Havij 1.16 is an automated SQL Injection (SQLi) penetration testing tool designed to help security professionals identify and exploit SQL injection vulnerabilities on web applications. While older and largely superseded by more modern tools like
, it remains a well-known name in the field for its user-friendly graphical interface (GUI). Overview of Havij 1.16
Developed by Iranian security researchers (ITSector), Havij—which means "carrot" in Persian—automates the process of fetching data from a vulnerable database. It supports various database management systems (DBMS), including MySQL, MSSQL, MS Access, Oracle, and PostgreSQL Core Functionalities Automated Detection
: Automatically identifies if a target URL is vulnerable to SQL injection. Database Fingerprinting : Detects the type and version of the backend database. Data Extraction
: Can retrieve table names, column names, and the data stored within them (such as user credentials). Bypassing Filters
: Includes features to bypass simple Web Application Firewalls (WAFs) or basic input sanitization. Dump to File
: Allows users to save extracted data directly into local files for analysis. Typical Workflow Target Selection : The user enters a target URL (e.g., Havij 1.16
Havij 1.16 is a classic, automated SQL injection (SQLi) tool that became a staple in the cybersecurity world for its "point-and-click" simplicity. Developed by
, it was designed to help penetration testers (and unfortunately, script kiddies) identify and exploit vulnerabilities in web applications with minimal manual effort. Why "Havij"? The name "Havij" means
in Persian. This is a playful nod to its function: the tool "digs" into a database to pull out information, much like a person pulling a carrot from the ground. Key Features of Version 1.16
Version 1.16 was one of the most stable and popular releases before the tool's official development slowed down. Its draw was its high success rate in: Database Fingerprinting:
It could automatically detect the type of database (MySQL, MSSQL, Oracle, PostgreSQL, etc.) and its version. Automated Data Extraction:
Once a vulnerability was found, it could retrieve table names, columns, and even dump entire user databases with a single click. Bypassing Security: Havij 1
It featured built-in methods to bypass common Web Application Firewalls (WAFs) and basic sanitization filters. Admin Page Discovery:
It included a "Google Dorking" style feature to locate hidden administrative login pages. Its Place in Cybersecurity History
Havij represents a specific era of the internet where web security was often overlooked. While it was a powerful educational tool for white-hat hackers to learn about Vulnerability Assessment and Penetration Testing (VAPT)
, it also lowered the barrier for malicious attacks, forcing developers to adopt better coding practices like prepared statements parameterized queries
Today, Havij is largely considered a "legacy" tool. Modern security scanners and manual exploitation techniques have surpassed it, but it remains a legendary name in the history of automated exploitation software.
Web Application Safety by Penetration Testing - ResearchGate Disable xp_cmdshell on MSSQL
Later versions (1.17, 1.19, 2.0) introduced bugs, bloatware, or cracked licensing. Version 1.16 was the last "pure" release that worked seamlessly without mandatory updates or malware bundling.
xp_cmdshell on MSSQL.FILE privilege from MySQL web application users.Once the scan is complete, Havij will display the results, including identified vulnerabilities and potential attack vectors.
Havij 1.16 supports multiple injection types:
GROUP BY and HAVING clauses to force the database to output data directly into error messages.UNION SELECT statement to combine legitimate query results with attacker-controlled outputs.AND 1=1 vs AND 1=2) or time delays (WAITFOR DELAY '0:0:5') to infer data bit by bit.Havij 1.16 sends a distinct User-Agent string: Havij/1.16 (SQL Injection Tool). Blocking this string instantly stops non-spoofed attacks.
Click the "Scan" button to initiate the scanning process. Havij will start scanning the web application for vulnerabilities.
The tool queries system tables:
information_schema.tables (MySQL/MSSQL)sys.tables (MSSQL)user_tables (Oracle)It then presents a tree view of databases and tables to the user.