In the realm of cybersecurity, —also known as Google Hacking—is a powerful technique that uses advanced search operators to find specific strings of text within search results. These queries are used to identify security vulnerabilities, misconfigured websites, and exposed sensitive data.
This directs the search toward websites built on .
When an application accepts a parameter like id and passes it directly to a database query without sanitization or prepared statements, it becomes vulnerable to SQL Injection.
The internet is a dangerous place. The search query inurl:-.com.my index.php id is a reminder that the first step to security is knowing how an attacker sees your website. inurl -.com.my index.php id
Put together, the pattern attempts to find pages whose URLs include “index.php” and “id”, while excluding hosts or pages that include “.com.my”.
Security analysts often look for broad patterns across the web to catalog vulnerable software versions (like old versions of WordPress, Joomla, or custom CMS frameworks). If a researcher is specifically auditing global infrastructure but wants to filter out regional data they have already mapped (such as Malaysia), they use exclusion operators to clean up their dataset. 2. Hunting for SQL Injection (SQLi) Targets
The dork generates a raw list of hundreds of websites utilizing parameterized PHP URLs outside of Malaysia. In the realm of cybersecurity, —also known as
| Operator | Syntax Example | Function | Typical Use Case for the Dork | | :--- | :--- | :--- | :--- | | | inurl:index.php?id= | Searches for specific words within a URL. | Looks for the standard dynamic entry point and the vulnerable parameter. | | site: | site:.com.my | Limits results to a specific domain or TLD. | Though not in the base query, combining site:.com.my ensures strict targeting of Malaysian domains. | | intitle: | intitle:"index of" | Searches within the HTML <title> tag. | Hunts for exposed directory listings containing backup files. | | intext: | intext:"You have an error" | Scans the visible text of the webpage. | Finds sites that are leaking SQL error messages, a clear sign of vulnerability. | | filetype: | filetype:sql | Searches for specific file extensions. | Looks for database dump files ( .sql ) exposed on the server. | | ext: | ext:log | An alternative to filetype: for searching extensions. | Hunts for server logs that might contain admin credentials. | | - (Minus) | -forum | Excludes a specific word from the results. | Removes forum results to focus only on custom index.php applications. | | " " (Quotes) | "DB_PASSWORD=" | Forces an exact phrase match. | Finds exact string matches for configuration variables. |
.my is the country-code top-level domain (ccTLD) for Malaysia.
When an unsuspecting user clicks the link, the script executes in their browser session, potentially stealing session cookies or hijacking accounts. 3. Insecure Direct Object References (IDOR) When an application accepts a parameter like id
This article breaks down what this query does, why it is used, and the security risks it highlights. 1. Breakdown of the Query
SQL Injection occurs when malicious SQL statements are inserted into entry fields for execution. If an application fails to sanitize the id parameter, an attacker can append SQL commands to the URL (e.g., index.php?id=45 UNION SELECT username, password FROM users ). The database executes this modified query, potentially exposing sensitive user data, administrative credentials, or proprietary information. 2. Cross-Site Scripting (XSS)
When attackers use this dork, they are not just randomly searching for any .com.my site. They are executing a highly targeted operation designed to achieve very specific reconnaissance goals.
Here is a story about how these search strings are used to protect the internet. The Digital Detective