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Answer: Use a combination of secure boot mechanisms, regular firmware updates, and data encryption.
Securing IoT devices in a manufacturing environment requires a comprehensive approach that includes secure boot mechanisms to ensure the integrity of the device, regular firmware updates to patch vulnerabilities, and data encryption to protect sensitive data in transit and at rest.
Author: LeetQuiz Editorial Team
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You are evaluating security solutions for IoT devices deployed in a smart manufacturing environment. These devices include sensors, controllers, and smart machinery interfacing with industrial control systems. Describe the detailed approach you would take to secure these IoT devices, including considerations for firmware updates, data encryption, and network security.
A
Implement basic password protection and ignore firmware updates.
B
Use a combination of secure boot mechanisms, regular firmware updates, and data encryption.
C
Rely solely on network segmentation to secure IoT devices.
D
Disable all IoT devices when not in use to prevent attacks.
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