课程: ISC2 Certified Information Systems Security Professional (CISSP) (2024) Cert Prep
Security awareness training
课程: ISC2 Certified Information Systems Security Professional (CISSP) (2024) Cert Prep
Security awareness training
- [Instructor] Security depends upon the behavior of individuals. An intentional or accidental misstep by a single user can completely undermine many security controls, exposing an organization to unacceptable levels of risk. Security training programs help protect organizations against these risks. In particular, they help educate users about how they can avoid falling victim to social engineering and phishing attacks. Security education programs include two important components. Security training provides users with the detailed information they need to protect the organization's security. These may use a variety of delivery techniques, but the bottom line goal is to impart knowledge. Security training takes time and attention from students. Security awareness is meant to remind employees about the security lessons that they've already learned. Unlike training, awareness doesn't require commitment of time to sit down and learn new material. Instead, it uses posters, videos, email messages, and similar techniques to keep security top of mind for those who've already learned the core lessons. Organizations may use a variety of different methods to deliver security training. These may include traditional classroom instruction providing dedicated information security course material, or it might insert security content into existing programs such as a new employee orientation program delivered by human resources. Students might also use online computer-based training providers to learn about information security or attend classes offered by vendors. Whatever methods an organization uses, the goal is to impart security knowledge that employees can put into practice on the job. Let's take a look at a couple of examples of security training and awareness methods. The SANS Institute's end user security awareness training program provides online training covering a wide range of security topics. Organizations can add their own customized introduction and then depend on the program to provide current updated security training on a variety of topics. Managers can pick and choose the security training modules that make the most sense for their organization's security and regulatory environment, customizing the training that each user receives. If we look at another provider, Cofense PhishMe, you'll find an interesting twist. Instead of simply providing security awareness training, PhishMe allows you to measure the success of your training efforts by actually conducting simulated phishing attacks. Users receive fake phishing campaigns in their inboxes, and if they respond, they're directed to training materials that warn them of the dangers of phishing and help prevent them from falling victim to a real attack. Backend reporting helps security professionals gauge the effectiveness of their security education efforts by measuring the percentage of users who fall victim to the simulated attack. Those are just two examples of security education providers. There are many more out there that can help you quickly build an effective security training and awareness program. The key is to use a diversity of training techniques to cater to different learning styles. These might include phishing simulations, gamification techniques that make learning fun and capture-the-flag exercises that train employees on attack techniques. Organizations may also designate security champions in different business units who have a side responsibility of helping to educate their peers about cybersecurity matters. This approach is often very effective because people are more willing to listen to a message from someone that they know and trust. These security champions can become a powerful tool for spreading and maintaining cybersecurity awareness throughout the organization. While all users should receive some degree of security education, organizations should also customize training to meet specific role-based requirements. For example, employees handling credit card information should receive training on PCIDSS requirements. Human resources team members should be trained on handling personally identifiable information. IT staffers need specialized skills to implement security controls. Training should be custom tailored to an individual's role in the organization. You'll also want to think about the frequency of your training efforts. You'll need to balance the time required to conduct training with the benefit from reminding users of their responsibilities. One approach used by many organizations is to conduct initial training whenever an employee joins the organization, or assumes new job responsibilities, and then use annual refresher training to cover the same material and update users on new threats and controls. Awareness efforts throughout the year then keep this material fresh and top of mind. We should also discuss some of the important topics that you should cover in security education programs. You should take time to cover issues that are important to the organization. For example, if you recently deployed a two factor authentication system that is causing users to become exasperated with the time required to log in, that's a situation known as two-factor authentication fatigue. Use your awareness efforts to remind users of the importance of this security control and ways that they can improve their experience. Similarly, if you're concerned about the insider threat in your organization, you can use awareness programs to remind employees of the importance of following good security practices and signs that they can watch for that might indicate someone is engaging in inappropriate insider activity. The team responsible for providing security training should review materials on a regular basis to ensure that the content remains relevant, changes in the security landscape and the organization's business may require updating the material to keep it fresh. These updates should include coverage of emerging technologies. For example, you might want to update your training program to cover cryptocurrency and blockchain technologies, the use of artificial intelligence in the workplace and the appropriate use of social media.
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内容
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Legal and compliance risks2 分钟 19 秒
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Data privacy4 分钟
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General Data Protection Regulation (GDPR)7 分钟 12 秒
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California privacy law5 分钟 56 秒
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National data privacy laws2 分钟 48 秒
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Computer crimes1 分钟 49 秒
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Software licensing2 分钟 54 秒
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Intellectual property4 分钟 22 秒
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Import and export controls1 分钟 42 秒
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Data breaches2 分钟 16 秒
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Ethics1 分钟 32 秒
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Risk analysis, assessment, and scope6 分钟 36 秒
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Quantitative risk assessment6 分钟 10 秒
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Risk treatment6 分钟
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Security control selection and implementation5 分钟 17 秒
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Continuous monitoring, measurement, and tuning4 分钟 52 秒
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Risk management frameworks3 分钟 4 秒
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Risk visibility and reporting5 分钟 4 秒
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What is the cloud?3 分钟 53 秒
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Cloud computing roles2 分钟 35 秒
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Drivers for cloud computing3 分钟 17 秒
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Security service providers2 分钟 38 秒
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Multitenant computing2 分钟 15 秒
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Virtualization4 分钟 48 秒
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Desktop and application virtualization2 分钟 38 秒
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Cloud compute resources7 分钟 52 秒
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Containerization1 分钟 58 秒
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Cloud activities and the cloud reference architecture2 分钟 48 秒
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Cloud deployment models2 分钟 45 秒
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Cloud service categories4 分钟 47 秒
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Edge and fog computing1 分钟 46 秒
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Understanding encryption2 分钟 49 秒
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Symmetric and asymmetric cryptography4 分钟 18 秒
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Goals of cryptography3 分钟 47 秒
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Codes and ciphers3 分钟 5 秒
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Cryptographic math2 分钟 38 秒
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Choosing encryption algorithms3 分钟 27 秒
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The perfect encryption algorithm3 分钟 21 秒
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The cryptographic lifecycle2 分钟 33 秒
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Trust models2 分钟 52 秒
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PKI and digital certificates4 分钟 5 秒
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Hash functions7 分钟 38 秒
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Digital signatures3 分钟 51 秒
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Digital signature standard1 分钟 39 秒
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Create a digital certificate4 分钟 55 秒
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Revoke a digital certificate1 分钟 41 秒
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Certificate stapling2 分钟 29 秒
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Certificate authorities6 分钟 13 秒
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Certificate subjects3 分钟 35 秒
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Certificate types2 分钟 55 秒
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Certificate formats2 分钟 30 秒
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Public and private addressing5 分钟 51 秒
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Subnetting3 分钟 3 秒
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Security zones3 分钟 52 秒
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Isolating sensitive systems2 分钟 59 秒
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VLANs and logical segmentation4 分钟 37 秒
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Security device placement6 分钟 17 秒
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Software defined networking (SDN)4 分钟 58 秒
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Transmission media2 分钟 50 秒
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Cloud networking2 分钟 30 秒
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Zero trust and SASE5 分钟 32 秒
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Routers, switches, and bridges3 分钟 6 秒
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Network topologies3 分钟 4 秒
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Transport architecture2 分钟 52 秒
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Firewalls6 分钟 7 秒
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Proxy servers2 分钟 41 秒
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Load balancers4 分钟 9 秒
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VPNs and VPN concentrators4 分钟 29 秒
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Network intrusion detection and prevention5 分钟 1 秒
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Protocol analyzers8 分钟 57 秒
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Unified threat management1 分钟 57 秒
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Content distribution networks4 分钟 4 秒
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Restricting network access2 分钟 8 秒
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Network access control5 分钟 33 秒
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Firewall rule management4 分钟 9 秒
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Router configuration security4 分钟 5 秒
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Switch configuration security3 分钟 42 秒
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Maintaining network availability2 分钟 34 秒
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Network monitoring2 分钟 30 秒
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Firewall and network logs4 分钟 1 秒
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Network performance metrics2 分钟 59 秒
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SNMP2 分钟 54 秒
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Isolating sensitive systems1 分钟 58 秒
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Deception technologies2 分钟 51 秒
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Network support2 分钟 4 秒
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Mobile connection methods2 分钟 36 秒
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Mobile device security2 分钟 27 秒
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Mobile device management6 分钟 28 秒
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Mobile device tracking3 分钟 5 秒
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Mobile application security3 分钟 54 秒
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Mobile security enforcement3 分钟 54 秒
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Bring your own device (BYOD)4 分钟 35 秒
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Mobile deployment models2 分钟 54 秒
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Authentication factors3 分钟 26 秒
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Multifactor authentication2 分钟 35 秒
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Something you have4 分钟 23 秒
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Password authentication protocols3 分钟 10 秒
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Single sign-on and federation3 分钟 9 秒
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RADIUS2 分钟 18 秒
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Kerberos and LDAP5 分钟 18 秒
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SAML2 分钟 35 秒
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Identity as a service (IDaaS)2 分钟 50 秒
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OAuth and OpenID Connect2 分钟 55 秒
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Certificate-based authentication5 分钟 25 秒
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Passwordless authentication3 分钟 23 秒
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Code review2 分钟 31 秒
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Code tests4 分钟 8 秒
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Fuzz testing6 分钟 48 秒
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Interface testing3 分钟 42 秒
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Misuse case testing2 分钟 21 秒
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Test coverage analysis2 分钟 28 秒
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Code repositories6 分钟 57 秒
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Third-party code3 分钟 38 秒
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Software risk analysis and mitigation2 分钟 52 秒
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Conducting investigations3 分钟 50 秒
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Evidence types3 分钟 28 秒
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Introduction to forensics3 分钟 21 秒
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System and file forensics4 分钟 26 秒
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Network forensics4 分钟 1 秒
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Software forensics4 分钟 25 秒
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Mobile device forensics1 分钟 10 秒
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Embedded device forensics2 分钟 30 秒
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Chain of custody1 分钟 50 秒
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Reporting and documenting incidents3 分钟 58 秒
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Electronic discovery (eDiscovery)3 分钟 3 秒
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Build an incident response program4 分钟 13 秒
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Creating an incident response team2 分钟 15 秒
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Incident communications plan2 分钟 42 秒
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Incident identification4 分钟 26 秒
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Escalation and notification2 分钟 29 秒
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Mitigation2 分钟 22 秒
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Containment techniques3 分钟
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Incident eradication and recovery5 分钟 28 秒
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Validation2 分钟 24 秒
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Post-incident activities3 分钟 50 秒
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OWASP top ten4 分钟 45 秒
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Application security4 分钟 3 秒
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Preventing SQL injection4 分钟 25 秒
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Understanding cross-site scripting3 分钟 17 秒
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Request forgery4 分钟 8 秒
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Defending against directory traversal3 分钟 4 秒
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Overflow attacks3 分钟 21 秒
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Explaining cookies and attachments4 分钟 7 秒
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Session hijacking4 分钟 8 秒
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Code execution attacks2 分钟 43 秒
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Privilege escalation1 分钟 56 秒
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Driver manipulation2 分钟 16 秒
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Memory vulnerabilities3 分钟 34 秒
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Race condition vulnerabilities2 分钟 13 秒
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Input validation2 分钟 37 秒
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Parameterized queries3 分钟
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Authentication/session management issues1 分钟 49 秒
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Output encoding3 分钟 13 秒
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Error and exception handling3 分钟
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Code signing2 分钟 8 秒
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Database security3 分钟 53 秒
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Data de-identification2 分钟 44 秒
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Data obfuscation2 分钟 12 秒
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