Easy Payment USDT: Open-Source Cross-Platform TRC20 USDT Payment Middleware

Epusdt (Easy Payment USDT) is a lightweight, open-source, and private-deployable USDT payment middleware built with Go. Designed for developers and website owners, it enables seamless integration of TRC20-based USDT payments into any system through a simple HTTP API. With minimal dependencies — only MySQL and Redis — Epusdt streamlines the process of receiving and verifying USDT transactions securely and efficiently.

Whether you're running an e-commerce platform, digital service, or membership site, Epusdt empowers you to accept USDT payments directly into your own wallet, without third-party fees or compliance hurdles.

👉 Discover how to integrate secure, scalable cryptocurrency payments today.

🔍 Why Choose Epusdt for USDT Payments?

In today’s fast-evolving digital economy, businesses are increasingly turning to blockchain-based payment solutions for faster settlements, lower costs, and global accessibility. Epusdt stands out as a developer-friendly, self-hosted solution that puts full control in your hands.

Built using the high-performance Go language, Epusdt supports cross-platform deployment on both x86 and ARM architectures across Windows and Linux environments. This flexibility ensures compatibility with a wide range of hosting setups — from cloud servers to local machines.

The core advantage? Full ownership and privacy. Unlike third-party payment gateways, Epusdt allows you to operate independently. All transactions flow directly into your designated TRC20 wallet, eliminating intermediaries and associated fees.

Core Keywords:

• USDT payment middleware
• TRC20 payment integration
• Open-source cryptocurrency payment
• Self-hosted USDT solution
• Go-based blockchain payment
• Private deployment crypto payment
• HTTP API for USDT
• Decentralized payment system

🛠️ Key Features of Epusdt

Epusdt is engineered for simplicity, performance, and reliability. Here's what makes it a powerful choice:

• Private Deployment: Run the entire system on your own server. No risk of fund tampering or transaction censorship.
• Cross-Platform Support: Thanks to Go’s compilation capabilities, Epusdt works seamlessly on both x86 and ARM chips, whether on Linux or Windows.
• Multi-Wallet Load Balancing: Distribute incoming payments across multiple wallet addresses to increase concurrency and reduce collision risks.
• Asynchronous Queue Processing: Ensures fast response times and high throughput under heavy load.
• Minimal Dependencies: Requires only MySQL for data persistence and Redis for real-time state management.
• HTTP API Integration: Easily connect with existing systems regardless of the backend technology (PHP, Node.js, Python, etc.).
• Telegram Bot Integration: Receive instant payment notifications via Telegram for better monitoring and user support.

These features make Epusdt ideal for developers who value autonomy, speed, and transparency in their payment infrastructure.

📁 Project Structure Overview

Understanding the architecture helps streamline setup and customization:

Epusdt
 ├── plugins       → Pre-built integrations (e.g., Dujiaoka)
 ├── src           → Core application logic
 ├── sdk           → Client-side SDKs for integration
 ├── sql           → Database schema and migration scripts
 └── wiki          → Documentation and setup guides

This modular design promotes easy maintenance and extensibility. Developers can add new plugins or modify behavior without touching the core engine.

📘 Setup & Integration Guide

Getting started with Epusdt is straightforward. The project provides comprehensive documentation tailored to different deployment preferences:

• For Beginners Using宝塔 (BT Panel): Follow the step-by-step guide to deploy Epusdt within the宝塔 environment — perfect for those who prefer visual server management.
  👉 Learn how to run Epusdt on宝塔 with ease.
• Manual Deployment: Ideal for advanced users seeking full control over configuration and security settings.
• Developer API Docs: Detailed specifications for integrating Epusdt into custom applications using HTTP requests.
• PHP + HTML Quick Start: A rapid integration path using the community-developed PHPAPI-for-epusdt wrapper.

All guides are hosted in the official wiki, ensuring up-to-date instructions and troubleshooting tips.

✅ Supported Systems & Plugins

Epusdt already integrates with popular platforms like Dujiaoka (独角数卡) — a widely used digital goods sales system in China. This plugin allows immediate acceptance of USDT payments without writing custom code.

More integrations are expected as the community grows, making Epusdt a future-proof choice for expanding your crypto payment options.

🔁 How Epusdt Works: Behind the Scenes

Epusdt operates by continuously monitoring the TRC20 network for incoming USDT transfers to your configured wallet addresses. It uses public TRON APIs or private nodes to detect on-chain transactions in real time.

Here’s a simplified breakdown of its transaction resolution logic:

1. A customer initiates a payment of 20.05 USDT.
2. The system checks a Redis hash table to see if wallet_address:20.05 is already reserved.
3. If available, the amount is locked to that address for 10 minutes and returned to the user.
4. If another concurrent request occurs with the same amount, Epusdt increments the required sum by 0.0001 USDT (e.g., 20.0501), avoiding collisions.
5. This incrementing continues up to 100 attempts, ensuring unique payment amounts during high traffic.
6. A background listener monitors all connected wallets. When an incoming transfer matches a pending amount exactly, the system triggers a success callback to your application.

This elegant mechanism prevents double-spending issues and ensures accurate order fulfillment — all without requiring on-chain smart contracts or complex setups.

❓ Frequently Asked Questions (FAQ)

Q: Is Epusdt free to use?
A: Yes. Epusdt is fully open-source under the GPLv3 license. There are no licensing fees, hidden charges, or premium tiers.

Q: Do I need technical expertise to run Epusdt?
A: Basic server management skills are recommended, especially for manual deployment. However,宝塔 users can follow visual guides with minimal CLI usage.

Q: Can I get official technical support?
A: No paid or private support is offered. The developer does not provide one-on-one assistance via Telegram or other channels. Beware of impersonators offering "lifetime support" — these are scams.

Q: Is my wallet secure when using Epusdt?
A: Yes. Since it's self-hosted, your private keys never leave your infrastructure. Only public wallet addresses are exposed for receiving payments.

Q: Does Epusdt work with networks other than TRC20?
A: Currently, only TRC20 is supported. Future versions may expand to include BEP20 or ERC20 networks based on community demand.

Q: Can I customize the callback behavior?
A: Absolutely. The HTTP API allows full control over success/failure callbacks, enabling integration with order systems, CRM tools, or notification services.

⚠️ Security Advisory & Anti-Fraud Notice

⚠️ Important Warning: There have been reports of fake Telegram accounts impersonating the project author to offer fraudulent "technical support" services.

Please note:

• The official Telegram handle is linux0101.
• The author never initiates private messages or offers paid support.
• The project is completely free and open-source under GPLv3.
• Any unsolicited contact claiming otherwise is a scam.

Always verify identities before engaging in discussions related to Epusdt.

👉 Stay protected — learn how secure blockchain transactions should work.

💬 Community & Support Channels

While individual support isn’t provided, active community forums offer valuable peer assistance:

• Official Channel: t.me/epusdt – Announcements and updates
• Discussion Group: t.me/epusdt_group – User help and troubleshooting

Participate to share insights, report bugs, or contribute improvements.

🧾 Disclaimer & Legal Notice

Epusdt is released strictly for educational and research purposes. It must not be used in violation of laws in any jurisdiction, including but not limited to China (including Taiwan Province).

As an open-source project:

• The author does not control how users deploy or monetize the software.
• No responsibility is assumed for illegal usage or financial losses incurred during operation.
• Blockchain tokens referenced are for learning only; the developer does not endorse speculative trading, mining, ICOs, or unregulated financial activities.

Use this tool responsibly and in compliance with local regulations.

☕ Support the Project

If Epusdt has helped your project or business grow, consider showing appreciation with a small donation:

TRC20 USDT Donation Address: TNEns8t9jbWENbStkQdVQtHMGpbsYsQjZK

Your contribution helps sustain ongoing development and community maintenance — entirely voluntary and never required.

Epusdt represents a powerful step toward decentralized, self-sovereign payment processing. By combining ease of use with robust technical design, it empowers developers to build truly independent financial systems — one USDT transaction at a time.