Our system is designed for both speed and safety. We have two distinct paths depending on whether you need a message sent Right Now or in Bulk.
Think of this like an Express Courier. Used for critical data that cannot wait.
Think of this like a Sorting Office. Used for reaching thousands safely.
Don't worry about the complex code—here is the simple journey of a message from your screen to the customer's phone.
graph TD
A[Frontend: You type message] -->|POST Request| B[Backend: Receive Data]
B --> C{Which Type?}
C -->|Single| D[Instant Send: 1-3s]
C -->|Bulk| E[Save to Queue Database]
E --> F[Background Service Loop]
F --> G[Wait 30 Seconds]
G --> H[Human Simulation: Typing...]
H --> I[Send Message]
I -->|More Left?| F
I -->|All Done| J[Finish Campaign]
style D fill:#22d3ee,stroke:#fff,color:#000
style H fill:#facc15,stroke:#fff,color:#000
style I fill:#10b981,stroke:#fff,color:#000
We use industry-standard libraries to ensure compatibility and reliability.
WhatsApp doesn't have a public API for everything. We use Puppeteer (a headless browser) to run a hidden instance of WhatsApp Web on the server. This allows us to sync with your actual phone session using a QR code.
WhatsApp hates bots. To keep your account from being banned, we built "Human Simulation" logic directly into the code.
Before every message, the server shows "Typing..." in the chat window for 3 to 6 seconds. This looks natural to WhatsApp's security systems.
We never send 100 messages at once. We send one, then wait for a random amount of time (20 to 50 seconds) before the next one.
After reaching 20 messages, the system takes a "Coffee Break" for 5 minutes. This ensures no high-speed activity triggers a ban.
Whether you're sending one invoice or 5,000 marketing messages, our architecture handles it with ease. By segregating Instant and Queued flows, we ensure stability even under heavy load.
The architectural patterns, diagrams, and logic described in this guide represent a conceptual flow and core technical idea only.
This documentation is intended for informational and educational purposes to demonstrate automation logic. It is not a complete, "plug-and-play" production system.
All coding, security hardening, and final implementation must be performed independently by the developer. You are responsible for the accuracy and integrity of your own code.
Usage of automation tools is at your own risk. The author is not liable for any account bans, data loss, or damages resulting from the use or misuse of these concepts.