Data Encryption in Resource-Constrained IoT Devices

Question ^*

What are the biggest challenges you face when implementing data encryption on resource-constrained IoT devices?

1. A) Limited processing power,B) Limited memory,C) Limited battery life,D) Security Key Management,E) All of the above

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Question ^*

What types of data are most critical to encrypt on your IoT devices? (Select all that apply)

1. A) Sensor data (temperature

2. pressure

3. etc.),B) User credentials,C) Device configuration data,D) Location data,E) Other (Please specify: __________)

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Question ^*

Which of the following would you prioritize in an encryption solution for your IoT devices?

1. A) Strongest security algorithms (e.g.

2. AES-256),B) Minimal impact on device performance (CPU, memory, battery),C) Ease of implementation and management,D) Compliance with industry standards (e.g., TLS/SSL),E) Cost-effectiveness

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Question ^*

What is your primary concern regarding data security in your IoT devices?

1. A) Data confidentiality (preventing unauthorized access),B) Data integrity (ensuring data hasn't been tampered with),C) Device authentication (verifying device identity),D) Availability (ensuring continuous access to data),E) Other (Please specify: __________)

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Question ^*

What level of data encryption is most important for your IoT devices?

1. A) End-to-end encryption (data encrypted from device to server and vice versa),B) Encryption at rest (data encrypted while stored on the device),C) Encryption in transit (data encrypted during communication),D) Encryption is not a priority.,E) Not Sure

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