A) Long ass quiz... B) Salamat Shopee C) Sinong 8080 gumawa nito? D) Papanaw E) Papasa
A) Penetration testing B) Software Composition Analysis (SCA) C) Static Application Security Testing (SAST) D) Interactive Application Security Testing (IAST) E) Dynamic Application Security Testing (DAST)
A) Interactive Application Security Testing (IAST) B) Static Application Security Testing (SAST) C) Vulnerability assessment D) Software Composition Analysis (SCA) E) Dynamic Application Security Testing (DAST)
A) Static Application Security Testing (SAST) B) Dynamic Application Security Testing (DAST) C) Software Composition Analysis (SCA) D) Interactive Application Security Testing (IAST) E) Penetration testing
A) Software Composition Analysis (SCA) B) Dynamic Application Security Testing (DAST) C) Static Application Security Testing (SAST) D) Interactive Application Security Testing (IAST) E) Penetration testing
A) OWASP ZAP B) Burp Suite C) SonarQube D) Wireshark E) Nessus
A) Nessus B) Metasploit C) OWASP ZAP D) SonarQube E) Burp Suite
A) Nessus B) Burp Suite C) AirCrack D) OWASP ZAP E) SonarQube
A) Wireshark B) Nessus C) Burp Suite D) OWASP ZAP E) SonarQube
A) True B) False
A) A standard that secures credit and debit card transactions B) A tool that analyzes source code for security vulnerabilities C) A platform that collects and correlates logs from every zone D) A protocol that creates an encrypted tunnel over the internet E) A security system that controls and monitors who can access a network by allowing only verified users and compliant devices
A) Policy Server B) Post-Admission NAC C) Network Access Server D) Access Requestor E) Pre-Admission NAC
A) Network Access Server B) Post-Admission NAC C) Policy Server D) Access Requestor E) Pre-Admission NAC
A) Pre-Admission NAC B) Policy Server C) Network Access Server (NAS) D) Post-Admission NAC E) Access Requestor (AR)
A) Policy Server B) Post-Admission NAC C) Access Requestor (AR) D) Network Access Server (NAS) E) Pre-Admission NAC
A) Post-Admission NAC B) Pre-Admission NAC C) Network Access Server (NAS) D) Policy Server E) Access Requestor (AR)
A) Delete the device's data B) Ignore its compliance status C) Disconnect every other device D) Grant it full access automatically E) Grant it restricted access
A) False B) True
A) Design Phase B) Maintenance Phase C) Development Phase D) Planning Phase E) Testing Phase
A) Development Phase B) Maintenance Phase C) Design Phase D) Deployment Phase E) Requirements Phase
A) Planning Phase B) Requirements Phase C) Design Phase D) Deployment Phase E) Testing Phase
A) Development Phase B) Deployment Phase C) Maintenance Phase D) Requirements Phase E) Planning Phase
A) Maintenance Phase B) Design Phase C) Deployment Phase D) Planning Phase E) Testing Phase
A) Testing Phase B) Maintenance Phase C) Planning Phase D) Development Phase E) Deployment Phase
A) Design Phase B) Testing Phase C) Maintenance Phase D) Planning Phase E) Requirements Phase
A) True B) False
A) A malicious cyber threat that makes a computer, website, or network resource unavailable to its legitimate users B) An attack that injects malicious client-side scripts into a trusted website C) An attack where criminals pretend to be a trusted person or organization D) An attack that tricks a browser into sending an unwanted request E) An attack that injects malicious SQL queries through user inputs
A) Buffer overflow attack B) Flood attack C) Reflected attack D) Phishing attack E) Error-based attack
A) Firewall B) Internet Service Provider C) Cloud mitigation provider D) Multi-Factor Authentication E) Parameterized queries
A) Blind SQL injection B) Union-based SQL injection C) Stored XSS D) Error-based SQL injection E) DOM-based XSS
A) Blind SQL injection B) Stored XSS C) Error-based SQL injection D) Union-based SQL injection E) Reflected XSS
A) When user input is immediately returned in the server response B) When attackers cannot see query results directly on the webpage C) When the database is made to generate an error message on purpose D) When malicious input is permanently stored by the application E) When the browser inserts user data into the page without sanitization
A) Display detailed database errors to users B) Grant users full database privileges C) Disable input validation D) Use prepared statements and parameterized queries E) Trust all user input
A) Union-based SQL injection B) DOM-based XSS C) Reflected XSS D) Stored XSS E) Error-based SQL injection
A) Stored XSS B) Blind SQL injection C) DOM-based XSS D) Union-based SQL injection E) Reflected XSS
A) Stored XSS B) Blind SQL injection C) DOM-based XSS D) Error-based SQL injection E) Reflected XSS
A) Denial of Service B) SQL Injection C) CSRF D) Cross-Site Scripting E) Phishing
A) SQL Injection B) Phishing C) CSRF D) Cross-Site Scripting E) Denial of Service
A) False B) True
A) Computer Fraud & Abuse Act (CFAA) B) FISMA C) GLBA D) HIPAA E) SOX
A) GLBA B) HIPAA C) FISMA D) COPPA E) CFAA
A) COPPA B) HIPAA C) SOX D) FISMA E) Gramm-Leach-Bliley Act (GLBA)
A) SOX B) COPPA C) GLBA D) CFAA E) HIPAA
A) NIST B) DHS C) Federal Trade Commission (FTC) D) DOJ / FBI E) Information Commissioner's Office
A) NIS Directive B) GDPR C) HIPAA D) PDPA E) CCPA / CPRA
A) NIST Cybersecurity Framework B) CMMC C) PCI-DSS D) ISO/IEC 27001 E) HIPAA
A) True B) False
A) Data theft B) Ethical hacking C) Cyber fraud D) Malicious hacking E) Identity theft
A) Compliance auditing B) Ethical hacking C) Data privacy D) Malicious hacking E) Vulnerability assessment
A) Protecting personal and sensitive information B) Sharing data with any organization C) Collecting as much data as possible D) Making all collected data public E) Deleting all data every day
A) Ignore company policies B) Hide security incidents C) Stop learning about new threats D) Share client data when convenient E) Keep information confidential
A) True B) False
A) Slow internet speeds only B) Unauthorized access, cyber threats, and data theft C) Software license expiry D) Hardware price increases E) Electricity outages
A) WPA2 or WPA3 B) SSL only C) PPTP D) No encryption E) WEP only
A) Eavesdropping B) Rogue or fake access point C) Unauthorized access D) Malware E) Weak passwords
A) Weak passwords B) Unauthorized access C) Rogue or fake access point D) Eavesdropping E) Malware
A) Share the Wi-Fi password publicly B) Disable the firewall C) Enable all unnecessary features D) Stop updating router firmware E) Change the default administrator password
A) Use one shared network for everyone B) Turn off the firewall C) Disable authentication D) Give guests the staff password E) Separate guest, student, and staff networks
A) A shared public folder B) A firewall rule C) A backup copy of your traffic D) A physical cable E) An encrypted tunnel
A) Cloud VPN B) Remote Access VPN C) Personal VPN D) Site-to-Site VPN E) Mobile VPN
A) Double VPN B) Mobile VPN C) Remote Access VPN D) Site-to-Site VPN E) Personal VPN
A) Mobile VPN B) Double VPN C) Cloud VPN D) Site-to-Site VPN E) Remote Access VPN
A) Remote Access VPN B) Site-to-Site VPN C) Personal VPN D) Mobile VPN E) Cloud VPN
A) It uses two different passwords to log in B) It routes and encrypts traffic through two separate servers instead of just one C) It connects two offices through routers D) It runs two VPN apps on the same phone E) It encrypts only half of the traffic
A) OpenVPN B) L2TP C) IKEv2 D) WireGuard E) SSTP
A) L2TP B) WireGuard C) IKEv2 D) SSTP E) OpenVPN
A) SSH B) IKEv2 C) PPTP D) L2TP E) SSTP
A) True B) False
A) Availability B) Accounting C) Authentication D) Integrity E) Confidentiality
A) Availability B) Confidentiality C) Accounting D) Authorization E) Integrity
A) Zero trust B) Least privilege C) Defense in depth D) Redundancy E) Network segmentation
A) Redundancy B) Network segmentation C) Least privilege D) Defense in depth E) Zero trust
A) Defense in depth B) Least privilege C) Redundancy D) Network segmentation E) Secure by default
A) Zero Trust B) Network segmentation C) Defense in depth D) Redundancy E) Least privilege
A) DMZ B) SIEM C) DLP D) NAC E) VPN gateway
A) IDS/IPS B) SIEM C) NAC D) DMZ E) DLP
A) Availability B) NAC C) Accounting D) Authentication E) Authorization
A) SIEM B) DMZ C) NAC D) Backup system E) DLP
A) False B) True
A) Critical Web Errors B) Cloud Web Endpoints C) Common Wireless Encryptions D) Common Weakness Enumerations (CWEs) E) Certified Web Exploits
A) SAST, DAST, IAST B) Wireshark, AirCrack, Metasploit C) Backups and failover links D) Firewalls and routers E) VPN gateways and NAC servers
A) SAST, DAST, IAST B) OWASP ZAP only C) Wireshark, AirCrack, Metasploit D) Burp Suite only E) SonarQube only
A) Insecure Design B) Cryptographic Failures C) Security Misconfiguration D) Broken Access Control E) Injection
A) SSRF B) Cryptographic Failures C) Broken Access Control D) Security Logging & Monitoring Failures E) Injection
A) Insecure Design B) Broken Access Control C) Cryptographic Failures D) Injection E) Server-Side Request Forgery (SSRF)
A) Web Application Firewall (WAF) B) Runtime Application Self-Protection (RASP) C) Software Bill of Materials (SBOM) D) CNAPP E) Software Composition Analysis (SCA)
A) Software Composition Analysis (SCA) B) Software Bill of Materials (SBOM) C) CNAPP D) Web Application Firewall (WAF) E) Runtime Application Self-Protection (RASP)
A) A backup copy of the software B) A report of all software licensing costs C) A set of firewall rules D) A list of employees who wrote the code E) A comprehensive list of a software's components, including open-source and proprietary libraries and modules
A) Full access to internals such as static code analysis B) Limited internal access, such as login credentials as a signed-in user C) No access to internals D) Testing only after release E) Testing only the network cables
A) It must always be fixed first B) It means the application has been breached C) The CVSS score carries no real risk D) CVSS scores are always inaccurate E) The whole application must be taken offline
A) True B) False
A) Official Web Application Standards Panel B) Online Web Application Security Protocol C) Open Worldwide Application Security Project D) Organized Worldwide Application Safety Program E) Open Web Access Security Policy
A) Only checking the input in the browser and not checking it on the server B) Rejecting invalid input C) Validating the year before saving it D) Checking input before using it E) Checking the input on the server
A) Output Encoding B) Data Protection C) Input Validation D) Session Management E) System Configuration
A) Using appropriate password-hashing practices B) Creating a secure session after login C) Hashing passwords D) Storing passwords in plain text or using weak credential handling E) Verifying credentials
A) Session Management B) Access Control C) Output Encoding D) Input Validation E) Cryptographic Practices
A) Showing a safe message to the user B) Logging a login failure for monitoring C) Recording useful security events D) Failing safely E) Showing stack traces, database details, passwords, or other sensitive technical information to users
A) Output Encoding B) Input Validation C) Access Control D) System Configuration E) Session Management
A) Validating the session on requests B) Creating a protected session C) Protecting session identifiers D) Leaving sessions active unnecessarily or failing to protect session identifiers E) Invalidating the session on logout or timeout
A) Inventing your own encryption or using cryptography without understanding the security goal and key management B) Using appropriate secure communication C) Managing keys securely D) Selecting suitable cryptographic protection E) Understanding the security goal |