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ISC CAP日本語認定試験の出題範囲：

トピック	出題範囲
トピック 1	Parameter Manipulation Attacks: This section examines how web security testers detect and prevent parameter manipulation attacks, where attackers modify parameters exchanged between client and server to exploit vulnerabilities.
トピック 2	SQL Injection: Here, database administrators are evaluated on their understanding of SQL injection attacks, where attackers exploit vulnerabilities to execute arbitrary SQL code, potentially accessing or manipulating database information.
トピック 3	Business Logic Flaws: This part evaluates how business analysts recognize and address flaws in business logic that could be exploited to perform unintended actions within an application.
トピック 4	Understanding of OWASP Top 10 Vulnerabilities: This section measures the knowledge of security professionals regarding the OWASP Top 10, a standard awareness document outlining the most critical security risks to web applications.
トピック 5	XML External Entity Attack: This section assesses how system architects handle XML external entity (XXE) attacks, which involve exploiting vulnerabilities in XML parsers to access unauthorized data or execute malicious code.
トピック 6	Code Injection Vulnerabilities: This section measures the ability of software testers to identify and mitigate code injection vulnerabilities, where untrusted data is sent to an interpreter as part of a command or query.
トピック 7	Privilege Escalation: Here, system security officers are tested on their ability to prevent privilege escalation attacks, where users gain higher access levels than permitted, potentially compromising system integrity.
トピック 8	Brute Force Attacks: Here, cybersecurity analysts are assessed on their strategies to defend against brute force attacks, where attackers attempt to gain unauthorized access by systematically trying all possible passwords or keys.
トピック 9	Encoding, Encryption, and Hashing: Here, cryptography specialists are tested on their knowledge of encoding, encryption, and hashing techniques used to protect data integrity and confidentiality during storage and transmission.
トピック 10	Security Best Practices and Hardening Mechanisms: Here, IT security managers are tested on their ability to apply security best practices and hardening techniques to reduce vulnerabilities and protect systems from potential threats.
トピック 11	Security Headers: This part evaluates how network security engineers implement security headers in HTTP responses to protect web applications from various attacks by controlling browser behavior.
トピック 12	Cross-Site Scripting: This segment tests the knowledge of web developers in identifying and mitigating cross-site scripting (XSS) vulnerabilities, which can enable attackers to inject malicious scripts into web pages viewed by other users.
トピック 13	Information Disclosure: This part assesses the awareness of data protection officers regarding unintentional information disclosure, where sensitive data is exposed to unauthorized parties, compromising confidentiality.
トピック 14	Cross-Site Request Forgery: This part evaluates the awareness of web application developers regarding cross-site request forgery (CSRF) attacks, where unauthorized commands are transmitted from a user that the web application trusts.:
トピック 15	Symmetric and Asymmetric Ciphers: This part tests the understanding of cryptographers regarding symmetric and asymmetric encryption algorithms used to secure data through various cryptographic methods.
トピック 16	Vulnerable and Outdated Components: Here, software maintenance engineers are evaluated on their ability to identify and update vulnerable or outdated components that could be exploited by attackers to compromise the system.
トピック 17	Securing Cookies: This part assesses the competence of webmasters in implementing measures to secure cookies, protecting them from theft or manipulation, which could lead to unauthorized access.
トピック 18	Insecure Direct Object Reference (IDOR): This part evaluates the knowledge of application developers in preventing insecure direct object references, where unauthorized users might access restricted resources by manipulating input parameters.
トピック 19	Server-Side Request Forgery: Here, application security specialists are evaluated on their ability to detect and mitigate server-side request forgery (SSRF) vulnerabilities, where attackers can make requests from the server to unintended locations.
トピック 20	Authentication-Related Vulnerabilities: This section examines how security consultants identify and address vulnerabilities in authentication mechanisms, ensuring that only authorized users can access system resources.
トピック 21	TLS Security: Here, system administrators are assessed on their knowledge of Transport Layer Security (TLS) protocols, which ensure secure communication over computer networks.
トピック 22	Password Storage and Password Policy: This part evaluates the competence of IT administrators in implementing secure password storage solutions and enforcing robust password policies to protect user credentials.
トピック 23	Security Misconfigurations: This section examines how IT security consultants identify and rectify security misconfigurations that could leave systems vulnerable to attacks due to improperly configured settings.
トピック 24	Input Validation Mechanisms: This section assesses the proficiency of software developers in implementing input validation techniques to ensure that only properly formatted data enters a system, thereby preventing malicious inputs that could compromise application security.
トピック 25	Directory Traversal Vulnerabilities: Here, penetration testers are assessed on their ability to detect and prevent directory traversal attacks, where attackers access restricted directories and execute commands outside the web server's root directory.
トピック 26	Common Supply Chain Attacks and Prevention Methods: This section measures the knowledge of supply chain security analysts in recognizing common supply chain attacks and implementing preventive measures to protect against such threats.
トピック 27	TLS Certificate Misconfiguration: This section examines the ability of network engineers to identify and correct misconfigurations in TLS certificates that could lead to security vulnerabilities.