From the course: ISC2 Certified Information Systems Security Professional (CISSP) (2024) Cert Prep
Registering for the exam
From the course: ISC2 Certified Information Systems Security Professional (CISSP) (2024) Cert Prep
Registering for the exam
- Scheduling your CISSP exam is a great way to motivate yourself to continue your preparation as you work toward a target date. Having an exam looming on your calendar prevents procrastination and ensures that you'll have a convenient exam time slot available when you're ready for the test. Registering for the exam is an easy process. With the advent of computer-based CISSP testing, ISC2 moved to an online registration process through Pearson VUE. You can visit the CISSP exam registration website and search for a testing center located near you. Once you create an account, you'll be able to select a date and time that works well with your schedule. If you have difficulty registering or have questions about the process, you can always pick up the phone and call for help. The registration fee for the CISSP exam is $749, and residents of most countries must pay in US dollars. Europeans may pay the fee of 665 euros, while residents of the UK will pay 585 pounds. Veterans of the US military eligible for the GI Bill may receive reimbursement from the Department of Veterans Affairs for their CISSP exam and training programs. You'll find more information about that program on the VA's GI Bill site. If you're unable to take the exam at your scheduled time, Pearson VUE does offer some flexibility. You may cancel or change your appointment online up to 48 hours in advance of your scheduled exam. If you miss that window, you can contact Pearson VUE by telephone and change your exam up until 24 hours before the scheduled time. If you miss those windows, you'll forfeit your exam fee, and that rule is strictly enforced. If you reschedule your exam within the allowed time window, you will not lose your exam registration fee, but you will need to pay an administrative fee. If you reschedule your exam, that fee is $50, and canceling your exam will cost you $100 dollars. If you're running late for the exam, don't panic. First, you do have a small grace period. The test center will allow you a 15-minute grace period before you're going to technically forfeit your seat and your examination fee. If you make it within that 15-minute window, you're fine. If you're more than 15 minutes late, you should still show up at the test center. They may allow you to take the exam, but the decision is entirely at their discretion. The three-hour length of the exam may present a problem here, as the test center will not likely stay open after their normal business hours to accommodate a late arrival, and they must give you the full three hours to take the exam. If you don't pass the CISSP exam on your first try, it's not the end of the world. You can retake the exam as many times as you'd like, but you will need to pay a new registration fee for each attempt. There is a waiting period between exam attempts. After your first unsuccessful attempt to take the exam, you must wait 30 days before retaking the exam. If you don't pass the exam on your second try, you need to wait 60 days for your third try, and after that, you must wait 90 days between exam attempts. You can only take the exam four times in any 12-month period.
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Contents
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Legal and compliance risks2m 19s
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Data privacy4m
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General Data Protection Regulation (GDPR)7m 12s
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California privacy law5m 56s
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National data privacy laws2m 48s
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Computer crimes1m 49s
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Software licensing2m 54s
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Intellectual property4m 22s
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Import and export controls1m 42s
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Data breaches2m 16s
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Ethics1m 32s
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Risk analysis, assessment, and scope6m 36s
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Quantitative risk assessment6m 10s
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Risk treatment6m
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Security control selection and implementation5m 17s
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Continuous monitoring, measurement, and tuning4m 52s
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Risk management frameworks3m 4s
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Risk visibility and reporting5m 4s
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What is the cloud?3m 53s
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Cloud computing roles2m 35s
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Drivers for cloud computing3m 17s
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Security service providers2m 38s
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Multitenant computing2m 15s
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Virtualization4m 48s
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Desktop and application virtualization2m 38s
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Cloud compute resources7m 52s
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Containerization1m 58s
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Cloud activities and the cloud reference architecture2m 48s
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Cloud deployment models2m 45s
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Cloud service categories4m 47s
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Edge and fog computing1m 46s
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Understanding encryption2m 49s
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Symmetric and asymmetric cryptography4m 18s
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Goals of cryptography3m 47s
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Codes and ciphers3m 5s
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Cryptographic math2m 38s
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Choosing encryption algorithms3m 27s
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The perfect encryption algorithm3m 21s
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The cryptographic lifecycle2m 33s
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Trust models2m 52s
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PKI and digital certificates4m 5s
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Hash functions7m 38s
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Digital signatures3m 51s
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Digital signature standard1m 39s
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Create a digital certificate4m 55s
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Revoke a digital certificate1m 41s
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Certificate stapling2m 29s
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Certificate authorities6m 13s
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Certificate subjects3m 35s
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Certificate types2m 55s
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Certificate formats2m 30s
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Public and private addressing5m 51s
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Subnetting3m 3s
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Security zones3m 52s
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Isolating sensitive systems2m 59s
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VLANs and logical segmentation4m 37s
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Security device placement6m 17s
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Software defined networking (SDN)4m 58s
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Transmission media2m 50s
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Cloud networking2m 30s
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Zero trust and SASE5m 32s
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Routers, switches, and bridges3m 6s
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Network topologies3m 4s
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Transport architecture2m 52s
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Firewalls6m 7s
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Proxy servers2m 41s
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Load balancers4m 9s
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VPNs and VPN concentrators4m 29s
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Network intrusion detection and prevention5m 1s
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Protocol analyzers8m 57s
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Unified threat management1m 57s
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Content distribution networks4m 4s
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Restricting network access2m 8s
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Network access control5m 33s
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Firewall rule management4m 9s
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Router configuration security4m 5s
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Switch configuration security3m 42s
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Maintaining network availability2m 34s
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Network monitoring2m 30s
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Firewall and network logs4m 1s
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Network performance metrics2m 59s
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SNMP2m 54s
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Isolating sensitive systems1m 58s
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Deception technologies2m 51s
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Network support2m 4s
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Mobile connection methods2m 36s
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Mobile device security2m 27s
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Mobile device management6m 28s
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Mobile device tracking3m 5s
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Mobile application security3m 54s
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Mobile security enforcement3m 54s
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Bring your own device (BYOD)4m 35s
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Mobile deployment models2m 54s
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Authentication factors3m 26s
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Multifactor authentication2m 35s
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Something you have4m 23s
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Password authentication protocols3m 10s
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Single sign-on and federation3m 9s
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RADIUS2m 18s
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Kerberos and LDAP5m 18s
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SAML2m 35s
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Identity as a service (IDaaS)2m 50s
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OAuth and OpenID Connect2m 55s
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Certificate-based authentication5m 25s
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Passwordless authentication3m 23s
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Code review2m 31s
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Code tests4m 8s
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Fuzz testing6m 48s
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Interface testing3m 42s
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Misuse case testing2m 21s
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Test coverage analysis2m 28s
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Code repositories6m 57s
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Third-party code3m 38s
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Software risk analysis and mitigation2m 52s
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Conducting investigations3m 50s
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Evidence types3m 28s
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Introduction to forensics3m 21s
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System and file forensics4m 26s
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Network forensics4m 1s
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Software forensics4m 25s
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Mobile device forensics1m 10s
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Embedded device forensics2m 30s
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Chain of custody1m 50s
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Reporting and documenting incidents3m 58s
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Electronic discovery (eDiscovery)3m 3s
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Build an incident response program4m 13s
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Creating an incident response team2m 15s
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Incident communications plan2m 42s
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Incident identification4m 26s
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Escalation and notification2m 29s
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Mitigation2m 22s
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Containment techniques3m
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Incident eradication and recovery5m 28s
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Validation2m 24s
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Post-incident activities3m 50s
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OWASP top ten4m 45s
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Application security4m 3s
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Preventing SQL injection4m 25s
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Understanding cross-site scripting3m 17s
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Request forgery4m 8s
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Defending against directory traversal3m 4s
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Overflow attacks3m 21s
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Explaining cookies and attachments4m 7s
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Session hijacking4m 8s
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Code execution attacks2m 43s
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Privilege escalation1m 56s
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Driver manipulation2m 16s
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Memory vulnerabilities3m 34s
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Race condition vulnerabilities2m 13s
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Input validation2m 37s
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Parameterized queries3m
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Authentication/session management issues1m 49s
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Output encoding3m 13s
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Error and exception handling3m
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Code signing2m 8s
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Database security3m 53s
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Data de-identification2m 44s
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Data obfuscation2m 12s
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