Tech Framework

Basic UI Example

GearUp Studio – Technical Framework

A no-code visual environment for individuals to build, test, and deploy modular smart contracts.

GearUp Studio is built for individuals looking to participate in DeFi without needing to write code. It offers a complete visual development environment powered by a modular smart contract compiler and deployer engine. Through intuitive block-based tools, users can create powerful smart contracts, test them securely, and deploy with confidence—all without touching a line of Solidity.

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🧱 Core Architecture

The GearUp Studio engine is powered by a runtime compiler and deployment orchestrator that translates user-defined logic blocks into fully functional EVM-compatible smart contracts. Users interact with an intuitive frontend interface that maps to secure, modular backend templates.

Each block in GearUp Studio corresponds to a Solidity contract fragment or function. These logic blocks are connected visually on the frontend, and compiled on the backend using a dependency-aware template compiler.

🔄 From Visual Block to Deployed Contract

Each visual block selected in the UI corresponds to one or more Solidity modules, injected dynamically at compile-time. Below is a real-time block mapping example for deploying a custom token with optional anti-bot logic:

// TokenFactory.sol
contract GearTokenFactory {
  // Deploys tokens with configurable params
  function deployToken(
    string memory name,
    uint256 supply,
    uint8[] memory taxes,
    bool antiBot
  ) external returns (address deployedToken);
}

This Solidity contract is auto-generated by GearUp Studio when a user visually assembles a custom token with block settings like supply, tax values, and bot protection logic.

And another example for provisioning liquidity on a DEX:

// LiquidityProvision.sol
contract LiquidityDeployer {
  function addLiquidityPeriodically(
    address tokenA,
    address tokenB,
    uint256 interval,
    uint256 amountA,
    uint256 amountB
  ) external {
    // Internal logic for adding LP every X seconds
  }
}

This contract is generated when blocks such as LiquidityProvisionBlock, TimeIntervalTrigger, and AmountConfigBlock are combined.

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⚙️ Compilation Flow

**How It Works**
1. User selects logic blocks in the UI
2. Compiler engine resolves blocks and dependencies
3. Solidity code is assembled into a single smart contract
4. Secure local compilation is performed via Hardhat

npx hardhat compile --config .gearup/hardhat.config.js

• Code is validated and previewable pre-deployment

• Errors are returned in the UI with contextual highlights

• Each compiled artifact is versioned and linked to template lineage

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🧪 Testing Contracts

Before deploying to mainnet, users can run their contracts in a sandbox test environment:

**Testing Features**
- Deploy to GearUp’s private testnet
- Simulate function calls with sample wallet data
- Test edge cases and function outputs
- Visual execution flow tracking
- Trigger state transitions and verify final results

Simulated testing includes error catching, event log tracking, and transaction gas profiling to ensure safe deployments.

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🚀 Deployment Pipeline

Once tested, users can deploy their contracts using GearUp's automated deployment system:

const factory = new ethers.ContractFactory(abi, bytecode, signer);
const contract = await factory.deploy(...args);
await contract.deployed();

**Deployment Features**
- One-click deploy to testnet or mainnet
- Auto gas estimation + signer connection
- Optional fee-based deployment via pay-as-you-deploy model
- Metadata and version logging enabled
- Post-deployment ABI visualization and copy-pasteable frontend integration code

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🧩 Visual Contract Flow – Individual Use Case

**Example Flow: Liquidity Automation**
User assembles a contract using:
- `LiquidityProvisionBlock`
- `TimeTriggerBlock`
- `WalletControlBlock`
- `LogicConditionBlock`
- `WithdrawFunctionBlock`
- `ExecutionHandlerBlock`

The user configures these blocks to create a smart contract that automatically adds liquidity to a DEX pair every 24 hours. Additional triggers can be defined (like wallet balance or market cap conditions).

Advanced implementations (coming soon):

• Real-time DEX + chain data ingestion via oracles

• Conditional execution from transaction volume, volatility

• AI-suggested optimizations based on deployed contract behavior

• Custom scripts exported for integration into DAOs or bots

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📁 Template Access and Usage

GearUp Studio allows users to build contracts using community and premium templates:

Access Mode	Description
Free Templates	Openly available logic templates
Licensed Templates	Paid templates for which deployment access is granted
Pay-as-you-Deploy	Usage-based billing per deployment from selected templates

All templates are version-controlled and maintained through GearUp’s secure registry system.

Each template block includes metadata such as:

• Version history

• Compatibility matrix

• Audit status (manual or AI-reviewed)

• Deployment count analytics

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🔍 Deployment Metadata Logging

Every deployed contract is logged with:

• Template version ID

• Block configuration hash

• Deployer wallet address

• Deployment time and checksum

• Gas usage report (optional)

{
  "template": "LiquidityStrategy@2.1.0",
  "deployer": "0xABCD...1234",
  "checksum": "0xdeadbeef",
  "timestamp": 1715000000,
  "gasUsed": 248332
}

These logs support transparency, reproducibility, and analytics tracking, and are accessible via the user's dashboard.

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GearUp Studio is purpose-built for individuals to bring their DeFi ideas to life—without needing to write a single line of code. Build, test, and launch with visual logic and verified smart contract infrastructure. Secure, modular, and truly user-first.