SQL injection is a major issue for all database-driven websites. An attack can be attempted on any normal website or software package based on how it is used and how it processes user supplied data. SQL injection can be used to implement the following attacks: The different types of steganography are as follows: Authentication Bypass: Using this attack, an attacker logs onto an application without providing a valid username and password, and gains administrative privileges. Authorization Bypass: Using this attack, an attacker alters authorization information stored in the database by exploiting an SQL injection vulnerability. Information Disclosure: Using this attack, an attacker obtains sensitive information that is stored in the database. Compromised Data Integrity: Using this attack, an attacker defaces a web page, inserts malicious content into web pages, or alters the contents of a database. Compromised Availability of Data: Using this attack, an attacker deletes the database information, delete logs, or audit information stored in a database. Remote Code Execution: Using this attack, an attacker compromises the host OS. The different types of SQL injection are as follows: An attacker intentionally inserts bad inputs into an application, causing it to return database errors. The attacker reads the resulting database-level error messages to find an SQL injection vulnerability in the application. In a UNION SQL injection, an attacker combines a forged query with a query requested by the user using a UNION clause. The result of the forged query will be appended the result of the original query, which makes it possible to obtain the values of fields from other tables. In blind/inferential injection, the attacker has no error messages from the system to work on. Instead, the attacker simply sends a malicious SQL query to the database. Boolean-based blind SQL injection is performed by asking the right questions to the application database. Multiple valid statements evaluated as true or false are supplied in the affected parameter in the HTTP request.

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Each challenge includes a set of distinct challenge flags, in order to solve the flags you must perform a variety of procedures in the target environment including basic host discovery, service discovery, vulnerability analysis, attack procedures, privilege escalation, and more.

Please note, this is not a learning lab. Skill packs are designed intentionally with challenges, puzzles, and preconfigured targets that will test your ability to identify, analyze, exploit, and own the targets. If you are new to Cyber and have never participated in a cyber challenge or competition, Skill packs may be too advanced. So, feel free to browse our learning products if this describes you, however, if you are ready for a challenge, enjoy solving complex puzzles and testing your limits, CyberQ challenges are a great way to hone your trade craft.

SQL Injection Techniques Skill Pack

This Skill Pack will challenge your skills in salient web application hacking and penetration testing techniques including; Remote Code Execution, Local File Inclusion (LFI), SQL Injection, Arbitrary File Upload, Directory Traversal, Web Application Enumeration, Command Injection, Remote Buffer Overflow, Credential Attack, Shell Injection, and SSH Bruteforce Attacks.

Each challenge contains a fully designed target network with live virtual machines, servers, web hosts, and vulnerable sites and applications. Launching a challenge will open the CyberQ Console and safely connect you to our live attack environment right through your browser. Depending on the challenge, you will land in your attack machine, either Kali or Parrot, where you will have instant access to the full suite of attack tools required to carry out your challenge. Targets are preconfigured with host and application vulnerabilities which you will uncover as you progress through the challenges. CyberQ is a fully automated Cyber Range platform providing you with a self-driven ‘Capture-the-flag‘ experience in each challenge. 

Gain direct hands-on practical experience on Industry’s leading Cyber Range Platform – CyberQ. Successful Completion of this Web Application Hacking and Penetration Testing Skill Pack will gain you Job-ready Cyber skills and execution efficiency against cyber challenges.

10 Fully Developed Cyber Challenges

30 Hours of Range Time

Hands-on Experiences with Immersive Scenarios
Designed for Deep Learning by Cyber Experts
Latest Threats, Vulnerabilities and Techniques
Practical Application of Skills on Cutting-edge Cyber Range
Skills Feedback with Every Exercise
Fully Loaded Attack Platform
Preconfigured Live targets and vulnerable Hosts, Sites, and Applications “down-range”

Purchasing this product will activate the Skill Pack in your CyberQ Account providing up to three- one hour attempts for each challenge. Please first, Register for our leading Cyber Range platform – CyberQ.

@ $99.99

About SQL Injection Skill Pack

SQL injection attacks use a series of malicious SQL queries or SQL statements to manipulate the database directly. An application often uses SQL statements to authenticate users to the application, validate roles and access levels, store and obtain information for the application and user, and link to other data sources. SQL injection attacks work because the application does not properly validate an input before passing it to an SQL statement.

SQL injection is a major issue for all database-driven websites. An attack can be attempted on any normal website or software package based on how it is used and how it processes user supplied data. SQL injection can be used to implement the following attacks:
The different types of steganography are as follows:

Authentication Bypass: Using this attack, an attacker logs onto an application without providing a valid username and password, and gains administrative privileges.
Authorization Bypass: Using this attack, an attacker alters authorization information stored in the database by exploiting an SQL injection vulnerability.
Information Disclosure: Using this attack, an attacker obtains sensitive information that is stored in the database.
Compromised Data Integrity: Using this attack, an attacker defaces a web page, inserts malicious content into web pages, or alters the contents of a database.
Compromised Availability of Data: Using this attack, an attacker deletes the database information, delete logs, or audit information stored in a database.
Remote Code Execution: Using this attack, an attacker compromises the host OS.

The different types of SQL injection are as follows:

An attacker intentionally inserts bad inputs into an application, causing it to return database errors. The attacker reads the resulting database-level error messages to find an SQL injection vulnerability in the application.
In a UNION SQL injection, an attacker combines a forged query with a query requested by the user using a UNION clause. The result of the forged query will be appended the result of the original query, which makes it possible to obtain the values of fields from other tables.
In blind/inferential injection, the attacker has no error messages from the system to work on. Instead, the attacker simply sends a malicious SQL query to the database.
Boolean-based blind SQL injection is performed by asking the right questions to the application database. Multiple valid statements evaluated as true or false are supplied in the affected parameter in the HTTP request.

SQL Injection Techniques Covered in the Skill Pack:

Gain related NICE skills for Steganography

S0001

Skill in conducting vulnerability scans and recognizing vulnerabilities in security systems.

S0009

Skill in assessing the robustness of security systems and designs.

S0044

Skill in mimicking threat behaviors.

S0051

Skill in the use of penetration testing tools and techniques.

S0137

Skill in conducting application vulnerability assessments.

S0364

Skill to develop insights about the context of an organization’s threat environment.

Related Job Roles for SQL Injection

Blue Team Technician
Red Team Technician
Computer Network Defense (CND) Auditor
Ethical Hacker
Information Security Engineer
Internal Enterprise Auditor

Penetration Tester
Network Security Engineer
Technical Surveillance Countermeasures Technician
Reverse Engineer
Risk/Vulnerability Analyst
Vulnerability Manager

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