Bookinge Hotel Booking System SQL Injection Scanner

Bookinge Hotel Booking System is a comprehensive software solution developed by Projectworlds for managing reservations in hotels. Companies in the hospitality industry widely use this system to streamline their booking processes, enhance customer experiences, and improve operational efficiency. The system facilitates online reservations, room allocations, and guest management, making it a critical component in day-to-day hotel operations. Customers can easily browse, select rooms, and make payments through a user-friendly interface. The software is designed to handle transactions securely, ensuring customer data protection. Agencies and hotel proprietors favor it for its reliability and comprehensive feature set, enabling better management of reservations, resources, and customer feedback.

SQL Injection is a common type of injection attack where an attacker is able to execute arbitrary SQL code on a database. The vulnerability in the Bookinge Hotel Booking System allows an attacker to exploit weaknesses in the SQL database interface of the booking system. This is often a result of the system not sufficiently validating input in the roomname parameter before executing SQL commands. Successful exploitation can allow attackers unauthorized access to sensitive data, and potentially gain administrative control over the application's backend database. SQL Injection can lead to various issues including data leaks, unauthorized database modification, and sometimes even remote code execution. Preventing SQLi attacks involves implementing best coding practices and adhering to secure software development principles. SQL Injection vulnerabilities have persistently been part of the OWASP Top Ten Application Security Risks.

The technical aspect of this vulnerability lies in the improper handling of SQL query creation and input validation within the application. The lack of binding the user input parameter 'key' results in malformed queries that attackers can utilize to alter the database operations. Exploiting the flaw typically involves techniques like union-based or error-based injection to gather information from the database. The highlighted dsl condition aims at detecting the SQL Injection through response behavior such as status codes and specific hash values resulting from the MD5 function. Typically, forming an injection attack involves using payloads that alter the original SQL logic to bypass authentication or damage the database integrity. Both dynamic execution and conditions in the queries play a role in such attacks.

When exploited, this vulnerability can expose severe consequences impacting the integrity, confidentiality, and availability of the system. Malicious actors can read, modify, or delete sensitive application data from the database. It can lead to customer information being compromised, unauthorized transactions being made, or even complete service disruption. Organisations risk losing customer trust, suffering financial loss, and facing regulatory penalties due to non-compliance. Attackers might leverage this access to execute further attacks on other system components or network systems. The extent of possible damage heavily depends on the system's environment, configurations, and exposed query surfaces to an attacker. Data exfiltration, service interruptions, and reputational damage are some of the significant effects businesses could experience following an SQL Injection breach.

REFERENCES

• https://projectworlds.in/free-projects/php-projects/2777-2/