CertNexus Certified IoT Security Practitioner ITS-110 Exam Questions

CertNexus Certified IoT Security Practitioner ITS-110 Exam Questions

To prepare for the CertNexus Certified IoT Security Practitioner (ITS-110) exam, you should first familiarize yourself with the exam objectives and the knowledge areas that will be tested. You can find the exam objectives on the CertNexus website.

Once you have a good understanding of the exam content, you can start studying for the exam using a variety of resources. Some suggestions for study materials include:

  1. CertNexus’s own training course for the ITS-110 exam
  2. Books or online tutorials on IoT security
  3. Practice exams to test your knowledge and identify areas where you may need additional study
  4. Online forums or discussion groups where you can ask questions and interact with other professionals who are also preparing for the exam

It is also important to have some practical experience working with IoT systems and security to fully understand the concepts covered in the exam. This may involve hands-on projects or internships in which you can apply the knowledge and skills you have learned.

Finally, make sure to allow yourself enough time to study and prepare for the exam. It is a good idea to start studying well in advance of the exam date to give yourself plenty of time to absorb the material and practice your skills.

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1. A security practitioner wants to encrypt a large datastore.

Which of the following is the BEST choice to implement?

2. A developer needs to apply a family of protocols to mediate network access. Authentication and Authorization has been implemented properly.

Which of the following is the missing component?

3. An IoT security administrator wants to encrypt the database used to store sensitive IoT device data.

Which of the following algorithms should he choose?

4. An IoT manufacturer discovers that hackers have injected malware into their devices’ firmware updates.

Which of the following methods could the manufacturer use to mitigate this risk?

5. Which of the following technologies allows for encryption of networking communications without requiring any configuration on IoT endpoints?

6. A DevOps engineer wants to provide secure network services to an IoT/cloud solution.

Which of the following countermeasures should be implemented to mitigate network attacks that can render a network useless?

7. An IoT security administrator realizes that when he attempts to visit the administrative website for his devices, he is sent to a fake website.

To which of the following attacks has he likely fallen victim?

8. A developer is coding for an IoT product in the healthcare sector.

What special care must the developer take?

9. An embedded engineer wants to implement security features to be sure that the IoT gateway under development will only load verified images.

Which of the following countermeasures could be used to achieve this goal?

10. An IoT system administrator discovers that hackers are using rainbow tables to compromise user accounts on their cloud management portal.

What should the administrator do in order to mitigate this risk?


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