A production trading system for watching wallets, routing swaps, and managing automated blockchain execution.
Traadence's solana copy trade bot is a deployed trading system built for automated wallet tracking and trade replication across Solana and Robinhood Chain. It watches selected traders, social signals, and liquidity activity, then processes approved execution paths through connected blockchain infrastructure. The system is designed around transaction safety, state tracking, and controlled automation rather than manual trade copying.
The architecture uses Solana JSON-RPC documentation, Jupiter Swap API documentation, and ethers.js documentation to communicate with blockchain networks. This allows the bot to monitor events, construct transactions, and maintain execution records across 2 supported ecosystems.
Architecture for a Solana trading platform
A trader copying system needs more than a message listener. It requires event processing, wallet state management, transaction simulation, and failure handling. The application uses Bun and TypeScript for the runtime, Discord interfaces for community alerts, Redis for fast state access, and PostgreSQL for persistent trading records. The discord.js documentation and PostgreSQL documentation describe the foundations used for these application layers.
| Feature | Description |
|---|---|
| Wallet Activity Monitoring | The problem of manually watching multiple traders is removed by tracking configured wallets and processing relevant blockchain events automatically. |
| Multi-Chain Transaction Routing | The difficulty of handling different blockchain transaction models is reduced through dedicated Solana and EVM execution paths. |
| Discord Alert Pipeline | The need to manually share market activity is removed by sending automated community notifications from detected trading events. |
| Liquidity Position Handling | The complexity of managing concentrated liquidity actions is handled through transaction parsing and position state tracking. |
| Execution State Database | The risk of losing transaction history is reduced by storing wallet actions, execution results, and system states in PostgreSQL. |
| Automated Safety Checks | The danger of submitting unchecked transactions is reduced with validation steps before blockchain execution. |
Core Features
The system was built as a live trading application where reliability depends on accurate event handling, transaction records, and controlled execution. Blockchain interactions follow documented network behavior rather than relying on assumptions.
crypto-copy-trader/
├── src/
│ ├── discord/
│ │ ├── alerts.ts
│ │ └── commands.ts
│ ├── chains/
│ │ ├── solana.ts
│ │ └── robinhood.ts
│ ├── execution/
│ │ ├── router.ts
│ │ └── validation.ts
│ └── database/
│ └── models.ts
├── tests/
│ └── execution.spec.ts
├── package.json
└── bun.lockb
Use Cases
- Community trading groups can receive wallet activity alerts without manually tracking every blockchain transaction.
- Token researchers can monitor selected wallets and review replicated execution records across supported networks.
- Automated trading operators can manage swap routing and liquidity actions through a single running application.
How to Copy Trades Using Traadence's solana copy trade bot
Download & Set Up the Project
Download, set up, and install Traadence's solana copy trade bot to get the project running. If you hit any difficulty, contact us here.
Connect Wallet Sources
Open the dashboard configuration and add tracked wallets, Discord channels, and blockchain connection settings.
Configure Execution Rules
Select swap routing options, wallet filters, and transaction parameters exposed by the execution settings.
Run Transaction Processing
Trigger monitoring, then receive alerts, execution records, and stored transaction states from the running bot.
For teams needing additional integrations, custom execution rules, deployment support, or ongoing maintenance, Traadence also provides trading bot development services around automated trading infrastructure.
Transaction reliability depends on network conditions, smart contract behavior, and execution design. The system follows practices such as test coverage before changes, transaction validation, and documented code history. Reference materials include Uniswap developer documentation for EVM liquidity mechanics, Redis documentation for state storage patterns, and Solana's technical platform information at Solana technology resources.
Questions
How does the trading system handle Solana wallet monitoring?
The system monitors configured wallets through Solana network connections and processes relevant activity events. Detected actions are stored, evaluated, and passed into notification or execution workflows based on configured rules.
Can the bot manage liquidity positions on Robinhood Chain?
Yes. The application includes EVM-based transaction handling for liquidity position workflows on Robinhood Chain. It reads transaction data, tracks position states, and uses blockchain libraries to prepare supported actions.
What checks are used before automated transactions are submitted?
Before submission, the system validates transaction inputs, execution conditions, and application state. This approach helps reduce errors caused by stale data, malformed requests, or unexpected blockchain responses.