SQL Injection in Lost & Found Systems: Why Indian SMBs Are at Risk

What Happened

A critical SQL injection vulnerability (CVE-2023-2669) was discovered in SourceCodester's Lost and Found Information System version 1.0. The flaw exists in the admin panel's category viewing functionality—specifically in the admin/?page=categories/view_category endpoint where the id GET parameter is processed without proper sanitization.

An attacker can craft a malicious URL with SQL commands embedded in the id parameter, allowing them to:

1. Extract entire databases (usernames, passwords, personal data)
2. Modify or delete records
3. Bypass authentication
4. Escalate privileges to administrator level

Originally reported by NIST NVD on March 26, 2023 (VDB-228885).

Why This Matters for Indian Businesses

If you're running a Lost and Found Information System—whether it's for a hospital, educational institution, corporate office, or logistics company—this vulnerability directly threatens you. But the implications go far deeper for Indian SMBs:

DPDP Act Compliance Risk

When we reviewed hundreds of Indian SMB security postures at Bachao.AI, I noticed many use open-source or budget software without understanding the compliance implications. A single SQL injection incident can trigger:

1. DPDP investigations
2. Mandatory breach notification (within 72 hours)
3. Regulatory fines
4. Reputational damage

CERT-In 6-Hour Reporting Mandate

CERT-In (Indian Computer Emergency Response Team) requires organizations to report cybersecurity incidents within 6 hours of detection. If your Lost and Found system gets compromised via this SQL injection, you have 360 minutes to:

1. Detect the breach
2. Assess the scope
3. Notify CERT-In
4. Begin remediation

RBI Cybersecurity Framework

If your organization is in the financial services sector or processes payments, RBI's cybersecurity framework mandates regular vulnerability assessments and patch management. An unpatched SQL injection vulnerability is a direct audit failure.

Technical Breakdown

Let me walk you through exactly how this attack works:

The Vulnerable Code Pattern

The Lost and Found system likely contains code similar to this:

<?php
// VULNERABLE CODE - DO NOT USE
$id = $_GET['id'];
$query = "SELECT * FROM categories WHERE id = " . $id;
$result = mysqli_query($connection, $query);
?>

See the problem? The $id parameter is directly concatenated into the SQL query without any validation or prepared statements.

The Attack

An attacker would craft a URL like this:

http://target.com/admin/?page=categories/view_category&id=1 OR 1=1--

This transforms the SQL query into:

SELECT * FROM categories WHERE id = 1 OR 1=1--

The OR 1=1 condition is always true, returning all records instead of just one. The -- comments out the rest of the query.

A more sophisticated attacker would use:

id=1 UNION SELECT user(), database(), version(), 4--

This extracts the database user, database name, and MySQL version in a single query.

Attack Flow Diagram

Real-World Exploitation Timeline

How to Protect Your Business

Immediate Actions (Do These Today)

1. Update or Remove the Vulnerable Software

If you're using SourceCodester Lost and Found Information System 1.0:

# Check if the software is running
ps aux | grep -i "lost.*found\|php\|apache"

# Check for the vulnerable endpoint
curl -I "http://localhost/admin/?page=categories/view_category&id=1"

# If vulnerable, immediately take the service offline
sudo systemctl stop apache2  # or nginx

2. Implement Input Validation (Temporary Fix)

If you can't immediately update, add validation:

<?php
// SECURE CODE - Use Prepared Statements
$id = $_GET['id'];

// Validate input is numeric
if (!is_numeric($id)) {
    die('Invalid category ID');
}

// Use prepared statements (BEST PRACTICE)
$stmt = $connection->prepare("SELECT * FROM categories WHERE id = ?");
$stmt->bind_param("i", $id);
$stmt->execute();
$result = $stmt->get_result();
?>

3. Check for Signs of Compromise

# Check web server logs for SQL injection attempts
grep -i "union\|select\|or 1=1\|--" /var/log/apache2/access.log | head -20

# Check for suspicious database queries
mysql -u root -p -e "SHOW PROCESSLIST;" | grep -i "union\|select"

# Check for unauthorized admin accounts
mysql -u root -p -e "SELECT * FROM users WHERE role='admin';" your_database;

Long-Term Security Strategy

1. Use Parameterized Queries (All Languages)

Python (Django/Flask):

from django.db import connection

# SECURE: Parameterized query
category_id = request.GET.get('id')
with connection.cursor() as cursor:
    cursor.execute("SELECT * FROM categories WHERE id = %s", [category_id])
    results = cursor.fetchall()

Node.js (Express):

// SECURE: Using parameterized queries with mysql2
const mysql = require('mysql2/promise');

const connection = await mysql.createConnection({
  host: 'localhost',
  user: 'root',
  password: 'password',
  database: 'mydb'
});

const categoryId = req.query.id;
const [rows] = await connection.execute(
  'SELECT * FROM categories WHERE id = ?',
  [categoryId]
);

2. Web Application Firewall (WAF)

Deploy ModSecurity to block SQL injection patterns:

# Install ModSecurity on Apache
sudo apt-get install libapache2-mod-security2

# Enable the module
sudo a2enmod security2

# Copy OWASP Core Rule Set
sudo cp /usr/share/modsecurity-crs/rules/REQUEST-942-CORE-RULE-SET.conf /etc/apache2/modsec/

# Restart Apache
sudo systemctl restart apache2

3. Database Hardening

-- Create a limited-privilege user for the application
CREATE USER 'app_user'@'localhost' IDENTIFIED BY 'strong_password';

-- Grant only necessary permissions
GRANT SELECT, INSERT, UPDATE ON mydb.* TO 'app_user'@'localhost';

-- Revoke dangerous permissions
REVOKE ALL PRIVILEGES ON *.* FROM 'app_user'@'localhost';

-- Never use root for application queries
FLUSH PRIVILEGES;

4. Regular Security Scanning

# Use OWASP ZAP to scan for SQL injection vulnerabilities
zap-cli quick-scan --self-contained --start-options '-config api.disablekey=true' http://your-app.com

# Use SQLmap to test for SQL injection
sqlmap -u "http://your-app.com/admin/?page=categories/view_category&id=1" \
       --dbs \
       --batch \
       --risk=1 \
       --level=1

The Bottom Line

CVE-2023-2669 is a critical vulnerability, but it's also completely preventable. The fix is simple: use prepared statements. The challenge is that many Indian SMBs don't have the security expertise or tools to identify these issues before attackers do.

That's why we built Bachao.AI. We've automated the detection, provided the remediation, and made compliance manageable for businesses that can't afford a dedicated security team.

If you're using any open-source or budget software—especially for sensitive functions like Lost and Found systems, inventory management, or HR—you're at risk. Not just from attackers, but from regulatory fines under DPDP and CERT-In mandates.

Take action today:

1. Scan your systems — Book a free VAPT scan to identify vulnerabilities
2. Assess compliance — Check your DPDP readiness
3. Implement monitoring — Get real-time attack detection
4. Plan for incidents — Ensure you can meet CERT-In's 6-hour reporting deadline

This article was written by Shouvik Mukherjee, Founder & CEO of Bachao.AI. We analyze cybersecurity incidents daily to help Indian businesses stay protected. Book your free security scan today and get a detailed vulnerability report within 24 hours.

Have you encountered SQL injection vulnerabilities in your systems? Share your experience in the comments below.

Written by Shouvik Mukherjee, Founder & CEO of Bachao.AI. Follow me on LinkedIn for daily cybersecurity insights for Indian businesses.

How Bachao.AI Helps Detect SQL Injection

Bachao.AI by Dhisattva AI Pvt Ltd runs automated SQL injection tests across your web applications using 200+ payload variations — including classic, blind, time-based, and error-based injection techniques. Our platform maps findings to DPDP Act compliance requirements and generates CERT-In aligned incident reports.

Frequently Asked Questions

What is SQL injection? SQL injection is an attack where malicious SQL code is inserted into an input field, manipulating the database query to return unauthorized data, bypass authentication, or execute commands. It remains OWASP's #1 web application security risk.

Why does this affect Indian SMBs particularly? Indian SMBs commonly use affordable open-source or locally-developed management systems that lack security audits. These applications often use direct string concatenation for SQL queries rather than prepared statements, making them trivially exploitable. DPDP Act violations from resulting breaches can be severe.

How can my organization mitigate SQL injection risks? Replace all string-concatenated SQL queries with parameterized queries or prepared statements. Deploy a Web Application Firewall (WAF) with OWASP Core Rule Set rules. Conduct regular VAPT scans to detect injection points before attackers find them.

Protect your business with Bachao.AI — India's automated vulnerability assessment and penetration testing platform. Get a comprehensive security scan of your web applications and infrastructure. Visit Bachao.AI to get started.