remains transparent and permission-restricted.

7.8 Upgrade & Expansion Workflow

Hubric Node supports ecosystem expansion without modifying deployed contracts.

Expansion Examples:

  • Deploy staking contract for an existing ERC20 token

  • Add governance voting module

  • Launch crowdfunding or airdrop campaigns

Steps:

  1. User selects a new template

  2. References existing deployed token or contract

  3. Configures new parameters

  4. Deploys additional smart contract

Outcome: Project functionality expands through composition rather than contract modification.

7.9 Error Handling & Safety Measures

Hubric Node minimizes user error through built-in safeguards.

Safety Features:

  • Real-time validation during configuration

  • Clear irreversible action warnings

  • Transaction preview before signing

  • Network mismatch alerts

Outcome: Reduced risk of misconfiguration and accidental loss.

7.10 Workflow Summary

The Hubric Node user workflow transforms complex smart contract development into a clear, step-by-step process:

  1. Connect wallet

  2. Select template

  3. Configure parameters

  4. Review and confirm

  5. Deploy contract

  6. Manage and expand functionality

This workflow ensures accessibility for non-technical users while preserving the transparency and trustlessness inherent to blockchain systems.

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