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Running Head: DATABASE CYBERSECURITY 1

DATABASE CYBERSECURITY 2

Database Cybersecurity

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Cybersecurity is practices or processes developed to protect data, programs, and networks from attack and damages from hackers or malicious employees. Company databases need protection from such attackers. Database cybersecurity guard products can be used in protecting the database from the attacks. It is used in the detection of data theft by hackers or malicious employees in an organization. It acts as a protection of data of oracle, SQL Server, Sybase, and Informix databases. To capture the entire database queries issued to the database, the Database Cyber Security Guard product utilizes a non-intrusive network sniffing technology. These attacks may be in many forms, such as injections like SQL (Donaldson et al., 2018).

To protect databases from such injections, sqlmap can be used. Sqlmap is an automatic tool used to detect and exploit SQL injections in penetration tests. It is also used in discovering and exploiting attacks that take over databases. SQL is a licensed tool as it uses the open development process, and it is developed in python. It has broad and useful features like database fingerprinting that fetches data from any database, and accesses underlying file system and executes commands from the operating system. It is a very significant detection software in SQL injecting. Therefore, Sqlmap is better and very useful (Abram & Nicholson, 2018).

SQL can be used in a wide range of databases and operating systems. It has very advanced features that enable it to be efficient and effective. Sqlmap's automation is essential to many organizations as it can be used in the exfiltration of data, finding vulnerable forms, and it can be used in a wide range of databases. Sqlmap automation enables it to exfiltrate data. Sqlmap stores the data about the unsafe websites that it has been used to map. That makes it easy to retrieve information about vulnerable sites. Through inputting the required commands, one can find any data concerning the vulnerability of a website. The data is easily exported to an excel document. Moreover, sqlmap has an inbuilt in a hash cracking tool that can be used to unscramble passwords. Therefore, through its automation, an organization can quickly identify the vulnerabilities on its website (Donaldson et al., 2018).

They can identify the loopholes that can be used in stealing data. That enables them to implement the relevant security measures to avoid data theft. Through sqlmap automation, one can easily find a vulnerable form. Sqlmap can be used to find susceptible structures on a website or database automatically. Through sqlmap, a person can identify whether a firewall protects a website or database. One can also identify injectable forms on the site and also identify the databases that are behind the injectable forms. It also identifies the commands that can be used to unlock the injectable forms. Therefore, an organization can identify the databases that are linked with vulnerable input (John Rittinghouse & William M. Hancock, 2003).

Sqlmap supports almost all primary database used in the present days and can detect and exploit SQL injection vulnerabilities. It can also be used to identify the type of commands that can be used to manipulate vulnerable inputs. Therefore, through automation, sqlmap is very useful and efficient detention and intrusion software. With such information, an organization can decide on the measures that it will take to ensure the security of the website and databases. The automation of sqlmap has made it compatible with numerous databases and systems. That makes it more effective in detection (Powner, 2010).

It has also heightened the qualities of the detection tool. It also incorporates numerous switches that can be used in detection. Some of them include executing commands on operating systems using out of band connections, fingerprinting databases, accessing file systems, among others. Such incorporated features are compelling due to automation. It also has the full support of various databases and injection techniques (Shaw, 2006).

In a nutshell, sqlmap automation has helped improve its efficiency and effectiveness. It has enabled the sqlmap to be a useful detection software. It allows the exfiltration of data from databases. It also allows vulnerable forms to be identified on websites. Thus, it helps identify any security threats in a database or a website. Its automation has helped to be fully functional with numerous databases, systems, and injection techniques. Despite advances in database security techniques, databases face many new challenges. Concepts such as the evolution of security concerns, disintermediation of accessing data, new paradigms of computing, and applications like grid-based computing have introduced new contexts to be applied and to improve recent approaches and new security requirements (Donaldson et al., 2018).

References

Abram, T. Z., & Nicholson, D. (2018). undefined. Springer.

Donaldson, S. E., Siegel, S. G., Williams, C. K., & Aslam, A. (2018). Enterprise cybersecurity study guide: How to build a successful Cyberdefense program against advanced threats. Apress.

John Rittinghouse, C., & William M. Hancock, C. (2003). Cybersecurity operations handbook. Digital Press.

Powner, D. A. (2010). Cybersecurity: Key challenges need to be addressed to improve research and development. DIANE Publishing.

Shaw, W. T. (2006). Cybersecurity for SCADA systems. PennWell Books.

Wu, C., & Irwin, J. D. (2016). Introduction to computer networks and cybersecurity. CRC Press.