CVE-2021-42667 — AI Deep Analysis Summary

🚨 **Essence**: SQL Injection (SQLi) in 'Engineers Online Portal'. 💥 **Consequences**: Attackers manipulate SQL queries via the 'id' parameter. This allows extraction of sensitive data from the database.…

🛡️ **Root Cause**: Improper input validation in the 'Event management' module. 🔍 **Flaw**: The 'id' parameter in the 'USER' view page is not sanitized.…

📦 **Affected Product**: Engineers Online Portal (Online Event Booking and Reservation System). 📌 **Version**: Specifically **v2.3.0**. 🌐 **Tech Stack**: PHP, MySQL, HTML/CSS/JS. 🖥️

🕵️ **Attacker Actions**: 1. **Data Theft**: Extract sensitive info from the database (user creds, personal data). 📂 2. **Data Manipulation**: Modify or delete records. 🗑️ 3.…

📉 **Threshold**: **LOW**. 🔑 **Auth**: No authentication required mentioned for the vulnerable endpoint. 🚪 ⚙️ **Config**: Direct URL manipulation needed. Easy to trigger.…

🔥 **Public Exploit**: **YES**. 📂 **PoC Available**: GitHub repos exist (e.g., `0xDeku/CVE-2021-42667`). 🤖 **Automated**: Nuclei templates available for scanning.…

🔍 **Self-Check**: 1. Scan for the specific URL pattern: `/event-management/views/?v=USER&ID=`. 2. Use SQLi scanners (SQLmap, Nuclei) against the 'id' parameter. 3. Look for error-based or blind SQLi responses.…

🩹 **Official Patch**: **UNKNOWN** from provided data. 📝 **Note**: The vulnerability is in an open-source project (SourceCodester). No official vendor patch is listed in the CVE data.…

🛡️ **Workaround**: 1. **Input Validation**: Sanitize the 'id' parameter strictly (integer check). 🔢 2. **WAF**: Block SQLi patterns in the 'id' parameter. 🚧 3.…

🚨 **Urgency**: **HIGH**. ⚡ **Reason**: SQLi is critical. Data breach risk is immediate. RCE potential is severe. 📅 **Published**: Nov 2021 (Still relevant for unpatched legacy systems).…