Critical Security Flaw: Hardcoded Credentials Exposed in main.py Codebase

A critical security vulnerability has been discovered within the main.py source code, where sensitive usernames and passwords are embedded directly into the codebase as hardcoded credentials. This practice fundamentally exposes the system's most sensitive access points, leaving them completely unprotected if the repository is ever compromised. The credentials are not just stored insecurely; they are written in plain text within the application's core logic, making them trivial to extract by any attacker who gains access to the code.

The vulnerability centers on the `main.py` file, which contains these hardcoded secrets. This is a severe architectural flaw, as it bypasses all standard security protocols for credential management. Instead of using secure methods like environment variables, configuration files outside version control, or dedicated secrets vaults, the application relies on credentials that are permanently and visibly part of its source. This means that anyone with read access to the repository—whether through a leak, a misplaced backup, or an internal mistake—instantly gains the keys to the system.

This exposure creates a direct pathway for a full system compromise and potential data breach. Attackers would not need to exploit a complex software bug; they could simply read the credentials and authenticate as a legitimate user. The risk extends to any service or database these credentials protect. The immediate recommendation is to urgently remove all hardcoded secrets from main.py and migrate to a secure credential management system, as the current state represents an unacceptable and easily preventable security failure.