A) Records music B) Takes photographs C) Monitors and controls incoming and outgoing network traffic D) Measures temperature
A) Typing really fast B) Verification method using two factors: something you know and something you have C) Using two different keyboards D) Writing two passwords
A) Software for photo editing B) Software for data backup C) Malware that encrypts files and demands payment for decryption D) Software for word processing
A) Writing passwords on sticky notes B) Reusing the same password C) Sharing passwords with friends D) Using strong, unique passwords for each account
A) To enhance video streaming quality B) To organize files C) To change desktop backgrounds D) To fix security vulnerabilities and bugs
A) Repairing electronic devices B) Sorting documents alphabetically C) Creating music playlists D) Secure online communication by encrypting data transmitted between a website and a user
A) Finding job opportunities B) Planning vacations C) Analyzing weather patterns D) Process of identifying security weaknesses in a system
A) Software that has zero bugs B) Security flaw that is unknown to the software vendor C) Technical support available 24/7 D) Countdown to launch new products
A) Cybersecurity B) Network security C) Biometric security D) Physical security
A) Hardware upgrades and software updates B) User interface design flaws C) Network speed optimization D) Unauthorized information disclosure, theft, or damage
A) A vulnerability that enhances security B) A vulnerability without any known exploits C) A vulnerability with at least one working attack or exploit D) A vulnerability that cannot be discovered
A) Government agencies only B) Normal internet users C) Cybersecurity experts exclusively D) Only large corporations
A) DNS spoofing B) IP address spoofing C) WiFi SSID spoofing D) Message spoofing
A) 2020 B) 2005 C) 1999 D) 2017
A) Email spoofing B) Text message C) Phone call D) Instant messaging
A) Horizontal escalation B) Spear-phishing C) Vertical escalation D) Generic phishing
A) Sending ransomware to large networks B) Exploiting side-channel vulnerabilities C) Social engineering techniques, often phishing D) Direct hacking of system hardware
A) Leveraging hardware implementation faults B) Exploiting electromagnetic radiation from devices C) Phishing via text message D) Analyzing residual effects on RAM cells
A) Phishing B) Vertical escalation C) Horizontal escalation D) Spear-phishing
A) Evil Maid attacks. B) Cross-site scripting attacks. C) Distributed denial-of-service attacks. D) SQL injection attacks.
A) 70% B) 30% C) 50% D) 10%
A) Pre-evaluation B) Post-evaluation C) Operative planning D) Strategic planning
A) Five sections. B) Three sections. C) Ten sections. D) Seven sections.
A) Unlimited access for attackers. B) Minimal severity. C) Maximum impact to test defenses. D) Severe enough to cause major disruptions.
A) Word processing applications. B) Graphic design software. C) Firewalls. D) Data analysis tools.
A) Triple DES B) RSA C) Data Encryption Standard (DES) D) Advanced Encryption Standard (AES)
A) Mobile-enabled access B) Cryptographic capabilities C) Drive locks D) Intrusion detection systems
A) Infected USB dongles connected inside a firewall B) Trusted Platform Modules C) Mobile-enabled access devices D) Drive locks
A) USB dongles B) TPMs C) IOMMUs D) Drive locks
A) TPMs B) Thumbprint readers C) Drive locks D) IOMMUs
A) Common Criteria (CC) B) ISO 9001 C) Lean Manufacturing D) Six Sigma
A) Access control lists (ACLs) B) Capability-based security C) Role-based access control (RBAC) D) Mandatory access control (MAC)
A) The hardware level B) The network level C) The user interface level D) The language level
A) The E language B) Python C) C++ D) Java
A) Vint Cerf B) Tim Berners-Lee C) Bill Gates D) Steve Jobs
A) Tesla B) UPS C) FedEx D) ICV
A) 15 miles away B) 20 miles away C) 5 miles away D) 10 miles away
A) A landline telephone. B) The SIM (Subscriber Identity Module) card. C) An analog radio. D) A smartwatch.
A) National White Collar Crime Center (NW3C) B) Cybersecurity and Infrastructure Security Agency C) Federal Communications Commission D) Department of Homeland Security
A) More than 90% B) Less than 50% C) Exactly 100% D) About 70%
A) Biometric authentication systems B) Virtual private networks (VPNs) C) Chip Authentication Program D) Two-factor authentication via SMS
A) Adrian Lamo B) Robert Tappan Morris C) Kevin Mitnick D) John McAfee
A) Bob Thomas B) Ray Tomlinson C) Markus Hess D) Willis Ware
A) 62% B) 75% C) 50% D) 80%
A) Facebook B) Twitter C) Ashley Madison D) LinkedIn
A) Bluetooth communication B) A malicious compact disc C) Airbag deployment D) Cruise control system
A) NotPetya B) Guccifer C) Rescator D) Lazarus Group
A) Guadalajara B) Monterrey C) Mexico City D) Puebla
A) Ministry of Electronics and Information Technology B) National Cyber Security Agency C) CERT-In D) Indian Computer Emergency Response Team
A) Morris worm B) Blaster C) Creeper D) Reaper
A) The Federal Bureau of Investigation (FBI) B) The Central Intelligence Agency (CIA) C) The Computer Emergency Readiness Team D) The National Security Agency (NSA)
A) 1 January 2017 B) 15 November 2015 C) 30 June 2018 D) 28 December 2016
A) 2020 B) 1999 C) 2008 D) 2013
A) Warnings were ignored B) They shut down their systems temporarily C) They upgraded their security software D) They immediately fixed all vulnerabilities
A) Markus Hess B) A Ukrainian power grid operator C) An internet activist D) Clifford Stoll
A) North Korean hackers B) Chinese hackers C) Russian hackers D) Iranian hackers
A) SQL injection B) Brute force attacks C) Phishing emails D) Trojan horses
A) Cybersecurity and Cyberwar: What Everyone Needs to Know B) Ghost in the Wires C) The Cuckoo's Egg D) Data and Goliath
A) A ransomware attack on healthcare facilities B) A bank data breach in 2021 C) The 2015 Ukraine power grid hack D) An attack on a social media platform
A) RFID (Radio Frequency Identification) B) Bluetooth C) GPS D) Barcodes
A) Medical training simulators B) Patient transport vehicles C) Hospital cafeteria systems D) In-hospital diagnostic equipment
A) Apple B) IBM C) Netscape D) Microsoft
A) 2009 B) 2008 C) 2015 D) 2010
A) Logging user activity on a network. B) Finding who perpetrated a cyberattack. C) Encrypting data for secure transmission. D) Detecting and eliminating malware.
A) Containment, eradication and recovery B) Preparation C) Post incident activity D) Detection and analysis
A) Chelsea Manning B) Edward Snowden C) Julian Assange D) Mark Zuckerberg
A) European Network and Information Security Agency (ENISA) B) Canadian Cyber Incident Response Centre (CCIRC) C) Council of Europe D) Forum of Incident Response and Security Teams (FIRST)
A) Physical fitness B) Dietary habits C) Personal hygiene D) Sleep patterns
A) Securing government systems. B) Coordinating global CSIRTs. C) Managing European network security. D) Regulating international data protection laws.
A) Home automation devices like the Nest thermostat B) Healthcare providers' networks C) Desktop computers D) Smartphones and tablets
A) Willis Ware B) Markus Hess C) Ray Tomlinson D) Bob Thomas
A) 2010 B) 1988 C) 1994 D) 2000
A) 2000s B) 1980s C) 1970s D) 1990s
A) 35% B) 46% C) 50% D) 28%
A) Nest B) Home Depot C) HBGary Federal D) Sony Pictures
A) He increased security measures B) He resigned C) He took legal action against The Impact Team D) He denied any wrongdoing
A) NEI B) CERT/CC C) US-CERT D) NRC
A) Roughly 40 million B) 60 million C) 25 million D) 10 million
A) Manual ticket sales B) E-ticketing transactions C) Paper tickets D) Barter systems
A) Iran's nuclear centrifuges B) U.S. military systems C) European power grids D) Israeli government networks
A) Target Corporation B) Office of Personnel Management C) TJX D) Home Depot
A) Instant Issuance technology B) Contactless payment systems C) QR code scanning D) Blockchain-based transactions
A) European Network and Information Security Agency (ENISA) B) STOP.THINK.CONNECT C) Council of Europe D) Canadian Cyber Incident Response Centre (CCIRC)
A) Port scanning. B) Biometric systems. C) Passwords. D) Smart cards.
A) It can cause worldwide repercussions B) It has no significant impact C) It improves airport efficiency D) It only affects the local area |